diff --git a/Cargo.lock b/Cargo.lock index a0afbf5..32ce71d 100644 --- a/Cargo.lock +++ b/Cargo.lock @@ -99,6 +99,7 @@ version = "1.0.0" dependencies = [ "chrono", "console_error_panic_hook", + "pkg-version", "pyo3", "schemars", "serde", @@ -248,6 +249,31 @@ dependencies = [ "windows-targets 0.48.5", ] +[[package]] +name = "pkg-version" +version = "1.0.0" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "0e848f61ee4b2010345e65757e427a077213af1cee5d3e6a02e4a151dabca377" +dependencies = [ + "pkg-version-impl", + "proc-macro-hack", +] + +[[package]] +name = "pkg-version-impl" +version = "0.1.1" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "1564bf5d476bf4a5eac420b88c500454c000dca79cef0a2e4304a1fe34361a3b" +dependencies = [ + "proc-macro-hack", +] + +[[package]] +name = "proc-macro-hack" +version = "0.5.20+deprecated" +source = "registry+https://github.com/rust-lang/crates.io-index" +checksum = "dc375e1527247fe1a97d8b7156678dfe7c1af2fc075c9a4db3690ecd2a148068" + [[package]] name = "proc-macro2" version = "1.0.78" diff --git a/Cargo.toml b/Cargo.toml index f5895f6..4ecd8a1 100644 --- a/Cargo.toml +++ b/Cargo.toml @@ -36,6 +36,7 @@ schemars = { version = "0.8.16", features = ["chrono"] } serde = { version = "1.0.195", features = ["derive"] } serde_json = "1.0.111" pyo3 = { version = "0.20.2", features = ["abi3-py310"], optional = true } +pkg-version = "1.0.0" # The `console_error_panic_hook` crate provides better debugging of panics by # logging them with `console.error`. This is great for development, but requires diff --git a/src/epd.rs b/src/epd.rs index 0ea9765..ec4efd2 100644 --- a/src/epd.rs +++ b/src/epd.rs @@ -3,8 +3,9 @@ use chrono::{DateTime, Utc}; use chrono::prelude::*; use schemars::JsonSchema; use serde::{Deserialize, Deserializer, Serialize}; +use pkg_version::*; -use crate::ilcd::{ILCD, ModuleAnie}; +use crate::ilcd::{Exchange, ILCD, LCIAResult, ModuleAnie}; #[cfg(feature = "jsbindings")] use tsify::Tsify; @@ -51,7 +52,7 @@ pub struct EPD { nhwd: Option, rwd: Option, cru: Option, - mrf: Option, + mfr: Option, mer: Option, eee: Option, eet: Option, @@ -75,12 +76,20 @@ pub enum Unit { } impl From<&String> for Unit { - fn from(value: &String) -> Self { - if value.to_ascii_lowercase() == "m" { - Unit::M - } else if value.to_ascii_lowercase() == "m2" { - Unit::M2 - } else { Unit::UNKNOWN } + fn from(unit: &String) -> Self { + match unit.to_ascii_lowercase().as_str() { + "m" => Unit::M, + "m2" | "m^2" | "qm" => Unit::M2, + "m3" | "m^3" => Unit::M3, + "km" => Unit::KM, + "kg" => Unit::KG, + "tones" | "tonnes" => Unit::TONES, + "pcs" | "stk" | "pcs." => Unit::PCS, + "l" => Unit::L, + "m2r1" => Unit::M2R1, + "tones*km" => Unit::TONES_KM, + _ => Unit::UNKNOWN + } } } @@ -102,7 +111,7 @@ enum Standard { impl From<&String> for Standard { fn from(value: &String) -> Self { - if value.to_ascii_lowercase() == "en 15804" { + if value.to_ascii_lowercase().contains("15804") { Standard::EN15804A1 } else if value.to_ascii_lowercase() == "en 15804+a2" { Standard::EN15804A2 @@ -156,38 +165,25 @@ impl From<&Vec> for ImpactCategory { let mut category = ImpactCategory::default(); for anie in anies { - if anie.module == Some(String::from("A1-A3")) { - category.a1a3 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("A4")) { - category.a4 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("A5")) { - category.a5 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B1")) { - category.b1 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B2")) { - category.b2 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B3")) { - category.b3 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B4")) { - category.b4 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B5")) { - category.b5 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B6")) { - category.b6 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("B7")) { - category.b7 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("C1")) { - category.c1 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("C2")) { - category.c2 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("C3")) { - category.c3 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("C4")) { - category.c4 = Some(f64::from(anie.value.as_ref().unwrap())) - } else if anie.module == Some(String::from("D")) { - category.d = Some(f64::from(anie.value.as_ref().unwrap())) + match (&anie.module, &anie.value) { + (Some(module), Some(value)) if module.to_lowercase() == String::from("a1-a3") => category.a1a3 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("a4") => category.a4 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("a5") => category.a5 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b1") => category.b1 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b2") => category.b2 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b3") => category.b3 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b4") => category.b4 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b5") => category.b5 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b6") => category.b6 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("b7") => category.b7 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("c1") => category.c1 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("c2") => category.c2 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("c3") => category.c3 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("c4") => category.c4 = Some(f64::from(value)), + (Some(module), Some(value)) if module.to_lowercase() == String::from("d") => category.d = Some(f64::from(value)), + _ => continue } - }; + } category } } @@ -208,109 +204,12 @@ impl<'de> Deserialize<'de> for EPD { { let helper = ILCD::deserialize(deserializer)?; let subtype = helper.modelling_and_validation.lci_method_and_allocation.other.anies.iter().find(|&anie| anie.name == "subType").unwrap(); - let format_version = String::from("0.1"); - let mut standard = Standard::UNKNOWN; - for compliance in helper.modelling_and_validation.compliance_declarations.compliance { - let description = compliance.reference_to_compliance_system.short_description.iter().find(|&description| description.lang == "en").unwrap(); - standard = Standard::from(&description.value) - } + let format_version = format!("{}.{}.{}", pkg_version_major!(), pkg_version_minor!(), pkg_version_patch!()); + let standard = get_ilcd_standard(&helper); - let mut gwp = None; - let mut odp = None; - let mut ap = None; - let mut ep = None; - let mut pocp = None; - let mut adpe = None; - let mut adpf = None; - - for lcia_result in helper.lcia_results.lcia_result.iter() { - if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Global warming potential (GWP)").is_some() { - gwp = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Depletion potential of the stratospheric ozone layer (ODP)").is_some() { - odp = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Acidification potential of soil and water (AP)").is_some() { - ap = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Eutrophication potential (EP)").is_some() { - ep = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Formation potential of tropospheric ozone (POCP)").is_some() { - pocp = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Abiotic depletion potential for non fossil resources (ADPE)").is_some() { - adpe = Some(ImpactCategory::from(&lcia_result.other.anies)) - } else if lcia_result.reference_to_lcia_method_dataset.short_description.iter().find(|&description| description.value == "Abiotic depletion potential for fossil resources (ADPF)").is_some() { - adpf = Some(ImpactCategory::from(&lcia_result.other.anies)) - } - } + let (gwp, odp, ap, ep, pocp, adpe, adpf) = collect_from_lcia_result(&helper.lcia_results.lcia_result); - let mut declared_unit = Unit::UNKNOWN; - let mut conversions: Vec = vec![]; - let mut pere = None; - let mut perm = None; - let mut pert = None; - let mut penre = None; - let mut penrm = None; - let mut penrt = None; - let mut sm = None; - let mut rsf = None; - let mut nrsf = None; - let mut fw = None; - let mut hwd = None; - let mut nhwd = None; - let mut rwd = None; - let mut cru = None; - let mut mrf = None; - let mut mer = None; - let mut eee = None; - let mut eet = None; - - for exchange in helper.exchanges.exchange { - if exchange.reference_flow.is_some() && exchange.reference_flow.unwrap() { - for flow_property in exchange.flow_properties.unwrap() { - if flow_property.reference_flow_property.is_some() && flow_property.reference_flow_property.unwrap() { - declared_unit = Unit::from(&flow_property.reference_unit.unwrap()) - } - } - // TODO - Fix this conversion thing - for material_property in exchange.material_properties.unwrap() { - conversions.push(Conversion { value: material_property.value.parse().unwrap(), to: Unit::from(&material_property.unit) }) - } - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of renewable primary energy (PERE)").is_some() { - pere = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of renewable primary energy resources used as raw materials (PERM)").is_some() { - perm = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Total use of renewable primary energy resources (PERT)").is_some() { - pert = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of non renewable primary energy (PENRE)").is_some() { - penre = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of non renewable primary energy resources used as raw materials (PENRM)").is_some() { - penrm = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Total use of non renewable primary energy resource (PENRT)").is_some() { - penrt = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of secondary material (SM)").is_some() { - sm = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of renewable secondary fuels (RSF)").is_some() { - rsf = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of non renewable secondary fuels (NRSF)").is_some() { - nrsf = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Use of net fresh water (FW)").is_some() { - fw = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Hazardous waste disposed (HWD)").is_some() { - hwd = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Non hazardous waste dispose (NHWD)").is_some() { - nhwd = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Radioactive waste disposed (RWD)").is_some() { - rwd = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Components for re-use (CRU)").is_some() { - cru = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Materials for recycling (MFR)").is_some() { - mrf = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Materials for energy recovery (MER)").is_some() { - mer = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Exported electrical energy (EEE)").is_some() { - eee = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } else if exchange.reference_to_flow_data_set.short_description.iter().find(|&description| description.value == "Exported thermal energy (EET)").is_some() { - eet = Some(ImpactCategory::from(&exchange.other.unwrap().anies)) - } - } + let (declared_unit, conversions, pere, perm, pert, penre, penrm, penrt, sm ,rsf, nrsf, fw, hwd, nhwd, rwd, cru, mfr, mer, eee, eet) = collect_from_exchanges(&helper.exchanges.exchange); Ok(EPD { id: helper.process_information.data_set_information.uuid, @@ -348,11 +247,145 @@ impl<'de> Deserialize<'de> for EPD { nhwd, rwd, cru, - mrf, + mfr, mer, eee, penre, eet, }) } +} + +fn get_ilcd_standard(helper: &ILCD) -> Standard { + for compliance in &helper.modelling_and_validation.compliance_declarations.compliance { + match compliance.reference_to_compliance_system.short_description.iter().find(|&description| description.lang == "en") { + Some(description) => return Standard::from(&description.value), + _ => continue + } + } + + return Standard::UNKNOWN; +} + +fn get_converted_unit(unit_value: &String) -> Unit { + let value = unit_value.split("/").collect::>().first().unwrap().to_string(); + Unit::from(&value) +} + +fn get_ilcd_conversion(exchange: &Exchange) -> Vec { + let mut conversions: Vec = vec![]; + + match &exchange.material_properties { + Some(material_properties) => { + for material_property in material_properties { + let value = material_property.value.parse().unwrap_or_else(|_| 1.0); + conversions.push(Conversion { value, to: get_converted_unit(&material_property.unit), meta_data: serde_json::to_string(material_property).unwrap() }) + } + } + _ => return conversions + } + + conversions +} + +fn get_ilcd_declared_unit(exchange: &Exchange) -> Unit { + for flow_property in exchange.flow_properties.as_ref().unwrap() { + match (flow_property.reference_flow_property, &flow_property.reference_unit) { + (Some(reference_flow), Some(reference_unit)) if reference_flow == true => return Unit::from(reference_unit), + _ => continue + } + } + + Unit::UNKNOWN +} + +fn collect_from_lcia_result(lcia_result: &Vec) -> (Option, Option, Option, Option, Option, Option, Option) { + let mut gwp = None; + let mut odp = None; + let mut ap = None; + let mut ep = None; + let mut pocp = None; + let mut adpe = None; + let mut adpf = None; + + for lcia_result in lcia_result { + for description in &lcia_result.reference_to_lcia_method_dataset.short_description { + let impact_value = Some(ImpactCategory::from(&lcia_result.other.anies)); + match &description.value { + value if value.as_str() == "Global warming potential (GWP)" => gwp = impact_value, + value if value.as_str() == "Depletion potential of the stratospheric ozone layer (ODP)" => odp = impact_value, + value if value.as_str() == "Acidification potential of soil and water (AP)" => ap = impact_value, + value if value.as_str() == "Eutrophication potential (EP)" => ep = impact_value, + value if value.as_str() == "Formation potential of tropospheric ozone (POCP)" => pocp = impact_value, + value if value.as_str() == "Abiotic depletion potential for non fossil resources (ADPE))" => adpe = impact_value, + value if value.as_str() == "Abiotic depletion potential for fossil resources (ADPF)" => adpf = impact_value, + _ => continue + } + } + } + + (gwp, odp, ap, ep, pocp, adpe, adpf) +} + +fn collect_from_exchanges(exchanges: &Vec) -> (Unit, Vec, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option, Option) { + let mut declared_unit = Unit::UNKNOWN; + let mut conversions: Vec = vec![]; + let mut pere = None; + let mut perm = None; + let mut pert = None; + let mut penre = None; + let mut penrm = None; + let mut penrt = None; + let mut sm = None; + let mut rsf = None; + let mut nrsf = None; + let mut fw = None; + let mut hwd = None; + let mut nhwd = None; + let mut rwd = None; + let mut cru = None; + let mut mfr = None; + let mut mer = None; + let mut eee = None; + let mut eet = None; + + for exchange in exchanges { + match exchange.reference_flow { + Some(flow) if flow == true => { + declared_unit = get_ilcd_declared_unit(exchange); + conversions = get_ilcd_conversion(exchange); + } + _ => { + for description in &exchange.reference_to_flow_data_set.short_description { + let impact_value = match &exchange.other { + Some(_anies) => Some(ImpactCategory::from(&_anies.anies)), + _ => continue + }; + match &description.value { + _description if _description == "Use of renewable primary energy (PERE)" => pere = impact_value, + _description if _description == "Use of renewable primary energy resources used as raw materials (PERM)" => perm = impact_value, + _description if _description == "Total use of renewable primary energy resources (PERT)" => pert = impact_value, + _description if _description == "Use of non renewable primary energy (PENRE)" => pert = impact_value, + _description if _description == "Use of non renewable primary energy resources used as raw materials (PENRM)" => penrm = impact_value, + _description if _description == "Total use of non renewable primary energy resource (PENRT)" => penrt = impact_value, + _description if _description == "Use of secondary material (SM)" => sm = impact_value, + _description if _description == "Use of renewable secondary fuels (RSF)" => rsf = impact_value, + _description if _description == "Use of non renewable secondary fuels (NRSF)" => nrsf = impact_value, + _description if _description == "Use of net fresh water (FW)" => fw = impact_value, + _description if _description == "Hazardous waste disposed (HWD)" => hwd = impact_value, + _description if _description == "Non hazardous waste dispose (NHWD)" => nhwd = impact_value, + _description if _description == "Radioactive waste disposed (RWD)" => rwd = impact_value, + _description if _description == "Components for re-use (CRU)" => cru = impact_value, + _description if _description == "Materials for recycling (MFR)" => mfr = impact_value, + _description if _description == "Materials for energy recovery (MER)" => mer = impact_value, + _description if _description == "Exported electrical energy (EEE)" => eee = impact_value, + _description if _description == "Exported thermal energy (EET)" => eet = impact_value, + _ => continue + } + } + } + }; + } + + (declared_unit, conversions, pere, perm, pert, penre, penrm, penrt, sm ,rsf, nrsf, fw, hwd, nhwd, rwd, cru, mfr, mer, eee, eet) } \ No newline at end of file diff --git a/src/ilcd.rs b/src/ilcd.rs index 97c33a0..282fb5b 100644 --- a/src/ilcd.rs +++ b/src/ilcd.rs @@ -1,5 +1,6 @@ #[allow(dead_code)] use serde::{Deserialize}; +use serde::Serialize; #[derive(Deserialize)] @@ -24,7 +25,7 @@ pub struct Exchanges { #[serde(rename_all = "camelCase")] pub struct Exchange { pub reference_to_flow_data_set: ReferenceToDescription, - pub mean_amount: f64, + pub mean_amount: Option, pub resulting_amount: Option, #[serde(alias = "dataSetInternalID")] pub data_set_internal_id: Option, @@ -52,13 +53,13 @@ pub struct FlowProperty { pub unit_group_uuid: Option } -#[derive(Deserialize)] +#[derive(Deserialize, Serialize)] #[serde(rename_all = "camelCase")] pub struct MaterialProperty { pub name: String, pub value: String, pub unit: String, - pub unit_description: String, + pub unit_description: Option, } #[derive(Deserialize)] @@ -87,7 +88,7 @@ pub struct ReferenceToDescription { pub short_description: Vec, pub _type: String, pub ref_object_id: String, - pub version: String + pub version: Option } diff --git a/tests/datafixtures/00c28f1f-1d49-4c81-9208-138922a1dd6c.json b/tests/datafixtures/00c28f1f-1d49-4c81-9208-138922a1dd6c.json new file mode 100644 index 0000000..18abc62 --- /dev/null +++ b/tests/datafixtures/00c28f1f-1d49-4c81-9208-138922a1dd6c.json @@ -0,0 +1,1955 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "00c28f1f-1d49-4c81-9208-138922a1dd6c", + "name": { + "baseName": [ + { + "value": "Window fitting for horizontal sliding window", + "lang": "en" + }, + { + "value": "Fenster-Beschlag f\u00fcr horizontales Schiebefenster", + "lang": "de" + } + ], + "functionalUnitFlowProperties": [ + { + "value": "0,696 kg/piece", + "lang": "en" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Komponenten von Fenstern und Vorhangfassaden", + "level": 0, + "classId": "7" + }, + { + "value": "Beschl\u00e4ge", + "level": 1, + "classId": "7.4" + }, + { + "value": "Aluminiumbeschl\u00e4ge", + "level": 2, + "classId": "7.4.02" + } + ], + "name": "oekobau.dat" + } + ] + }, + "generalComment": [ + { + "value": "This data set has been modeled according to the European Standard EN 15804 for Sustainable Building. Results are depicted in modules that allow the structured expression of results over the entire life cycle.", + "lang": "en" + }, + { + "value": "Dieser Datensatz wurde nach dem European Standard EN 15804 f\u00fcr Nachhaltiges Bauen modelliert. Ergebnisse werden in Modulen abgebildet, die den strukturierten Ausdruck von Ergebnissen \u00fcber den gesamten Lebenszyklus zulassen.", + "lang": "de" + } + ], + "other": { + "anies": [ + { + "margins": 10, + "description": [ + { + "value": "Product system almost completely covered. Good technological, temporal and geographic representativeness.", + "lang": "en" + }, + { + "value": "Produktsystem weitgehend vollst\u00e4ndig abgebildet. Gute technologische, zeitliche und geographische Repr\u00e4sentativit\u00e4t.", + "lang": "de" + } + ] + } + ] + } + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 103287 + ], + "type": "Reference flow(s)" + }, + "time": { + "referenceYear": 2018, + "dataSetValidUntil": 2022, + "timeRepresentativenessDescription": [ + { + "value": "Annual average", + "lang": "en" + }, + { + "value": "J\u00e4hrlicher Durchschnitt", + "lang": "de" + } + ] + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "descriptionOfRestrictions": [ + { + "value": "The data set represents the country specific situation in Germany, focusing on the main technologies, the region specific characteristics and / or import statistics.", + "lang": "en" + }, + { + "value": "Der Datensatz bildet die l\u00e4nderspezifische Situation in Deutschland ab. Dabei werden Haupttechnologien, spezifische regionale Charakteristiken und ggf. Importstatistiken ber\u00fccksichtigt.", + "lang": "de" + } + ], + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "The LCA for a metal fitting for horizontal sliding windows refers to the production of 1 fitting with a mass of 0.696 kg/piece. Main components are a moulding part of zinc (approx. 35%), an aluminium extrusion profile, a stainless steel component as well as polymers . The system boundaries are represented by the finished metal fitting at the factory gate. The recycling percentage of the raw material is already taken into account in the database. Transports from the factory to the building site are not considered and must be included according to the system boundaries.\nBackground system:\nElectricity: Electricity is modelled according to the individual country-specific situations. The country-specific modelling is achieved on multiple levels. Firstly, individual energy carrier specific power plants and plants for renewable energy sources are modelled according to the current national electricity grid mix. Modelling the electricity consumption mix includes transmission / distribution losses and the own use by energy producers (own consumption of power plants and \"other\" own consumption e.g. due to pumped storage hydro power etc.), as well as imported electricity. Secondly, the national emission and efficiency standards of the power plants are modelled as well as the share of electricity plants and combined heat and power plants (CHP). Thirdly, the country-specific energy carrier supply (share of imports and / or domestic supply) including the country-specific energy carrier properties (e.g. element and energy content) are accounted for. Fourthly, the exploration, mining/production, processing and transport processes of the energy carrier supply chains are modelled according to the specific situation of each electricity producing country. The different production and processing techniques (emissions and efficiencies) in the different energy producing countries are considered, e.g. different crude oil production technologies or different flaring rates at the oil platforms.\nThermal energy, process steam: The thermal energy and process steam supply is modelled according to the individual country-specific situation with regard to emission standards and considered energy carriers. The thermal energy and process steam are produced at heat plants. Efficiencies for thermal energy production are by definition 100% in relation to the corresponding energy carrier input. For process steam the efficiency ranges from 85%, 90% to 95%. The energy carriers used for the generation of thermal energy and process steam are modelled according to the specific import situation (see electricity above).\nTransports: All relevant and known transport processes are included. Ocean-going and inland ship transport as well as rail, truck and pipeline transport of bulk commodities are considered.\nEnergy carriers: The energy carriers are modelled according to the specific supply situation (see electricity above).\nRefinery products: Diesel fuel, gasoline, technical gases, fuel oils, lubricants and residues such as bitumen are modelled with a parameterised country-specific refinery model. The refinery model represents the current national standard in refining techniques (e.g. emission level, internal energy consumption, etc.) as well as the individual country-specific product output spectrum, which can be quite different from country to country. The supply of crude oil is modelled, again, according to the country-specific situation with the respective properties of the resources.", + "lang": "en" + }, + { + "value": "Die Lebenszyklusanalyse des Fensterbeschlags f\u00fcr horizontale Schiebefenster bezieht sich auf die Herstellung von 1 St\u00fcck Beschlag mit einer Masse von 0,696 kg/St\u00fcck. Hauptbestandteile sind hierbei ein Zinkdruckgussteil (zu etwa 35%) sowie ein Aluminium-Extrusionsprofil, ein Edelstahlteil sowie Polymere. Die Systemgrenze bildet der fertige Fensterbeschlag am Werkstor. Der Recyclinganteil im Ausgangsmaterial ist bereits im Datensatz ber\u00fccksichtigt. Transporte vom Werk zur Baustelle sind nicht ber\u00fccksichtigt und m\u00fcssen bei Systembetrachtungen eingerechnet werden. \n\nHintergrundsystem:\nStrom: Die Stromerzeugung wird entsprechend der l\u00e4nderspezifischen Randbedingungen modelliert. Die landesspezifische Analyse beinhaltet:\n1.: Spezifische Kraftwerke der verschiedenen fossilen Energietr\u00e4ger und der Einsatz erneuerbarer Energien sind entsprechend der l\u00e4nderspezifischen Energietr\u00e4germixe modelliert. Die Analyse bezieht Stromimporte aus den Nachbarl\u00e4ndern, Transmissions-und Verteilungsverluste und den Eigenverbrauch im Kraftwerk und bei der Verteilung bzw. Speicherung, z. B. durch Pumpspeicherwerke, ein.\n2.: Die landes-/regionalspezifischen Technologiestandards sowie die Erzeugung in Elektrizit\u00e4tskraftwerken und/oder in speziellen Kraftwerken mit Kraft-W\u00e4rme-Kopplung (KWK) sind ber\u00fccksichtigt. \n3.: Die l\u00e4nderspezifische Energietr\u00e4gerbereitstellung (mit Anteil der Importe und/oder Eigenversorgung) einschlie\u00dflich der Energietr\u00e4ger-Eigenschaften (z. B. Elementar- und Energiegehalte) werden ber\u00fccksichtigt. \n4.: Die F\u00f6rderung, Produktion, Verarbeitung und Transportprozesse werden entsprechend der Situation im jeweiligen Stromerzeugerland modelliert. Die unterschiedlichen Produktions- und Verarbeitungsverfahren (Emissionen und Wirkungsgrade) in den verschiedenen Energieerzeugerl\u00e4ndern werden einbezogen, z. B. Roh\u00f6l-Veredelungsverfahren oder Abfackel-Raten an den \u00d6lplattformen.\nThermische Energie, Prozessdampf: Die Erzeugung von Dampf und thermischer Energie in Heizkraftwerken wird entsprechend der landesspezifischen Situation (Emissionsgrenzwerte, Energietr\u00e4gerbasis) modelliert.\nDer Wirkungsgrad f\u00fcr die thermische Energieerzeugung betr\u00e4gt per Definition 100% des Energietr\u00e4gereinsatzes. F\u00fcr Prozessdampf liegt der Wirkungsgrad im Bereich von 85-95%. Die zur Heizenergie-Erzeugung verwendeten Energietr\u00e4ger werden entsprechend der nationalen Situation modelliert (siehe Kapitel Strom oben).\nTransporte: Alle relevanten und bekannten Transportprozesse in Form von See- und Binnenschiffsverkehr sowie Bahn-, Lkw- und der Leitungstransport sind enthalten.\nEnergietr\u00e4ger: Die Energietr\u00e4ger werden entsprechend der spezifischen Versorgungslage modelliert (siehe Kapitel Strom oben). \nRaffinerieprodukte: Diesel, Benzin, technische Gase, Heiz\u00f6l, Schmierstoffe und R\u00fcckst\u00e4nde, wie Bitumen, werden mit einem parametrierten l\u00e4nderspezifische Raffineriemodell modelliert. Das Raffinerie-Modell bezieht die l\u00e4nderspezifischen Veredelungsverfahren (z. B. Emissionspegel, interner Energieverbrauch etc.) und das l\u00e4nderspezifische Produktspektrum ein, das sich je nach Land stark unterscheiden kann. Die Roh\u00f6l-F\u00f6rderung wird gem\u00e4\u00df der l\u00e4nderspezifischen Situation mit den jeweiligen Energietr\u00e4ger-Eigenschaften modelliert.", + "lang": "de" + } + ], + "technologicalApplicability": [ + { + "value": "This product can be used in construction.", + "lang": "en" + }, + { + "value": "Dieses Produkt kann im Baubereich verwendet werden.", + "lang": "de" + } + ], + "referenceToTechnologyPictogramme": { + "shortDescription": [ + { + "value": "construction_de_metal fitting for horizontal sliding window.jpg", + "lang": "en" + }, + { + "value": "construction_de_metal fitting for horizontal sliding window.jpg", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "960fba01-e869-400c-a1de-809b7833f28c", + "version": "39.00.000", + "uri": "../sources/960fba01-e869-400c-a1de-809b7833f28c.xml" + } + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "other": { + "anies": [ + { + "name": "subType", + "value": "generic dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "GaBi Database Edition 2020, SP40", + "lang": "en" + }, + { + "value": "GaBi Database Edition 2020, SP40", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "cb50c596-16b4-44e4-b1aa-319319a79fb5", + "version": "39.00.000", + "uri": "../sources/cb50c596-16b4-44e4-b1aa-319319a79fb5.xml" + }, + { + "shortDescription": [ + { + "value": "GaBi database (all versions)", + "lang": "en" + }, + { + "value": "GaBi database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a", + "version": "39.00.000", + "uri": "../sources/28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a.xml" + } + ], + "useAdviceForDataSet": [ + { + "value": "The data set represents a cradle to gate inventory. It can be used to characterise the supply chain situation of the respective commodity in a representative manner. Combination with individual unit processes using this commodity enables the generation of user-specific (product) LCAs.", + "lang": "en" + }, + { + "value": "Der Datensatz repr\u00e4sentiert ein Cradle to Gate Inventar. Er kann verwendet werden, um die Lieferkette des jeweiligen Produktes in einer repr\u00e4sentativen Weise zu charakterisieren. Die Kombination mit einzelnen Einheitenprozessen und diesem Produkt erm\u00f6glicht die Erstellung von anwenderspezifischen (Produkt-) LCAs.", + "lang": "de" + } + ] + }, + "validation": { + "review": [ + { + "referenceToNameOfReviewerAndInstitution": [ + { + "shortDescription": [ + { + "value": "thinkstep", + "lang": "en" + }, + { + "value": "thinkstep", + "lang": "de" + } + ], + "type": "contact data set", + "refObjectId": "d7fa0337-f279-430d-becf-7f3111a85010", + "version": "39.00.000", + "uri": "../contacts/d7fa0337-f279-430d-becf-7f3111a85010.xml" + }, + { + "shortDescription": [ + { + "value": "IABP-GaBi", + "lang": "en" + }, + { + "value": "IABP-GaBi", + "lang": "de" + } + ], + "type": "contact data set", + "refObjectId": "de53c560-d6a9-11da-a94d-0800200c9a66", + "version": "39.00.000", + "uri": "../contacts/de53c560-d6a9-11da-a94d-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "IBP-GaBi", + "lang": "en" + }, + { + "value": "IBP-GaBi", + "lang": "de" + } + ], 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"version": "39.00.000", + "uri": "../unitgroups/bc50c624-a9bc-45b1-a9b0-e6b10d00476f.xml" + } + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Eutrophication potential (EP)", + "lang": "en" + }, + { + "value": "Eutrophierungspotential (EP)", + "lang": "de" + } + ], + "type": "LCIA method data set", + "refObjectId": "f58827d0-b407-4ec6-be75-8b69efb98a0f", + "version": "39.00.000", + "uri": "../lciamethods/f58827d0-b407-4ec6-be75-8b69efb98a0f.xml" + }, + "other": { + "anies": [ + { + "value": "0.00153293383942052", + "module": "A1-A3" + }, + { + "value": "0", + "module": "C1" + }, + { + "value": "8.58128311713464E-7", + "module": "C2" + }, + { + "value": "-0.000873460966067906", + "module": "D" + }, + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg Phosphate eq.", + "lang": "en" + }, + { + "value": "kg Phosphat \u00c4quiv.", + "lang": "de" + } + ], + "type": "unit group data set", + "refObjectId": "67b5401d-873c-485f-bcf3-6ae83b918822", + "version": "39.00.000", + "uri": "../unitgroups/67b5401d-873c-485f-bcf3-6ae83b918822.xml" + } + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Photochemical Ozone Creation Potential (POCP)", + "lang": "en" + }, + { + "value": "Bildungspotenzial f\u00fcr troposph\u00e4risches Ozon (POCP)", + "lang": "de" + } + ], + "type": "LCIA method data set", + "refObjectId": "1e84a202-dae6-42aa-9e9d-71ea48b8be00", + "version": "39.00.000", + "uri": "../lciamethods/1e84a202-dae6-42aa-9e9d-71ea48b8be00.xml" + }, + "other": { + "anies": [ + { + "value": "0.00140468627628836", + "module": "A1-A3" + }, + { + "value": "0", + "module": "C1" + }, + { + "value": "-1.17978322332452E-6", + "module": "C2" + }, + { + "value": "-0.00108878638850732", + "module": "D" + }, + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg Ethene eq.", + "lang": "en" + }, + { + "value": "kg Ethen \u00c4quiv.", + "lang": "de" + } + ], + "type": "unit group data set", + "refObjectId": "01c26c17-9a76-406e-8295-f17b55fd909e", + "version": "39.00.000", + "uri": "../unitgroups/01c26c17-9a76-406e-8295-f17b55fd909e.xml" + } + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Abiotic depletion potential for non fossil resources (ADPE)", + "lang": "en" + }, + { + "value": "Potenzial f\u00fcr den abiotischen Abbau nicht fossiler Ressourcen (ADPE)", + "lang": "de" + } + ], + "type": "LCIA method data set", + "refObjectId": "f7c73bb9-ab1a-4249-9c6d-379a0de6f67e", + "version": "39.00.000", + "uri": "../lciamethods/f7c73bb9-ab1a-4249-9c6d-379a0de6f67e.xml" + }, + "other": { + "anies": [ + { + "value": "0.00101469089729107", + "module": "A1-A3" + }, + { + "value": "0", + "module": "C1" + }, + { + "value": "1.50384405347324E-10", + "module": "C2" + }, + { + "value": "-0.000437473739221514", + "module": "D" + }, + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg Sb eq.", + "lang": "en" + }, + { + "value": "kg Sb \u00c4quiv.", + "lang": "de" + } + ], + "type": "unit group data set", + "refObjectId": "54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4", + "version": "39.00.000", + "uri": "../unitgroups/54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4.xml" + } + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Abiotic depletion potential for fossil resources (ADPF)", + "lang": "en" + }, + { + "value": "Potenzial f\u00fcr den abiotischen Abbau fossiler Brennstoffe (ADPF)", + "lang": "de" + } + ], + "type": "LCIA method data set", + "refObjectId": "804ebcdf-309d-4098-8ed8-fdaf2f389981", + "version": "39.00.000", + "uri": "../lciamethods/804ebcdf-309d-4098-8ed8-fdaf2f389981.xml" + }, + "other": { + "anies": [ + { + "value": "74.2630018019204", + "module": "A1-A3" + }, + { + "value": "0", + "module": "C1" + }, + { + "value": "0.0239548814646764", + "module": "C2" + }, + { + "value": "-40.0240800827562", + "module": "D" + }, + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "MJ", + "lang": "en" + }, + { + "value": "MJ", + "lang": "de" + } + ], + "type": "unit group data set", + "refObjectId": "93a60a57-a3c8-11da-a746-0800200c9a66", + "version": "03.00.000", + "uri": "../unitgroups/93a60a57-a3c8-11da-a746-0800200c9a66.xml" + } + } + ] + } + } + ] + }, + "version": "1.1", + "locations": "../ILCDLocations.xml", + "source": "https://oekobaudat.de/OEKOBAU.DAT/resource/datastocks/cd2bda71-760b-4fcc-8a0b-3877c10000a8/processes/00c28f1f-1d49-4c81-9208-138922a1dd6c" +} \ No newline at end of file diff --git a/tests/datafixtures/0b488798-140f-4efa-96e2-55aa46ed129a.json b/tests/datafixtures/0b488798-140f-4efa-96e2-55aa46ed129a.json new file mode 100644 index 0000000..4b204a0 --- /dev/null +++ b/tests/datafixtures/0b488798-140f-4efa-96e2-55aa46ed129a.json @@ -0,0 +1,2120 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "0b488798-140f-4efa-96e2-55aa46ed129a", + "name": { + "baseName": [ + { + "value": "Application primer emulsion, silicate dispersion paint", + "lang": "en" + }, + { + "value": "Fassadenfarbe Voranstrich Silikat-Dispersion", + "lang": "de" + } + ], + "functionalUnitFlowProperties": [ + { + "value": "1 kg", + "lang": "en" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Beschichtungen", + "level": 0, + "classId": "5" + }, + { + "value": "Grundierungen", + "level": 1, + "classId": "5.1" + }, + { + "value": "Grundierungen Farben und Putze", + "level": 2, + "classId": "5.1.01" + } + ], + "name": "oekobau.dat" + } + ] + }, + "generalComment": [ + { + "value": "This data set has been modeled according to the European Standard EN 15804 for Sustainable Building. Results are depicted in modules that allow the structured expression of results over the entire life cycle.", + "lang": "en" + }, + { + "value": "Dieser Datensatz wurde nach dem European Standard EN 15804 f\u00fcr Nachhaltiges Bauen modelliert. Ergebnisse werden in Modulen abgebildet, die den strukturierten Ausdruck von Ergebnissen \u00fcber den gesamten Lebenszyklus zulassen.", + "lang": "de" + } + ], + "other": { + "anies": [ + { + "margins": 10, + "description": [ + { + "value": "Product system almost completely covered. Good technological, temporal and geographic representativeness.", + "lang": "en" + }, + { + "value": "Produktsystem weitgehend vollst\u00e4ndig abgebildet. Gute technologische, zeitliche und geographische Repr\u00e4sentativit\u00e4t.", + "lang": "de" + } + ] + } + ] + } + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 101330 + ], + "type": "Reference flow(s)" + }, + "time": { + "referenceYear": 2018, + "dataSetValidUntil": 2022, + "timeRepresentativenessDescription": [ + { + "value": "Annual average", + "lang": "en" + }, + { + "value": "J\u00e4hrlicher Durchschnitt", + "lang": "de" + } + ] + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "descriptionOfRestrictions": [ + { + "value": "The data set represents the country specific situation in Germany, focusing on the main technologies, the region specific characteristics and / or import statistics.", + "lang": "en" + }, + { + "value": "Der Datensatz bildet die l\u00e4nderspezifische Situation in Deutschland ab. Dabei werden Haupttechnologien, spezifische regionale Charakteristiken und ggf. Importstatistiken ber\u00fccksichtigt.", + "lang": "de" + } + ], + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "The life cycle analysis of 1 kg silicate emulsion prime coat includes the life cycle phases cradle to gate and processing, i.e. manufacturing of raw and auxiliary materials as well as the production including packaging as well as the processing at the construction site (solvent emissions). The coating (painting) of houses and parts of houses like windows, parquet etc. is typically done on the builiding site by hand and without waste air treatment. This dataset accounts for this situation by including the application of the coating in the sope and by modelling all the NMVOCs included inthe coating material as NMVOC emissions to air. Since the transport of the coating material is specific to the special boundary conditions of the study, this transpoort is not included in the scope and shall be modeled individually by the user of the dataset. 2% of the coating material is modeled to be not used (packaging residue) and to be incinerated in a municipal waste incineration plant.\nBackground system:\nElectricity: Electricity is modelled according to the individual country-specific situations. The country-specific modelling is achieved on multiple levels. Firstly, individual energy carrier specific power plants and plants for renewable energy sources are modelled according to the current national electricity grid mix. Modelling the electricity consumption mix includes transmission / distribution losses and the own use by energy producers (own consumption of power plants and \"other\" own consumption e.g. due to pumped storage hydro power etc.), as well as imported electricity. Secondly, the national emission and efficiency standards of the power plants are modelled as well as the share of electricity plants and combined heat and power plants (CHP). Thirdly, the country-specific energy carrier supply (share of imports and / or domestic supply) including the country-specific energy carrier properties (e.g. element and energy content) are accounted for. Fourthly, the exploration, mining/production, processing and transport processes of the energy carrier supply chains are modelled according to the specific situation of each electricity producing country. The different production and processing techniques (emissions and efficiencies) in the different energy producing countries are considered, e.g. different crude oil production technologies or different flaring rates at the oil platforms.\nThermal energy, process steam: The thermal energy and process steam supply is modelled according to the individual country-specific situation with regard to emission standards and considered energy carriers. The thermal energy and process steam are produced at heat plants. Efficiencies for thermal energy production are by definition 100% in relation to the corresponding energy carrier input. For process steam the efficiency ranges from 85%, 90% to 95%. The energy carriers used for the generation of thermal energy and process steam are modelled according to the specific import situation (see electricity above).\nTransports: All relevant and known transport processes are included. Ocean-going and inland ship transport as well as rail, truck and pipeline transport of bulk commodities are considered.\nEnergy carriers: The energy carriers are modelled according to the specific supply situation (see electricity above).\nRefinery products: Diesel fuel, gasoline, technical gases, fuel oils, lubricants and residues such as bitumen are modelled with a parameterised country-specific refinery model. The refinery model represents the current national standard in refining techniques (e.g. emission level, internal energy consumption, etc.) as well as the individual country-specific product output spectrum, which can be quite different from country to country. The supply of crude oil is modelled, again, according to the country-specific situation with the respective properties of the resources.", + "lang": "en" + }, + { + "value": "Die Lebenszyklusanalyse von 1 kg Dispersionssilikat-Grundierung umfasst die Lebenszyklusphasen cradle to gate mit Optionen, d.h. Herstellung von Roh- und Hilfsstoffen, sowie die Produktion einschlie\u00dflich Verpackung, die Verarbeitung auf der Baustelle (L\u00f6semittel-Emissionen) und Entsorgung. Die Beschichtung (Streichen) von H\u00e4usern und Teilen von H\u00e4usern wie Fenster, Parkett usw. wird in der Regel auf der Baustelle von Hand und ohne Abluftbehandlung durchgef\u00fchrt. \n\nDie Emissionen durch das Aufbringen der Beschichtung wurden durch Modellieren aller NMVOCs im Beschichtungsmaterial als NMVOC-Emissionen in die Luft angenommen und in Modul A5 ausgewiesen. Der Transport ist nicht im Umfang enthalten und sollte vom Nutzer des Datensatzes einzeln modelliert werden. \n\nDas End of Life enth\u00e4lt die Entsorgung der Verpackung. 2 % des Beschichtungsmaterials werden als nicht verwendet (Verpackungsr\u00fcckst\u00e4nde) und in einer st\u00e4dtischen M\u00fcllverbrennungsanlage verbrannt modelliert.\n\nHintergrundsystem:\nStrom: Die Stromerzeugung wird entsprechend der l\u00e4nderspezifischen Randbedingungen modelliert. Die landesspezifische Analyse beinhaltet:\n1.: Spezifische Kraftwerke der verschiedenen fossilen Energietr\u00e4ger und der Einsatz erneuerbarer Energien sind entsprechend der l\u00e4nderspezifischen Energietr\u00e4germixe modelliert. Die Analyse bezieht Stromimporte aus den Nachbarl\u00e4ndern, Transmissions-und Verteilungsverluste und den Eigenverbrauch im Kraftwerk und bei der Verteilung bzw. Speicherung, z. B. durch Pumpspeicherwerke, ein.\n2.: Die landes-/regionalspezifischen Technologiestandards sowie die Erzeugung in Elektrizit\u00e4tskraftwerken und/oder in speziellen Kraftwerken mit Kraft-W\u00e4rme-Kopplung (KWK) sind ber\u00fccksichtigt. \n3.: Die l\u00e4nderspezifische Energietr\u00e4gerbereitstellung (mit Anteil der Importe und/oder Eigenversorgung) einschlie\u00dflich der Energietr\u00e4ger-Eigenschaften (z. B. Elementar- und Energiegehalte) werden ber\u00fccksichtigt. \n4.: Die F\u00f6rderung, Produktion, Verarbeitung und Transportprozesse werden entsprechend der Situation im jeweiligen Stromerzeugerland modelliert. Die unterschiedlichen Produktions- und Verarbeitungsverfahren (Emissionen und Wirkungsgrade) in den verschiedenen Energieerzeugerl\u00e4ndern werden einbezogen, z. B. Roh\u00f6l-Veredelungsverfahren oder Abfackel-Raten an den \u00d6lplattformen.\nThermische Energie, Prozessdampf: Die Erzeugung von Dampf und thermischer Energie in Heizkraftwerken wird entsprechend der landesspezifischen Situation (Emissionsgrenzwerte, Energietr\u00e4gerbasis) modelliert.\nDer Wirkungsgrad f\u00fcr die thermische Energieerzeugung betr\u00e4gt per Definition 100% des Energietr\u00e4gereinsatzes. F\u00fcr Prozessdampf liegt der Wirkungsgrad im Bereich von 85-95%. Die zur Heizenergie-Erzeugung verwendeten Energietr\u00e4ger werden entsprechend der nationalen Situation modelliert (siehe Kapitel Strom oben).\nTransporte: Alle relevanten und bekannten Transportprozesse in Form von See- und Binnenschiffsverkehr sowie Bahn-, Lkw- und der Leitungstransport sind enthalten.\nEnergietr\u00e4ger: Die Energietr\u00e4ger werden entsprechend der spezifischen Versorgungslage modelliert (siehe Kapitel Strom oben). \nRaffinerieprodukte: Diesel, Benzin, technische Gase, Heiz\u00f6l, Schmierstoffe und R\u00fcckst\u00e4nde, wie Bitumen, werden mit einem parametrierten l\u00e4nderspezifische Raffineriemodell modelliert. Das Raffinerie-Modell bezieht die l\u00e4nderspezifischen Veredelungsverfahren (z. B. Emissionspegel, interner Energieverbrauch etc.) und das l\u00e4nderspezifische Produktspektrum ein, das sich je nach Land stark unterscheiden kann. Die Roh\u00f6l-F\u00f6rderung wird gem\u00e4\u00df der l\u00e4nderspezifischen Situation mit den jeweiligen Energietr\u00e4ger-Eigenschaften modelliert.", + "lang": "de" + } + ], + "technologicalApplicability": [ + { + "value": "This product can be used in construction.", + "lang": "en" + }, + { + "value": "Dieses Produkt kann im Baubereich verwendet werden.", + "lang": "de" + } + ], + "referenceToTechnologyPictogramme": { + "shortDescription": [ + { + "value": "coatings_water-based application.jpg", + "lang": "en" + }, + { + "value": "coatings_water-based application.jpg", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "d4e1eb32-e2b4-4968-a9f0-a5761009d165", + "version": "39.00.000", + "uri": "../sources/d4e1eb32-e2b4-4968-a9f0-a5761009d165.xml" + } + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "other": { + "anies": [ + { + "name": "subType", + "value": "generic dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "Roempp Lexikon - Lacke und Druckfarben, 1997", + "lang": "en" + }, + { + "value": "GaBi Database Edition 2020, SP40", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "d274cfeb-5fbd-11db-b0de-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/d274cfeb-5fbd-11db-b0de-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "Paints, Coatings and Solvents, 1998", + "lang": "en" + }, + { + "value": "GaBi database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "d274cfea-5fbd-11db-b0de-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/d274cfea-5fbd-11db-b0de-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "\u00d6kologische Bilanzierung von Baustoffen und Geb\u00e4uden, 2000", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "d2732220-5fbd-11db-b0de-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/d2732220-5fbd-11db-b0de-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "Lackformulierung und Lackrezeptur", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a66c0077-b12f-11e0-a00b-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/a66c0077-b12f-11e0-a00b-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "Lackrohstoffkunde", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a66c0078-b12f-11e0-a00b-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/a66c0078-b12f-11e0-a00b-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "Farben und Lacke", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a66c0075-b12f-11e0-a00b-0800200c9a66", + "version": "39.00.000", + "uri": "../sources/a66c0075-b12f-11e0-a00b-0800200c9a66.xml" + }, + { + "shortDescription": [ + { + "value": "GaBi Database Edition 2020, SP40", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "cb50c596-16b4-44e4-b1aa-319319a79fb5", + "version": "39.00.000", + "uri": "../sources/cb50c596-16b4-44e4-b1aa-319319a79fb5.xml" + }, + { + "shortDescription": [ + { + "value": "GaBi database (all versions)", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a", + "version": "39.00.000", + "uri": "../sources/28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a.xml" + } + ], + "useAdviceForDataSet": [ + { + "value": "The data set represents a cradle to gate inventory. It can be used to characterise the supply chain situation of the respective commodity in a representative manner. Combination with individual unit processes using this commodity enables the generation of user-specific (product) LCAs.", + "lang": "en" + }, + { + "value": "Der Datensatz repr\u00e4sentiert ein Cradle to Gate Inventar. Er kann verwendet werden, um die Lieferkette des jeweiligen Produktes in einer repr\u00e4sentativen Weise zu charakterisieren. 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"../ILCDLocations.xml", + "source": "https://oekobaudat.de/OEKOBAU.DAT/resource/datastocks/cd2bda71-760b-4fcc-8a0b-3877c10000a8/processes/0b488798-140f-4efa-96e2-55aa46ed129a" +} \ No newline at end of file diff --git a/tests/datafixtures/0b4c397d-c7a1-4ceb-9718-184334f6364e.json b/tests/datafixtures/0b4c397d-c7a1-4ceb-9718-184334f6364e.json new file mode 100644 index 0000000..61b4624 --- /dev/null +++ b/tests/datafixtures/0b4c397d-c7a1-4ceb-9718-184334f6364e.json @@ -0,0 +1,2359 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "0b4c397d-c7a1-4ceb-9718-184334f6364e", + "name": { + "baseName": [ + { + "value": "Cement-based insulation foam: MasterProtect NFF 2070 IN", + "lang": "en" + } + ], + "functionalUnitFlowProperties": [ + { + "lang": "en" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "D\u00e4mmstoffe", + "level": 0, + "classId": "2" + }, + { + "value": "Ortschaum", + "level": 1, + "classId": "2.26" + }, + { + "value": "Mineralisch", + "level": 2, + "classId": "2.26.01" + } + ], + "name": "OEKOBAU.DAT" + }, + { + "class": [ + { + "value": "02 Building products", + "level": 0 + }, + { + "value": "Thermal insulation products", + "level": 1 + }, + { + "value": "cement-based foams", + "level": 2 + } + ], + "name": "IBUCategories" + } + ] + }, + "generalComment": [ + { + "value": "Under the MBCC Group, the Master Builders Solutions brand combines its technological know-how and comprehensive product portfolio to provide the right solutions, based on our experience gained in countless construction projects worldwide.\n\nSwissPorit / MasterProtect NFF 2070 IN boards are an inorganic insulation material consisting of an inorganic binder and inorganic fillers. It is an easy to process material for light, non-flammable and thermally insulating as well as completely recyclable products used in the construction industry.\n\n\nMasterProtect NFF 2070 IN has been specially developed for permanent, energy-efficient and heat-insulating prefabrication and construction site applications. \n\n\nAt high, medium and low densities, the product is frost-resistant and shows little water absorption because it has a high proportion of closed pores. Furthermore, it has a high level of stability when exposed to cyclical temperature and humidity.\n\n\nThe product is manufactured in a chemical foaming process (reaction of hydrogen peroxide and a catalyst to form water and oxygen). This can be carried out continuously or in a batch process. \n\n\nFor the use of the product, the respective national regulations at the place of use apply, in Germany for example the building regulations of the federal states, and the technical regulations based on these regulations.", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "scenario": [ + { + "description": [ + { + "value": "1", + "lang": "en" + } + ], + "name": "S1" + }, + { + "description": [ + { + "value": "100% Recycling", + "lang": "en" + } + ], + "name": "S2" + } + ] + } + ] + } + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 0 + ] + }, + "time": { + "referenceYear": 2021, + "dataSetValidUntil": 2026, + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1623110400000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "location": "RER" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "The production of the insulation material is divided in two steps: 1.Manufacturing of the compound (compounding) In this production step the raw materials of the (foam-able) compound are mixed. The result is a dry powder which serves as raw material of the second manufacturing step (foaming, see below). All activities related to step 1 of the manufacturing process are allocated to module A1 (raw material supply, transport of raw materials etc.). 2.Manufacturing of the insulation foam (foaming) Once the compound is produced it is transported to clients. To manufacture the insulation foam, the dry compound is mixed with water and hydrogen peroxide. Through a chemical reaction of hydrogen peroxide with other reactive ingredients Oxygen occurs, which serves as foaming agent. At this point the \u201craw-foam\u201d is formed. After 14 days curing time, the foam can be used as building material. The transport of the compound is allocated to module A2. The foaming and curing process itself is allocated to module A3. \nDeclared unit: \nThe declared unit is 1 m\u00b3 of MasterProtect NFF 2070 IN foam with an average density at factory gate of 76,02 kg/m\u00b3.", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Renovation, repair and new construction\nInterior insulation of ceiling, wall and roof \nUnderside insulation ceiling / roof \nInsulation between rafters \nCore insulation \nInsulation of double-leaf walls \nInsulation wood frame construction \nExternal insulation of the wall behind the cladding (ventilated facade) \nExternal insulation wall behind plaster (External Thermal Insulation Composite Systems, ETICS) \nInsulation of apartment and room partition walls \nScreed insulation \nBrick cavity insulation (brick and concrete) \n\nThe insulation panels are processed and applied by hand. The cutting is done using a band saw or hard metal saws. The insulation panels are attached with an adapted mortar and plaster system. Plastic dowels can also be used. The insulation boards can be plastered, painted or coated.", + "lang": "en" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "cement-based foams.pdf", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "524c20c7-0701-46c3-9e97-c03abb88a55c" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "specific dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "GaBi Database (all versions)", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a" + }, + { + "shortDescription": [ + { + "value": "GaBi database SP39 2019", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "07d9b8a7-e0fc-408f-a95e-c90735f843ce" + } + ], + "useAdviceForDataSet": [ + { + "value": "Scope: \nThe ecobalance is based on the compound MasterProtect NFF 2000 IN produced by BauMineral GmbH by order of Master Builders Solutions Deutschland GmbH. The board SwissPorit, MasterProtect NFF 2070 IN produced out of the compound, is produced by Eberhard Bau AG (CH) until the end of 2021 and by the Swiss Porit AG from the beginning of 2022. The results of the ecobalance are mainly dominated by the compound production. Therefore, the results may serve as a good approximation for other board production locations. \nSystem boundary: \nType of the EPD: cradle to gate - with options.\n\nModule A1:\n\nRaw material and energy supply for production of the (foamable) compound. Packaging materials.\n\nModule A2:\n\nTransport of the compound to the converter Switzerland.\n\nModule A3:\n\nFoaming, forming and cutting of the compound. Treatment of compound packaging. Foam curing incl. carbonation (carbonation rate of 40% within A3, which leads to a carbon uptake of 1.04 kg CO2). Packaging of foam. \n\nModule A4:\n\nTransport to the construction site (100 km by truck). Trnasport distance may be adjusted on building level if relevant.\n\n\nModule A5:\n\nPackaging treatment. Installation losses have not been accounted for since these highly depend on the building context and application. Eventual losses may be estimated using the indicator results for the manufacturing phase (modules A1-A3) multiplied with the respective loss rate.\n\nModule B1: \n\nCarbonation of Ettringite (55% carbonation rate; 95% carbonation rate in total).\n\nModule C1: \n\nManual deconstruction (no loads).\n\nModule C2: \n\n\nTransport to the waste treatment plant (50 km by truck). Transport distance may be adjusted on building level if relevant.\n\nModule C3/1: \n\nRecycling as admixture in cement foam production. Average efforts for waste treatment (shredding).\n\nModule C3/2: \n\nRecycling as backfill material. Average efforts for waste treatment (shredding).\n\nModule D/1: \n\nAvoided burdens for substitution of kaolin and calcium carbonate (non-reactive compound constituents).\n\nModule D/2: \n\nAvoided burdens for substitution of gravel.", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "name": "referenceToOriginalEPD", + "value": { + "shortDescription": { + "value": "Cement-based insulation foam: MasterProtect NFF 2070 IN.pdf", + "defaultValue": "Cement-based insulation foam: MasterProtect NFF 2070 IN.pdf", + "lstrings": [ + { + "lang": "en", + "value": "Cement-based insulation foam: MasterProtect NFF 2070 IN.pdf" + } + ] + }, + "type": "source data set", + "uuid": { + "uuid": "f8e43ac7-b8da-4252-bc6b-b22ea536abe6" + }, + "refObjectId": "f8e43ac7-b8da-4252-bc6b-b22ea536abe6", + "resourceURLs": [ + "https://oekobaudat.de/OEKOBAU.DAT/resource/sources/f8e43ac7-b8da-4252-bc6b-b22ea536abe6/Cement-based_insulation_foam_MasterProtect_NFF_2070_IN_12974.pdf?version=00.01.000" + ] + } + } + ] + } + }, + "validation": { + "review": [ + { + "referenceToNameOfReviewerAndInstitution": [ + { + "shortDescription": [ + { + "value": "Institut Bauen und Umwelt e. V.", + "lang": "en" + } + ], + "type": "contact data set", + "refObjectId": "d111dbec-b024-4be5-86c5-752d6eb2cf95", + "uri": "../contacts/d111dbec-b024-4be5-86c5-752d6eb2cf95.xml" + } + ], + "type": "Accredited third party review" + } + ] + }, + "complianceDeclarations": { + "compliance": [ + { + "referenceToComplianceSystem": { + "shortDescription": [ + { + "value": "DIN EN 15804", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "b00f9ec0-7874-11e3-981f-0800200c9a66", + "uri": "../sources/b00f9ec0-7874-11e3-981f-0800200c9a66.xml" + } + }, + { + "referenceToComplianceSystem": { + "shortDescription": [ + { + "value": "ISO 14025", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "4f2eb655-6e44-4874-a95a-e28f5442cd4d", + "uri": "../sources/4f2eb655-6e44-4874-a95a-e28f5442cd4d.xml" + } + } + ] + } + }, + "administrativeInformation": { + "commissionerAndGoal": { + "referenceToCommissioner": [ + { + "shortDescription": [ + { + "value": "Master Builders Solutions Deutschland GmbH", + "lang": "en" + } + ], + "type": "contact data set", + "refObjectId": "d7036fd7-1976-4c31-af2e-acab6651c910", + "uri": "../contacts/d7036fd7-1976-4c31-af2e-acab6651c910.xml" + } + ] + }, + "dataGenerator": { + "referenceToPersonOrEntityGeneratingTheDataSet": [ + { + "shortDescription": [ + { + "value": "Sphera Solutions GmbH", + "lang": "en" + } + ], + "type": "contact data set", + "refObjectId": "623edf96-39d1-4e6f-9892-674c7228546b", + "uri": "../contacts/623edf96-39d1-4e6f-9892-674c7228546b.xml" + } + ] + }, + "dataEntryBy": { + "timeStamp": 1623145490179, + "referenceToDataSetFormat": [ + { + "shortDescription": [ + { + "value": "ILCD Format", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a97a0155-0234-4b87-b4ce-a45da52f2a40", + "uri": "../sources/a97a0155-0234-4b87-b4ce-a45da52f2a40.xml" + }, + { + "shortDescription": [ + { + "value": "EPD-Datenformaterweiterungen v1.2", + "lang": "de" + }, + { + "value": "EPD Data Format Extensions v1.2", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a29449fd-aa2f-4de8-b5d7-4b06b43c6fde", + "uri": "../sources/a29449fd-aa2f-4de8-b5d7-4b06b43c6fde.xml" + } + ] + }, + "publicationAndOwnership": { + "dataSetVersion": "00.02.000", + "referenceToRegistrationAuthority": { + "shortDescription": [ + { + "value": "Institut Bauen und Umwelt e. 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}, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Depletion potential of the stratospheric ozone layer (ODP)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "06dcd26f-025f-401a-a7c1-5e457eb54637", + "uri": "../lciamethods/06dcd26f-025f-401a-a7c1-5e457eb54637.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg CFC11-\u00c4q.", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "88054749-b0a6-47ea-a82b-dc5b29326512", + "uri": "../unitgroups/88054749-b0a6-47ea-a82b-dc5b29326512.xml" + } + }, + { + "value": "1.050007470821E-06", + "module": "A1-A3" + }, + { + "value": "7.82E-17", + "module": "A4" + }, + { + "value": "1.08E-15", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "7.31E-17", + "module": "C2" + }, + { + "value": "5.46E-16", + "module": "C3", + "scenario": "S1" + }, + { + "value": "5.46E-16", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-2.321E-13", + "module": "D", + "scenario": "S1" + }, + { + "value": "-3.87E-14", + "module": "D", + "scenario": "S2" + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Acidification potential of land and water (AP)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "b4274add-93b7-4905-a5e4-2e878c4e4216", + "uri": "../lciamethods/b4274add-93b7-4905-a5e4-2e878c4e4216.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg SO_(2)-\u00c4q.", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "bc50c624-a9bc-45b1-a9b0-e6b10d00476f", + "uri": "../unitgroups/bc50c624-a9bc-45b1-a9b0-e6b10d00476f.xml" + } + }, + { + "value": "0.10859", + "module": "A1-A3" + }, + { + "value": "0.000373", + "module": "A4" + }, + { + "value": "0.000642", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "0.000349", + "module": "C2" + }, + { + "value": "0.00115", + "module": "C3", + "scenario": "S1" + }, + { + "value": "0.00115", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-0.02686", + "module": "D", + "scenario": "S1" + }, + { + "value": "-0.003644", + "module": "D", + "scenario": "S2" + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Eutrophication potential (EP)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "f58827d0-b407-4ec6-be75-8b69efb98a0f", + "uri": "../lciamethods/f58827d0-b407-4ec6-be75-8b69efb98a0f.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg PO_(4)^(3)-\u00c4q.", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "67b5401d-873c-485f-bcf3-6ae83b918822", + "uri": "../unitgroups/67b5401d-873c-485f-bcf3-6ae83b918822.xml" + } + }, + { + "value": "0.034956", + "module": "A1-A3" + }, + { + "value": "6.86E-05", + "module": "A4" + }, + { + "value": "0.000139", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "6.42E-05", + "module": "C2" + }, + { + "value": "0.000276", + "module": "C3", + "scenario": "S1" + }, + { + "value": "0.000276", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-0.004856", + "module": "D", + "scenario": "S1" + }, + { + "value": "-0.000529", + "module": "D", + "scenario": "S2" + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Formation potential of tropospheric ozone photochemical oxidants (POCP)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "1e84a202-dae6-42aa-9e9d-71ea48b8be00", + "uri": "../lciamethods/1e84a202-dae6-42aa-9e9d-71ea48b8be00.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg Ethen-\u00c4q.", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "01c26c17-9a76-406e-8295-f17b55fd909e", + "uri": "../unitgroups/01c26c17-9a76-406e-8295-f17b55fd909e.xml" + } + }, + { + "value": "0.0069578", + "module": "A1-A3" + }, + { + "value": "-1.61E-06", + "module": "A4" + }, + { + "value": "5.67E-05", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "-1.5E-06", + "module": "C2" + }, + { + "value": "0.000127", + "module": "C3", + "scenario": "S1" + }, + { + "value": "0.000127", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-0.00304", + "module": "D", + "scenario": "S1" + }, + { + "value": "-0.0003636", + "module": "D", + "scenario": "S2" + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Abiotic depletion potential for non fossil resources (ADPE)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "f7c73bb9-ab1a-4249-9c6d-379a0de6f67e", + "uri": "../lciamethods/f7c73bb9-ab1a-4249-9c6d-379a0de6f67e.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "kg Sb-\u00c4q.", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4", + "uri": "../unitgroups/54ccd2d9-a32a-4fc2-923d-f2c8c93e89d4.xml" + } + }, + { + "value": "7.3531E-05", + "module": "A1-A3" + }, + { + "value": "3.5E-08", + "module": "A4" + }, + { + "value": "1.33E-08", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "3.28E-08", + "module": "C2" + }, + { + "value": "1.85E-07", + "module": "C3", + "scenario": "S1" + }, + { + "value": "1.85E-07", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-3.748E-06", + "module": "D", + "scenario": "S1" + }, + { + "value": "-4.819E-07", + "module": "D", + "scenario": "S2" + } + ] + } + }, + { + "referenceToLCIAMethodDataSet": { + "shortDescription": [ + { + "value": "Abiotic depletion potential for fossil resources (ADPF)", + "lang": "en" + } + ], + "type": "LCIA method data set", + "refObjectId": "804ebcdf-309d-4098-8ed8-fdaf2f389981", + "uri": "../lciamethods/804ebcdf-309d-4098-8ed8-fdaf2f389981.xml" + }, + "other": { + "anies": [ + { + "name": "referenceToUnitGroupDataSet", + "value": { + "shortDescription": [ + { + "value": "MJ", + "lang": "en" + } + ], + "type": "unit group data set", + "refObjectId": "93a60a57-a3c8-11da-a746-0800200c9a66", + "uri": "../unitgroups/93a60a57-a3c8-11da-a746-0800200c9a66.xml" + } + }, + { + "value": "660.7", + "module": "A1-A3" + }, + { + "value": "6.48", + "module": "A4" + }, + { + "value": "1.21", + "module": "A5" + }, + { + "value": "0", + "module": "B1" + }, + { + "value": "6.06", + "module": "C2" + }, + { + "value": "3.19", + "module": "C3", + "scenario": "S1" + }, + { + "value": "3.19", + "module": "C3", + "scenario": "S2" + }, + { + "value": "-495.5", + "module": "D", + "scenario": "S1" + }, + { + "value": "-38.16", + "module": "D", + "scenario": "S2" + } + ] + } + } + ] + }, + "otherAttributes": { + "{http://www.indata.network/EPD/2019}epd-version": "1.2" + }, + "version": "1.1", + "locations": "../ILCDLocations.xml", + "source": "https://oekobaudat.de/OEKOBAU.DAT/resource/datastocks/cd2bda71-760b-4fcc-8a0b-3877c10000a8/processes/0b4c397d-c7a1-4ceb-9718-184334f6364e" +} \ No newline at end of file diff --git a/tests/datafixtures/0cb92770-9007-48c6-bc03-466af8894419.json b/tests/datafixtures/0cb92770-9007-48c6-bc03-466af8894419.json new file mode 100644 index 0000000..7cc06cf --- /dev/null +++ b/tests/datafixtures/0cb92770-9007-48c6-bc03-466af8894419.json @@ -0,0 +1,2755 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "0cb92770-9007-48c6-bc03-466af8894419", + "name": { + "baseName": [ + { + "value": "Aluminiumprofil pressblank", + "lang": "de" + }, + { + "value": "Aluminum profile, mill finish", + "lang": "en" + } + ], + "functionalUnitFlowProperties": [ + { + "lang": "de" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Metalle", + "level": 0, + "classId": "4" + }, + { + "value": "Aluminium", + "level": 1, + "classId": "4.3" + }, + { + "value": "Aluminiumprofil", + "level": 2, + "classId": "4.3.02" + } + ], + "name": "OEKOBAU.DAT" + }, + { + "class": [ + { + "value": "02 Bauprodukte", + "level": 0 + }, + { + "value": "Metallbauprodukte und Zubeh\u00f6r", + "level": 1 + }, + { + "value": "Produkte aus Aluminium und Aluminiumlegierungen", + "level": 2 + } + ], + "name": "IBUCategories" + } + ] + }, + "generalComment": [ + { + "value": "Bei den hergestellten Aluminiumprofilen handelt es sich um Halbzeuge f\u00fcr die Bauindustrie, Konsum- und Industrieg\u00fcter, den Solarbereich uvm.\n\nDie Profile werden aus Aluminumlegierungen gefertigt; bestehend aus dem Leichtmetall Aluminium (Al) und diversen Legierungselement (wie Silicium, Kupfer, Mangan, Magnesium u. a.).\n\nDie blanken Aluminiumprofile k\u00f6nnen (je nach Kundenwunsch) in einem oder mehreren Weiterbearbeitungsschritten veredelt werden, bevor sie zum (End-)Produkt verarbeitet werden.", + "lang": "de" + } + ] + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 0 + ] + }, + "time": { + "referenceYear": 2022, + "dataSetValidUntil": 2027, + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1644969600000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "Erhitzen: Der Aluminiumbolzen wird auf 460 bis 520 Grad Celsius erhitzt, damit das Metall seinen plastischen Zustand erreicht. Strangpressen: mit Presskr\u00e4ften von 18 MN bzw. 25 MN wird der hei\u00dfe Aluminiumbolzen durch ein vorgew\u00e4rmtes Presswerkzeug gepresst. Somit erh\u00e4lt das Profil seine geometrische Form. Profilk\u00fchlung: Direkt nach dem Strangpressen werden die Profile abgek\u00fchlt (es gibt verschiedene Verfahren: durch Luft, durch Wasser oder durch Spr\u00fchnebel). Das K\u00fchlen ist notwendig f\u00fcr die mechanischen Eigenschaften/Festigkeiten. Recken: Nach dem Strangpressen und Abk\u00fchlen werden die Profile leicht in den plastischen Zustand (\u00fcber die Elastizit\u00e4tsgrenze) gezogen, damit sie gerade sind. Abl\u00e4ngen: Zuschnitt der Profile gem\u00e4\u00df Kundenanforderungen (Standard 6.000 mm) durch eine S\u00e4ge. Warmauslagerung: W\u00e4rmebehandlung der Profile, um die mechanischen Eigenschaften zu erreichen. Verpacken: Danach erfolgt das kundenorientierte Verpacken der Profile. Damit sind die Profile/Halbzeuge versandbereit. Der gesamte Herstellungsproze\u00df wird durch zertifizierte Qualit\u00e4tsmangementsysteme (ISO 9001, IATF 16949) \u00fcberwacht. \nTechnische Daten: \nPhysikalische Eigenschaften von Aluminium (z. B. EN AW 6060), z. B. allgemeine Hinweise zum Werkstoff Aluminium: \nDeklarierte Einheit: \nDie vorliegende Umweltproduktdeklaration bezieht sich auf eine deklarierte Einheit von 1 kg Aluminiumprofil pressblank (als Halbzeug verpackt).", + "lang": "de" + }, + { + "value": "Heating: The aluminum bolt is heated to 460 to 520 degrees Celsius to allow the metal to reach its plastic state. Extrusion: The hot aluminum billet is pressed through a preheated pressing tool with a pressing force of 18 MN or 25 MN. This gives the profile its geometric shape. Profile cooling: Immediately after extrusion, the profiles are cooled (there are various methods: with air, with water or with a spray mist). Cooling is necessary for mechanical properties/strength. Stretching: After extrusion and cooling, the profiles are slightly stretched to the plastic state (beyond the elastic limit) to be straight. Cutting to length: Profiles are cut according to customer requirements (standard 6,000 mm) using a saw. Artificial aging: Heat treatment of the profiles to achieve the mechanical properties. Packing: This is followed by the customer-oriented packing of the profiles. The profiles/semi-finished products are then ready for dispatch. The entire manufacturing process is monitored by certified quality management systems (ISO 9001, IATF 16949).", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Aluminiumprofile werden in verschiedensten Anwendungen/Produkten eingesetzt. Vielfach im Baubereich (z. B. f\u00fcr Fenster, T\u00fcren, Fassaden, Balkone, Markisen, Rolll\u00e4den, Solarkonstruktionen, etc.), aber auch im Konsumg\u00fcterbereich (z. B. bei M\u00f6beln, Leitern etc.), in der Industrie (z. B. Leuchtenprofile, Messebauprofile, Maschinenbauprofile etc.).", + "lang": "de" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "Produkte aus Aluminium und Aluminiumlegierungen.pdf", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "1eac9972-ca62-4466-8914-266ce5e72fea" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "average dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "GaBi Database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a" + }, + { + "shortDescription": [ + { + "value": "GaBi Database Edition 2021, CUP 2021.01", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "1cece811-7501-44d4-8067-9259bd5cb835" + } + ], + "useAdviceForDataSet": [ + { + "value": "G\u00fcltigkeitsbereich: \nDie vorliegende Produktdeklaration bezieht sich auf eine deklarierte Einheit von 1 kg Aluminiumprofil pressblank produziert am Standort Hettstedt. \nSystemgrenze: \nDie \u00d6kobilanz der durchschnittlichen Aluminiumprofile pressblank beinhaltet eine cradle-to-gate-Betrachtung (Wiege bis zum Werkstor) der auftretenden Umweltwirkungen mit den Modulen C1\u2013C4 und Modul D (A1\u2013A3 + C + D). Die folgenden Lebenszyklusphasen werden in der Analyse ber\u00fccksichtigt:\n\nModul A1\u2013A3 | Produktionsstadium\n\n\nDas Produktionsstadium beinhaltet die Aufwendungen der Herstellung der eingesetzten Grundstoffe (Prim\u00e4raluminium, Zulegierung etc.), die Transporte aller Rohstoffe inklusive der eingesetzten Aluminiumschrotte sowie die Umweltaufwendungen aus der Gie\u00dferei am Standort Hettstedt (DE). Eingesetztes Sekund\u00e4raluminium geht dabei lastenfrei in die Berechnung ein. Dar\u00fcber hinaus sind die Umweltaufwendungen aus dem Presswerk am Standort erfasst. Die Energiebereitstellung am Standort erfolgt \u00fcber Erdgas und elektrische Energie aus dem nationalen Stromnetz. Auch die Produktion zur Auslieferung der Produkte eingesetzten Verpackung ist in Modul A1\u2013A3 erfasst.\n\nModul C1 | R\u00fcckbau\nF\u00fcr das End-of-Life-Szenario wird angenommen, dass das Endprodukt nicht mit anderen Materialien verbunden ist und sortenrein r\u00fcckgebaut werden kann. Die mit dem R\u00fcckbau verbundenen Aufw\u00e4nde werden \ndamit als gering eingesch\u00e4tzt und sind somit vernachl\u00e4ssigbar.\n\nModul C2 | Transport\nModul C2 beinhaltet den Transport zur Abfallbehandlung. Dazu wird der Transport via LKW \u00fcber 50 km Transportdistanz als repr\u00e4sentatives \nSzenario angesetzt. \n\nModul C3 | Abfallbehandlung\nDer Produktfluss, der das Modul D zum Recycling erreicht, verl\u00e4sst das Produktsystem in C3. 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Es werden sowohl einschalige Platten als auch Platten mit Hohlr\u00e4umen f\u00fcr vorgeh\u00e4ngte hinterl\u00fcftete Fassaden produziert. Die Fassadenplatten werden mittels systemgebundener Aluminium-Tragsysteme an eine prim\u00e4re Unterkonstruktion der Fassade montiert.\n\nArgeton Fassadenplatten werden in unterschiedlichen Lieferformaten und Abmessungen vertrieben, mit oder ohne Hohlkammern, und unterscheiden sich somit im Fl\u00e4chengewicht. Die nach Rezeptur eingesetzten Rohstoffe und der Herstellungsprozess sind dabei identisch. Das deklarierte Fl\u00e4chengewicht stellt einen Jahresdurchschnitt dar auf Basis der im Jahr 2013 hergestellten Produktionsmengen.", + "lang": "de" + }, + { + "value": "Argeton clay brick facades consist of plane ceramic \n\nfacade panels manufactured from different clay \n\nmixtures. Both single-leaf panels and panels with \n\ncavities are produced for ventilated facade linings. The \n\nfacade panels are fit to a primary facade strapping by \n\nuse of system-oriented aluminium structural systems. \n\nArgeton facade panels are available in different \n\nshipping sizes and dimensions with or without cavities, \n\nhence they differentiate in area density. The raw \n\nmaterials utilized according to recipe and the \n\nmanufacturing process are identical. The declared area density makes up an annual average based on the production volume manufactured in 2013.", + "lang": "en" + } + ] + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 0 + ] + }, + "time": { + "referenceYear": 2019, + "dataSetValidUntil": 2024, + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1565913600000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "Die Herstellung der Argeton-Fassadenplatten erfolgt in 9 Schritten: Rohstoffgewinnung, Aufbereitung, Formgebung, Trocknung, Farbgebung, Brennen, Schneiden, Qualit\u00e4tskontrolle, Verpackung Der Abbau des Tons erfolgt in zum Werk nahe gelegenen Tongruben. Nach dem Transport ins Werk folgt der Aufbereitungsprozess. Dieser umfasst die Zerkleinerung, das Mischen, das Anfeuchten und Reinigen des Tons von Fremdstoffen wie Steinen und die Beimengung von Zuschlagstoffen. Der Ton wird im Strangpressverfahren durch eine Form (Mundst\u00fcck) gepresst und grob auf L\u00e4nge geschnitten. W\u00e4hrend der Trocknung wird dem plastischen Ton Feuchtigkeit entzogen. Bei Bedarf wird eine Engobe oder Glasur auf den getrockneten Ziegelplatten aufgetragen. In einem Rollenofen werden die Platten je nach Ton bei ca. 1000\u00b0C bis 1200\u00b0C gebrannt. Nach dem Brennvorgang erfolgt das Schneiden auf die exakte L\u00e4nge. Die Ziegelplatten werden optisch gepr\u00fcft und stichprobenartig auf ihre Formhaltigkeit vemessen. Die Verpackung mit Folie und weiteren Verpackungsmaterialien erfolgt halbautomatisch auf Paletten. Das Qualit\u00e4tsmanagementsystem erf\u00fcllt die Anforderungen der Norm /ISO 9001/. \nDeklarierte Einheit: \nDie Deklaration bezieht sich auf 1m\u00b2 keramischer Fassadenplatten inklusive systemgebundener Aluminium-Unterkonstruktion. Das durchschnittliche Fl\u00e4chengewicht der keramischen Fassadenplatten (ohne Unterkonstruktion) betr\u00e4gt 40 kg/m\u00b2, das der Unterkonstruktion 0,57 kg/m\u00b2.", + "lang": "de" + }, + { + "value": "Production of Argeton facade panels is made in nine steps: Raw material extraction, preparation, shaping, dehydration, colouring, burning, cutting, quality control and packaging. Clay is exploited in clay quarries near the factory. Transport into the factory is followed by the preparation process. It involves milling, mixing, moistening and scouring the clay from foreign particles like stones, and the admixture of construction aggregates. During the extrusion process the clay is pressed through a form(die) and roughly cut to length. During dehydration the soft clay is dehumidified. An engobe or glaze will be applied on the dried square bricks if required. Depending on the clay the square bricks are burnt in a roller kiln at a temperature of 1000\u00b0C to 1200\u00b0C. The burning process is followed by cutting to the exact length. The square bricks are examined visually and measured randomly in terms of their trueness of shape. Packaging is made semi-automatic with foil and additional packaging materials on pallets. The quality management system meets the requirements of /ISO 9001/norm. \nTechnical data: \nThe technical specifications of the product within the scope of the EPD are listed below. \nDeclared unit: \nThe declaration refers to 1 m\u00b2 of ceramic fa\u00e7ade panels inclusive system-oriented aluminium strapping. The average area density of ceramic facade panels (without strapping) is 40 kg/m\u00b2, the one of the strapping 0,57 kg/m\u00b2.", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Argeton-Tonziegelplatten werden als Bekleidungsmaterial bei vorgeh\u00e4ngten hinterl\u00fcfteten Fassaden angewendet sowie bei dekorativen Bekleidungen f\u00fcr den Innenausbau. Die Fassadenplatten werden auch f\u00fcr Unterdecken, Fensterlaibungen, Fensterst\u00fcrze, Abdeckungen oder im Dachbereich verwendet.", + "lang": "de" + }, + { + "value": "Argeton clay brick panels are used as lining material with ventilated facade linings, and with decorative linings for interior work. The facade panels are also used with ceilings, window reveals, window lintels, cover panels, or in the roof section.", + "lang": "en" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "Keramische Bekleidung.pdf", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "13a71737-62d0-44cc-b59d-6a4f1b157548" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "specific dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "GaBi Database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a" + }, + { + "shortDescription": [ + { + "value": "GaBi database SP26 2014", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "7d81b748-d7ea-4efd-b72e-205c69306f38" + } + ], + "useAdviceForDataSet": [ + { + "value": "G\u00fcltigkeitsbereich: \nDie EPD bezieht sich auf keramische Fassadenelemente des Produktionswerkes G\u00f6rlitz (Am Dachziegelwerk 1, 02829 Sch\u00f6pstal), die von der Wienerberger GmbH unter der Handelsmarke Argeton gef\u00fchrt werden. Die gesammelten Produktionsdaten beziehen sich auf das Jahr 2013. Die \u00d6kobilanz, die auf plausiblen, transparent nachvollziehbaren Basisdaten beruht, repr\u00e4sentiert zu 100% die genannten Produkte. \nSystemgrenze: \nTyp der EPD: Wiege bis Bahre. \n\nDie \u00d6kobilanz ber\u00fccksichtigt die Rohstoffgewinnung, die Rohstofftransporte und die eigentliche \n\nProduktherstellung inklusive Ber\u00fccksichtigung der Verpackungsmaterialien (Module A1-A3). \nDer Transport zur Baustelle (Modul A4) sowie die Behandlung der Verpackungsmaterialien in M\u00fcllverbrennungsanlagen nach dem Einbau des Produktes (Modul A5) sind ebenfalls Teil der Systemgrenzen. \nNach Ablauf der Nutzungsdauer wird das Produkt manuell r\u00fcckgebaut (Modul C1). Nach dem Transport des r\u00fcckgebauten Produktes (Modul C2) ist f\u00fcr die Fassadenplatte eine Deponierung auf einer Inertstoffdeponie vorgesehen (Modul C4), die Aluminium-Unterkonstruktion kann wiederverwertet werden. Gutschriften infolge des Recyclings von Prim\u00e4raluminium sind in Modul D deklariert. Gutschriften f\u00fcr Strom und thermische Energie infolge der thermischen Verwertung der Verpackung innerhalb des Moduls A5 werden ebenfalls in Modul D ber\u00fccksichtigt. \nDas Nutzungsstadium (Modul B1-B5) ist in dieser Studie ber\u00fccksichtigt.\nDa sich die Module B6 und B7 auf den Betrieb des Geb\u00e4udes beziehen, werden diese in der EPD f\u00fcr das Argeton Fassadensystem nicht deklariert. Die Nutzung des Produkts steht in keinem Zusammenhang mit dem betrieblichen Energieeinsatz und Wassereinsatz bei Geb\u00e4uden.", + "lang": "de" + }, + { + "value": "Scope: \nThe EPD applies to ceramic facade elements of the G\u00f6rlitz production facility (Am Dachziegelwerk 1, 02829 Sch\u00f6pstal, Germany), which are carried by Wienerberger GmbH under the brand name of Argeton. The collected production data refers to 2013. The life cycle assessment based on plausible, transparently comprehensible base data represents the mentioned products at 100%. \n\nThe holder of the declaration is liable for the underlying information and evidence; a liability of IBU regarding manufacturer information, life cycle assessment data and evidence is excluded. \nSystem boundary: \nEPD type: Cradle to grave. \n\nLife cycle assessment considers raw material production, raw material transports and the actual product manufacturing including consideration of packaging materials (modules A1-A3). \n\nTransport to construction site (module A4) and treatment of packaging materials in refuse destructors after installation of the product (module A5) are part of the system boundaries too. \n\nAfter the end of service life, the product will be dismantled manually (module C1). After the transport of the dismantled product (module C2) the facade panel is destined for disposal on an inert waste disposal (module C4), the aluminium strapping may be recycled. \n\nAllowances owing to the recycling of primary aluminium are declared in module D. Allowances for electricity and thermal energy owing to the thermal recovery of packing within module A5 are considered in module D as well. The stage of use (modules B1-B5) is considered in this study. Since modules B6 and B7 refer to the operation of the building they are not declared in the EPD for the Argeton facade system. The use of the product is not related to the operational use of energy and water for buildings.", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "name": "referenceToOriginalEPD", + "value": { + "shortDescription": { + "value": "Argeton.pdf", + "defaultValue": "Argeton.pdf", + "lstrings": [ + { + "lang": "de", + "value": "Argeton.pdf" + } + ] + }, + "type": "source data set", + "uuid": { + "uuid": "4a4f85af-55af-426c-aae1-6d8a425e9e02" + }, + "refObjectId": "4a4f85af-55af-426c-aae1-6d8a425e9e02", + "resourceURLs": [ + "https://oekobaudat.de/OEKOBAU.DAT/resource/sources/4a4f85af-55af-426c-aae1-6d8a425e9e02/Argeton_12317.pdf?version=00.03.000" + ] + } + } + ] + } + }, + "validation": { + "review": [ + { + "referenceToNameOfReviewerAndInstitution": [ + { + "shortDescription": [ + { + "value": "Institut Bauen und Umwelt e. 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fibre cement board", + "lang": "en" + } + ], + "functionalUnitFlowProperties": [ + { + "lang": "de" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Mineralische Baustoffe", + "level": 0, + "classId": "1" + }, + { + "value": "Steine und Elemente", + "level": 1, + "classId": "1.3" + }, + { + "value": "Faserzement", + "level": 2, + "classId": "1.3.12" + } + ], + "name": "OEKOBAU.DAT" + }, + { + "class": [ + { + "value": "02 Bauprodukte", + "level": 0 + }, + { + "value": "Fassaden", + "level": 1 + }, + { + "value": "Faserzement / Faserbeton", + "level": 2 + } + ], + "name": "IBUCategories" + } + ] + }, + "generalComment": [ + { + "value": "PICTURA und NATURA PRO sind beschichtete Faserzementtafeln, die im Werk Neubeckum, Deutschland, hergestellt werden. Die Untersuchung basiert auf der Jahresproduktion von PICTURA und NATURA PRO aus dem Jahr 2017, wobei alle ausgewiesenen Daten auf Basis der Produktionsmengen als standortspezifischer Gesamtwerte berechnet wurden. Die Tafeln bestehen haupts\u00e4chlich aus Zement, synthetischen Fasern, Cellulose, Farbstoffen, Wasser und Additiven sowie mehreren Beschichtungsschichten und einer UV-geh\u00e4rteten Funktionsschicht. Dieses Produkt wird als Tafel f\u00fcr die Verkleidung von Au\u00dfenw\u00e4nden verwendet. Dieses Durchschnittsprodukt ist repr\u00e4sentativ f\u00fcr die gesamte Farbpalette der 8 mm und 12 mm dicken Tafeln. Die PICTURA und NATURA PRO Produkte unterscheiden sich lediglich durch ihre Pigmentierung bei Matrix und Beschichtung. \n\nAlle Produkte aus dieser Reihe: \n\n\u00b7 wurden nach demselben industriellen Verfahren hergestellt; \n\n\u00b7 haben gleichartige physikalische Eigenschaften; \n\n\u00b7 haben die gleiche Dichte; \n\n\u00b7 sind seit 2008 auf dem europ\u00e4ischen Markt erh\u00e4ltlich; \n\n\u00b7 werden seit 2008 in einem Werk (Neubeckum) hergestellt.", + "lang": "de" + }, + { + "value": "PICTURA & NATURA PRO is a coated fibre cement sheet produced at Neubeckum production plant, Germany. The study is based on the annual production of PICTURA & NATURA PRO from 2017, where all data reported are calculated as total value per site based on production volumes. It is mainly made of cement, synthetic fibres, cellulose, pigments, water and additives, and multiple layers of coating and a UV cured functional layer. This product is used as a panel for exterior walls covering. This average product is representative of the full colour range made in 8 mm and 12 mm thick boards. There are only pigment composition changes in the matrix and coating which distinguishes PICTURA & NATURA PRO products from each other.\n\nAll products from this range:\n\nhave been manufactured according to the same industrial process;\nhave homogenous physical properties;\nhave the same density;\nhave been in the European market since 2008;\nhave been produced in a unique factory (Neubeckum) since 2008.", + "lang": "en" + } + ] + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 0 + ] + }, + "time": { + "referenceYear": 2020, + "dataSetValidUntil": 2025, + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1580947200000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "Die Herstellung von Fassadentafeln aus Faserzement erfolgt nach einem weitgehend automatisierten Wickelverfahren: Die Rohstoffe werden mit Wasser zu einem homogenen Gemisch aufbereitet. In diesen Faserzementbrei tauchen rotierende Siebzylinder, die nach innen entw\u00e4ssern. Die Sieboberfl\u00e4che belegt sich dabei mit einem d\u00fcnnen Faserzementfilz, der auf ein endlos umlaufendes Transportband \u00fcbertragen wird. Von dort gelangt er auf eine Formatwalze, die sich nach und nach mit einer dicker werdenden Schicht aus Faserzement belegt. Ist die gew\u00fcnschte Materialdicke erreicht, wird die noch feuchte und formbare Faserzementschicht (Faserzementvlies) aufgetrennt und von der Formatwalze abgenommen. Das Faserzementvlies wird zugeschnitten. Anfallende Reste werden in den Produktionsprozess zur\u00fcckgef\u00fchrt, sodass kein Abfall entsteht. Das Vlies wird dann auf Schablonen gelegt, gepresst und 21 Tage lang im Lager ausgeh\u00e4rtet. Anschlie\u00dfend werden die Fassadentafeln getrocknet. In einem ersten Schritt werden die Tafeln mit einer w\u00e4ssrigen Acrylatfarbe beschichtet, dann werden sie getrocknet und zur Verbesserung der Haltbarkeit wird als Schlussbeschichtung ein hochwertiger UV-Lack aufgetragen. Dieser UV-Lack wird mit UV-Licht ausgeh\u00e4rtet, woraufhin die Tafeln gestapelt werden. \nTechnische Daten: \nDie folgenden Tabellen enthalten die technischen Daten f\u00fcr das Produkt EQUITONE [Pictura/Natura Faserzementtafel]. \nDeklarierte Einheit: \nDie Funktionseinheit ist definiert als: die Produktion von 1 m2 \u201ePICTURA & NATURA PRO\u201c Tafeln mit einer Dicke von 8 mm und die damit verbundenen Auswirkungen in den verschiedenen Lebenszyklusstadien von der Wiege bis zur Bahre, wobei die erwartete durchschnittliche Referenz-Nutzungsdauer des Produkts 50 Jahre betr\u00e4gt.", + "lang": "de" + }, + { + "value": "Fa\u00e7ade panels made of fibre cement are manufactured largely in accordance with an automated winding process: the raw materials are mixed with water to prepare a homogenous mixture. Rotating screen cylinders are immersed in this fibre cement pulp which drain internally. The screen surface is covered in a thin film of fibre cement which is transferred onto an infinite conveyor belt from where it is conveyed to a format roller which is gradually covered in an increasingly thicker layer of fibre cement. Once the requisite material thickness is achieved, the still moist and malleable fibre cement layer (fibre cement fleece) is separated and removed from the format roller. The fibres cement fleece is cut to size. Leftovers are returned to the production process preventing any waste from being incurred. The sheets are then laid on templates, pressed and cured for 21 days in the warehouse. The fa\u00e7ade panels are then dried. In a first step the boards are coated with an aqueous acrylic paint, dried and are finished with a high-quality UV coat in order to increase the durability of the boards. This UV coat is cured with UV light whereupon the stacking takes place. \nTechnical data: \nThe following tables include technical data specific to\n\nthe EQUITONE [Pictura / Natura fibre cement board] product. \nDeclared unit: \nThe functional unit is defined as: the production of 1 m2 of a \u201cPICTURA & NATURA PRO\u201d boards with a thickness of 8 mm and its related impacts over cradle-to-grave life cycle stages, where the product\u2019s expected average reference service life is of 50 years.", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Die PICTURA & NATURA PRO Produkte werden haupts\u00e4chlich als hinterl\u00fcftete Wand- und Deckenbekleidungen im Au\u00dfenbereich verwendet. Die Tafeln selbst werden auf einer Unterkonstruktion aus Holz oder Metall befestigt. Diese Unterkonstruktion wird auf einer tragenden Wand in Massivbauweise (z. B. Ziegel, Beton, ...), einem Rahmen in Leichtbauweise (Stahl, Holz) oder einer vorgefertigten L\u00f6sung montiert. Der Anwendungsbereich umfasst Neubauten und die Renovierung von niedrigen, mittelhohen und hohen Geb\u00e4uden. \n\nDie Tafeln werden auch als \u00e4u\u00dfere Decken- und Dachverkleidung verwendet. \n\nIm kleineren Rahmen k\u00f6nnen PICTURA und NATURA PRO als Schutz f\u00fcr isolierte Au\u00dfenw\u00e4nde verwendet werden.", + "lang": "de" + }, + { + "value": "PICTURA & NATURA PRO product is mainly used as a cladding sheet for ventilated exterior claddings and ceilings. The board itself is fixed to a sub-structure on wood or metal. This sub-structure is mounted on a supporting wall in a massive construction (such as bricks, concrete, ...), lightweight skeleton (steel, wood) or prefabricated solutions. The application field is new construction and renovation of low, middle high and high rise buildings.\n\nIt is also used as an exterior ceiling and roof cladding. \n\nIn a minor application, the PICTURA & NATURA PRO can be used as protection for insulated outside walls.", + "lang": "en" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "Faserzement / Faserbeton.pdf", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "36cd0d70-c3b7-420a-80c4-c68987a44b68" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "specific dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "ecoinvent database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "b497a91f-e14b-4b69-8f28-f50eb1576766" + }, + { + "shortDescription": [ + { + "value": "ecoinvent 3.5 database", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "ca0da4f4-c837-4005-9c17-e77b9bd09d8b" + } + ], + "useAdviceForDataSet": [ + { + "value": "G\u00fcltigkeitsbereich: \nDiese EPD enth\u00e4lt die \u00d6kobilanz der EQUITONE Pictura und Natura Faserzementtafeln. PICTURA und NATURA PRO sind beschichtete Faserzementtafeln, die im Werk Neubeckum, Deutschland, hergestellt werden. \nSystemgrenze: \nDiese EPD behandelt den Lebensweg von der Wiege bis zur Bahre f\u00fcr die EQUITONE [Pictura/Natura Pro Faserzementtafel] mit den folgenden Lebenszyklusstadien: A1, A2, A3, A4, A5, B1-7, C1, C2, C3, C4 und D. F\u00fcr A1, A2 und A3 wurden spezifische Mengen und Entfernungen von ETEX NV erfasst und von VITO verarbeitet. F\u00fcr den Transport wurde der Standardauslastungsfaktor der Transportdatens\u00e4tze verwendet, da alle Transporte massenbasiert waren.\n\nAbsch\u00e4tzungen und Annahmen\n\nDie Mehrheit der Rohstoffe wurde mit Datens\u00e4tzen von Ecoinvent 3.5 modelliert. In einigen wenigen F\u00e4llen (Pigmentierungsstoffe) wurde kein spezifischer Datensatz in der Datenbank gefunden, daher kam stattdessen ein Proxy zum Einsatz. Bei der Analyse wurden alle Betriebsdaten ber\u00fccksichtigt, d. h. alle eingesetzten Ausgangsstoffe, die thermische Energie, der interne Kraftstoffverbrauch sowie der Stromverbrauch, alle direkten Produktionsabf\u00e4lle sowie alle zur Verf\u00fcgung stehenden Emissionsmessungen. Die Verpackungsmaterialien, die biogenen Kohlenstoff enthalten, sind Holzplatten und Kartonagen. Es wird keine Aufnahme oder Freisetzung von biogenem Kohlenstoff modelliert. Der im Verpackungsmaterial der Rohstoffe (aus A1) enthaltene biogene Kohlenstoff verl\u00e4sst das System w\u00e4hrend des Produktionsstadiums (A3) mit der Entsorgung der jeweiligen Verpackungsmaterialien. Der im Verpackungsmaterial der EQUITONE [Pictura/Natura Pro Faserzementtafel] enthaltene biogene Kohlenstoff (aus A3) verl\u00e4sst das System bei der Installation (in A5) mit der Entsorgung der jeweiligen Verpackungsmaterialien.\n\n\nAbschneideregeln\n\n\u00b7 F\u00fcr diese EPD wurden die Abschneidekriterien von 1 % des erneuerbaren und nicht erneuerbaren Prim\u00e4renergieeinsatzes und 1 % der Gesamtmasse dieses Einheitsprozesses gem\u00e4\u00df EN 15804 eingehalten. Bei der Datenerhebung wurden alle bekannten Inputs und Outputs ber\u00fccksichtigt und die einzigen nicht vordergr\u00fcndig ber\u00fccksichtigten Prozesse sind im Folgenden aufgef\u00fchrt: Unbeabsichtigte Verschmutzung ist oft nur schwer von Emissionen zu unterscheiden, die unter normalen Bedingungen auftreten (unbeabsichtigte Verschmutzung wird nicht gemessen und nicht gesondert gemeldet), und wird daher in dieser Studie nicht ber\u00fccksichtigt.\n\n\u00b7 Umweltauswirkungen durch das Personal der Produktionsst\u00e4tten sind in der \u00d6kobilanz nicht ber\u00fccksichtigt, z. B. Abf\u00e4lle aus der Kantine und den Sanit\u00e4ranlagen, unfallbedingte Verschmutzung durch menschliches Versagen oder Umweltauswirkungen durch Pendlerverkehr. Auch das Heizen oder K\u00fchlen der Werke, um z. B. ein angenehmes Raumklima f\u00fcr das Personal zu gew\u00e4hrleisten, wird vernachl\u00e4ssigt.\n\n\u00b7 Die Verpackung der Rohstoffe f\u00fcr den Aufbau wird in dieser Studie nicht ber\u00fccksichtigt, da sie unter den Abschneidekriterien liegt.\n\n\u00b7 Im Rahmen der Sachbilanz von Cedral wurde eine Sensitivit\u00e4tsanalyse durchgef\u00fchrt, die zu dem Ergebnis f\u00fchrte, dass die abnutzbaren Siebe und Schneidmesser eine vernachl\u00e4ssigbare Wirkung von weniger als 1 % auf jede Schadenskategorie haben. Aus diesem Grund wurden diese Inputs in dieser EPD nicht ber\u00fccksichtigt.\n\n\nHintergrunddaten\n\nDie \u00d6kobilanz von EQUITONE [Pictura/Natura Pro Faserzementtafeln] wurde mit der Software SimaPro 8.5.2.0 und der Datenbank Ecoinvent 3.5 erstellt.\n\n\nDatenqualit\u00e4t\n\nIn der \u00d6kobilanz gibt es verschiedene Anforderungen an die Daten und unterschiedliche Ebenen der Datenerfassung. Es wird zwischen unternehmensspezifischen, anwendungsspezifischen und generischen Daten unterschieden.\n\n\nUnternehmensspezifische Daten von Etex:\n\nUnternehmensspezifische Daten sind die Daten f\u00fcr die Produktion der PICTURA und NATURA PRO Tafeln. Die Daten f\u00fcr den Produktionsprozess wurden dem \u00d6kobilanz-Experten von Etex in Form eines Fragebogens zur Verf\u00fcgung gestellt. \n\nDie gesammelten Daten sind von sehr guter Qualit\u00e4t. Auch die Hintergrunddaten sind von sehr guter Qualit\u00e4t, mit wenigen Ausnahmen, in denen wir Proxys verwenden mussten.\n\n\nAnwendungsspezifische Daten\n\nDie anwendungsspezifischen Daten betreffen alle Lebenszyklusstadien vom Transport der verpackten PICTURA und NATURA PRO Tafeln zur Baustelle \u00fcber den Transport zur Entsorgung bis hin zur endg\u00fcltigen Entsorgung. Einige der zugeh\u00f6rigen Szenarien (f\u00fcr den Transport zur Baustelle, den Bauprozess, das Nutzungsstadium und den Abriss) wurden von Etex zur Verf\u00fcgung gestellt, andere wurden von VITO und Etex gemeinsam auf der Grundlage spezifischer Quellen entwickelt. Die Datenqualit\u00e4t ist daher von sehr guter Qualit\u00e4t, wenn konkrete Entfernungen und Entsorgungsszenarien angegeben wurden, und von guter Qualit\u00e4t, wenn durchschnittliche Entfernungen und PCR-Standardszenarien verwendet wurden.\n\n\nGenerische Daten\n\nDer \u00d6kobilanz-Experte hat \u00f6ffentlich zug\u00e4ngliche generische Daten f\u00fcr alle Hintergrundprozesse gesammelt, z. B. die Stromerzeugung, den Transport mit einem bestimmten LKW usw. Die wichtigste Sachbilanzquelle f\u00fcr diese Art von Hintergrundprozessen ist die Datenbank Ecoinvent v3.5.\n\nDie generischen Daten sind von guter Qualit\u00e4t. Die Geografie wird beim Strommix im gesamten System ber\u00fccksichtigt. Die zeitliche Repr\u00e4sentativit\u00e4t ist die der generischen Ecoinvent-Datens\u00e4tze, wobei nur g\u00fcltige Datens\u00e4tze verwendet wurden. Gleiches gilt f\u00fcr Genauigkeit und Vollst\u00e4ndigkeit, da die Verbesserung dieser Qualit\u00e4tskriterien f\u00fcr die spezielle Studie den Rahmen dieser EPD sprengen w\u00fcrde. \n\n\nBetrachtungszeitraum\n\nEs wurden Daten f\u00fcr den Produktionsprozess von EQUITONE [Pictura/Natura Pro Faserzementtafeln] f\u00fcr das Jahr 2017 in Deutschland erhoben.\n\nAllokation\n\n\nBei Etex werden verschiedene Arten von Faserzementprodukten hergestellt. Die Produkte PICTURA und NATURA PRO werden jedoch nur auf bestimmten Produktionslinien hergestellt, ohne dass dabei Nebenprodukte anfallen. F\u00fcr den Stromverbrauch, den Einsatz von Erdgas usw. waren nur Daten auf Werksebene verf\u00fcgbar. Die Daten auf Werksebene wurden anhand des jeweiligen j\u00e4hrlichen Produktionsvolumens (physische Beziehung) dem analysierten Produkt zugeordnet, daher wird eine Mengenallokation angewendet. Materialinputs und -outputs, die auf Produktebene nicht verf\u00fcgbar waren, wie z. B. Abf\u00e4lle, wurden auf \u00e4hnliche Weise zugeordnet.", + "lang": "de" + }, + { + "value": "Scope: \nThis EPD presents the LCA of the product EQUITONE Pictura and Natura fibre cement boards. PICTURA & NATURA PRO is a coated fibre cement sheet produced at Neubeckum production plant, Germany. \nSystem boundary: \nThis is a cradle to grave EPD for the EQUITONE [Pictura / Natura Pro fibre cement board] with the following life cycle stages included: A1, A2, A3, A4, A5, B1-7, C1, C2, C3, C4 and D. For A1, A2 and A3 specific quantities and distances were collected by ETEX NV and processed by VITO. For transportation, the default capacity utilisation factor of the transportation datasets was used, as all transportations were mass-based.\n\n\n\nEstimates and assumptions \n\nThe large majority of the raw materials were modelled with Ecoinvent 3.5 datasets. In very few instances (pigments) no specific dataset was found in the database, and a proxy was used instead. All operating data, i.e. all of the starting materials used, thermal energy, internal fuel consumption and electricity consumption, all direct waste as well as all emission measurements available were taken into account in the analyses. The packaging materials that include biogenic carbon are the wooden boards and the cardboard packaging. No uptake nor release of biogenic carbon is modelled. The biogenic carbon contained in the packaging material of the raw materials (from A1) exit the system during the production phase (in A3), with the End of Life (EoL) of the respective packaging materials. The biogenic carbon contained in the packaging material of the EQUITONE [Pictura / Natura Pro fibre cement board] (from A3) exits the system at installation (in A5), with the EoL of the respective packaging materials.\n\nCut-off criteria \n\nThe set-up of the study aimed at the minimum at the cut-off criteria of 1 % of renewable and non-renewable primary energy usage and 1 % of the total mass input of that unit process, in line with EN 15804. During the data collection process all known inputs and outputs were accounted for, and the only processes not taken into consideration in the foreground are listed below:Accidental pollutions are often difficult to distinguish from emissions that occur under normal conditions (accidental pollutions are not measured and reported separately) and are therefore not considered in this study.\nEnvironmental impacts caused by the personnel of the production plants are not included in the LCA, e.g. waste from the cafeteria and sanitary installations, accidental pollution caused by human mistakes, or environmental effects caused by commuter traffic. Heating or cooling of the plants in order to ensure a comfortable indoor climate for the personnel, for example, is also neglected.\nThe packaging of the raw materials for the buildup is not considered in this study is under the cut-off criteria.\nA sensitivity analysis was done during the LCI of Cedral and concluded that the wearable sieves and cutting knives had a neglectable impact, less than 1%, on each damage category. For this reason these inputs were omitted from this study.\n\n\nBackground data \n\nThe life cycle assessment of EQUITONE [Pictura / Natura Pro fibre cement board] was done using SimaPro 8.5.2.0 software and Ecoinvent 3.5 database.\n\nData quality\n\nIn the LCA study, different levels of data requirements and data collection exist. A distinction is made between company-specific, application-specific and generic data.\n\nEtex company-specific data:\n\nCompany-specific data concern the data for the production of the PICTURA & NATURA PRO board. Data for the production process have been delivered to the LCA expert by Etex in a questionnaire format. \n\nCollected data is of very good quality. Background data are of very good quality as well, with few exceptions where are of good quality, for the cases where we had to use proxies.\n\n\nApplication-specific data\n\nApplication-specific data deals with all life cycle phases from the transportation of the packed PICTURA & NATURA PRO to the construction site, transport to end of life (EOL) treatment and the final EOL treatment scenario. Some of the related scenarios (for transport to the construction site, construction process, use stage, and demolition process) were provided by Etex, other were developed together by VITO and Etex based on specific sources. Data quality is therefore of very good quality wherever specific distances and EOL scenarios were provided, and of good quality where average distances and PCRs default scenarios were used.\n\n\nGeneric data\n\nThe LCA expert collected publicly available generic data for all background processes such as the production of electricity, transportation by means of a specific truck, etc. The main LCI source for this kind of background processes will be the Ecoinvent v3.5 database.\n\n Data quality of the generic data is of good quality. Geography is respected for electricity mixes throughout the system. The time representativeness is that of the Ecoinvent generic datasets, where only valid datasets were used. Same applies to precision and completeness, as improving these quality criteria for the specific study is beyond the scope of this study. \n\nPeriod under review \n\nData were collected for 2017 for the production process of EQUITONE [Pictura / Natura Pro fibre cement board] in Germany.\n\n\n\nAllocation \n\nAt Etex, different types of cement fibre products are produced. However, PICTURA & NATURA PRO products are produced only on certain production lines, with no co-products being produced as part of the process. Only facility-level data were available for electricity use, the use of NATURA PRO gas, etc. The facility-level data have been allocated to the analyzed product using their respective annual production volume (physical relationship), therefore volume allocation is applied. Material inputs and outputs which were not available at the product level, such as waste, were allocated similarly.", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "name": "referenceToOriginalEPD", + "value": { + "shortDescription": { + "value": "EQUITONE Pictura / Natura Pro Faserzementtafel.pdf", + "defaultValue": "EQUITONE Pictura / Natura Pro Faserzementtafel.pdf", + "lstrings": [ + { + "lang": "de", + "value": "EQUITONE Pictura / Natura Pro Faserzementtafel.pdf" + } + ] + }, + "type": "source data set", + "uuid": { + "uuid": "43dcc883-4bf0-4283-ae86-0c39eff31ec5" + }, + "refObjectId": "43dcc883-4bf0-4283-ae86-0c39eff31ec5", + "resourceURLs": [ + "https://oekobaudat.de/OEKOBAU.DAT/resource/sources/43dcc883-4bf0-4283-ae86-0c39eff31ec5/EQUITONE_Pictura_Natura_Pro_Faserzementtafel_15130.pdf?version=00.02.000" + ] + } + } + ] + } + }, + "validation": { + "review": [ + { + "referenceToNameOfReviewerAndInstitution": [ + { + "shortDescription": [ + { + "value": "Institut Bauen und Umwelt e. 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+1,2873 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "0e85f255-4d11-4973-9daa-c03889948351", + "name": { + "baseName": [ + { + "value": "Beton-Pflastersteine", + "lang": "de" + }, + { + "value": "Beton-Pflastersteine ", + "lang": "en" + } + ], + "functionalUnitFlowProperties": [ + { + "lang": "de" + } + ] + }, + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Mineralische Baustoffe", + "level": 0, + "classId": "1" + }, + { + "value": "Steine und Elemente", + "level": 1, + "classId": "1.3" + }, + { + "value": "Betonfertigteile und Betonwaren", + "level": 2, + "classId": "1.3.05" + } + ], + "name": "OEKOBAU.DAT" + }, + { + "class": [ + { + "value": "02 Bauprodukte", + "level": 0 + }, + { + "value": "Tiefbauprodukte", + "level": 1 + }, + { + "value": "Oberbaumaterialien f\u00fcr Verkehrswege im Aussenbereich", + "level": 2 + } + ], + "name": "IBUCategories" + } + ] + }, + "generalComment": [ + { + "value": "Die deklarierten Produkte sind zweischichtige Pflastersteine aus Beton unterschiedlicher Formate und Gr\u00f6\u00dfen zur Verwendung als Bodenbelag im Freien, in R\u00e4umen und auf D\u00e4chern. Der Beton wird aus Gesteinsk\u00f6rnungen (Zuschl\u00e4gen), Wasser, hydraulischen Bindemitteln (Zement), Zusatzmitteln und Zusatzstoffen hergestellt. Diese Deklaration ist erstellt f\u00fcr das Produkt mit den h\u00f6chsten Umweltauswirkungen und dessen LCA- Ergebnisse werden deklariert. Die hier dargestellten Produkte sind Beton-Pflastersteine je Quadratmeter mit einem Fl\u00e4chengewicht von ca.179 kg/m\u00b2 f\u00fcr einen Pflasterstein mit 8 cm Dicke. Produkte mit unterschiedlichen Oberfl\u00e4chenbearbeitungen (eingef\u00e4rbt, gestrahlt, geb\u00fcrstet, geschliffen, geschliffen und gestrahlt, mit und ohne Oberfl\u00e4chenschutz) sind in die Gesamtbetrachtung eingeflossen, damit alle Pflasterarten abgedeckt werden.", + "lang": "de" + } + ] + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 0 + ] + }, + "time": { + "referenceYear": 2021, + "dataSetValidUntil": 2026, + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1636588800000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "Die gesamte Produktion der Firma Rinn Beton- und Naturstein GmbH & Co. KG ist in allen Werken seit dem Jahr 2014 CO2-neutral. Sie beziehen zu 100 % \u00d6kostrom (aus Wasserkraft). Alle untersuchten Pflastersteine bestehen aus einem zweischichtigen Beton, dem Vorsatz- und Kernbeton. Bei der Herstellung wird in zwei getrennten Mischern jeweils der Kernbeton und der Vorsatzbeton nach fest vorgegebenen Rezepten gemischt. Dazu werden jeweils die Betonrohstoffe Sand, Splitt, Kies, Zement, Steinmehl, rezyklierte Gesteinsk\u00f6rnungen, Zusatzmittel und ggf. Betonfarben in einem Mischer dosiert und unter Zugabe von Brauch- und Frischwasser zu einem erdfeuchten Beton vermischt. Der fertige Frischbeton wird zu einem Pflastersteinfertiger transportiert und dort weiterverarbeitet. Dabei wird in einem Druck- und R\u00fcttelprozess der Beton in einer Stahlform zu Pflastersteinen unterschiedlichster Gr\u00f6\u00dfen und Aussehen verdichtet. Der Kernbeton und der ca. 10 mm dicke Vorsatzbeton werden dabei untrennbar miteinander verbunden. Die Vorsatzschicht besteht aus unterschiedlich farbigen Gesteinsk\u00f6rnungen, Zementen und Farben und bildet die sp\u00e4ter sichtbare Oberfl\u00e4che und Nutzschicht des Pflastersteins. Direkt nach der Herstellung werden die Pflastersteine in eine thermisch regulierte Erh\u00e4rtungskammer gefahren. Dort verbleiben die Steine bis zur Auslagerung oder weiteren Oberfl\u00e4chenbearbeitung mindestens 24 Stunden. Wenn die Steine ausgelagert oder weiterbearbeitet werden, haben sie bereits eine typische Steinfestigkeit von mind. 50 % ihrer Normfestigkeit. Dies ist ausreichend, um weitere Oberfl\u00e4chenbearbeitungen wie z. B. Schleifen, Strahlen, Stocken oder Beschichten durchzuf\u00fchren. Die Normfestigkeit wird sp\u00e4testens 28 Tage nach der Herstellung erreicht. Die Fertigung wird nach definierten Qualit\u00e4tskriterien eines modernen integrierten QM-Systems kontrolliert und auf allen Ebenen dokumentiert. W\u00e4hrend des Herstellprozess werden die Pflastersteine regelm\u00e4\u00dfig auf Aussehen, Ma\u00dfhaltigkeit und Formstabilit\u00e4t kontrolliert. Pflastersteine, die nicht den Qualit\u00e4tskriterien der Firma Rinn entsprechen, werden unterschieden in B-Ware und Ausschuss. Die B-Ware wird zu einem deutlich geringeren Preis verkauft. Die als Ausschuss gekennzeichneten Pflastersteine werden einem Recyclingprozess zugef\u00fchrt und als recyclierte Gesteinsk\u00f6rnungen wiedereingesetzt. Im Herstellprozess entstehende St\u00e4ube, Feink\u00f6rnungen und Restbetone werden in den Aufbereitungsanlagen wieder dem Herstellprozess zugef\u00fchrt. \nTechnische Daten: \nEs gelten die Daten entsprechend den Leistungserkl\u00e4rungen nach DIN EN 1338:2011-03, Pflastersteine aus Beton-Anforderungen und Pr\u00fcfverfahren bzw. DIN EN 1339:2003-08; Platten aus Beton-Anforderungen und Pr\u00fcfverfahren. Das Produkt Beton- Pflasterstein unterliegt der Bauproduktenverordnung und erh\u00e4lt eine CE-Kennzeichnung auf der Verpackung. \nDeklarierte Einheit: \nDie Deklaration bezieht sich auf die Herstellung von \n\neinem Quadratmeter (m\u00b2) Beton-Pflasterstein \n\n(Pflastersteindicke: 8 cm), hergestellt aus Zuschl\u00e4gen \n\nder unter 2.5 genannten Zusammensetzung. Grundlage der \u00d6kobilanzergebnisse in dieser EPD ist die Deklaration f\u00fcr das Produkt mit den h\u00f6chsten Umweltwirkungen (Worst- case- Szenario)", + "lang": "de" + }, + { + "value": "The entire production of the company Rinn Beton- und Naturstein GmbH & Co. KG has been CO2-neutral in all plants since 2014. You get 100% green electricity (from hydropower). All paving stones examined consist of a two-layer concrete, the facing and core concrete. During production, the core concrete and the facing concrete are mixed in two separate mixers according to fixed recipes. For this purpose, the concrete raw materials sand, chippings, gravel, cement, stone dust, recycled aggregates, additives and, if necessary, concrete paints are dosed in a mixer and mixed with the addition of service and fresh water to form an earth-moist concrete. The finished fresh concrete is transported to a paver and processed there. In a pressure and vibration process, the concrete is compacted in a steel mold into paving stones of various sizes and looks. The core concrete and the approx. 10 mm thick facing concrete are inseparably connected. The facing layer consists of differently colored aggregates, cements and colors and forms the later visible surface and wear layer of the paving stone. Immediately after production, the paving stones are moved into a thermally regulated hardening chamber. The stones remain there for at least 24 hours until they are removed from storage or further surface treatment. When the stones are outsourced or processed, they already have a typical stone strength of at least 50% of their normal strength. This is sufficient to carry out further surface treatments such as B. to carry out grinding, blasting, sticking or coating. The standard strength is reached no later than 28 days after manufacture. Production is controlled according to defined quality criteria of a modern, integrated QM system and documented at all levels. During the manufacturing process, the paving stones are regularly checked for appearance, dimensional accuracy and dimensional stability. Paving stones that do not meet Rinn's quality criteria are divided into B-goods and rejects. the B-goods are sold at a significantly lower price. The paving stones marked as scrap are fed into a recycling process and reused as recycled aggregates. Dusts, fine grains and residual concrete generated in the manufacturing process are fed back into the manufacturing process in the processing plants.", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Beton-Pflastersteine f\u00fcr die Verwendung als Bodenbelag im Freien, in R\u00e4umen und auf D\u00e4chern.", + "lang": "de" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "Oberbaumaterialien f\u00fcr Verkehrswege im Aussenbereich.pdf", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "fa54248b-d011-41c0-9946-0df15adf8104" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "average dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "GaBi Database (all versions)", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "28d74cc0-db8b-4d7e-bc44-5f6d56ce0c4a" + }, + { + "shortDescription": [ + { + "value": "GaBi database SP40 2020", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "0115289e-52f0-4920-bc7e-57b1c96aec8d" + } + ], + "useAdviceForDataSet": [ + { + "value": "G\u00fcltigkeitsbereich: \nDie vorliegende Umwelt- Produktdeklaration bildet Beton-Pflastersteine hergestellt von der Rinn Beton und Naturstein GmbH & Co. KG ab. Betrachtet wurden die Produktionsstandorte in Heuchelheim, Steinbach und Stadtroda. Die Ergebnisse der \u00d6kobilanz beruhen auf dem Produkt (Beton- Pflastersteine) mit den h\u00f6chsten Umweltauswirkungen (Muster- EPD) in den o.g. Werken. Die in den Werken hergestellten Beton- Pflastersteine haben eine Rohdichte von 2,40 t/m\u00b3. Als Grundlage f\u00fcr die Berechnung dient eine im Jahr 2020 durchgef\u00fchrte Datenerhebung in den oben genannten Werken. \nSystemgrenze: \nTyp der EPD: Cradle to gate (von der Wiege bis zum Werkstor) - mit Optionen. \n\nDie \u00d6kobilanz ber\u00fccksichtigt die Rohstoffgewinnung, die Rohstofftransporte und die eigentliche Produktherstellung inklusive der Verpackungsmaterialien (Module A1 \u2013 A3) sowie den Transport zur Baustelle (Modul A4). Nach Ablauf der Nutzungsdauer wird das Produkt r\u00fcckgebaut (Modul C1). Der energetische Einsatz ist bezogen auf die deklarierte Einheit so marginal, dass dieser unter\n\nBeachtung der 1 % - Regel abgeschnitten wurde.\n\nDie Sammelquote wird mit 100 % angesetzt.\n\nNach dem Transport des r\u00fcckgebauten Produktes (Modul C2) ist f\u00fcr rund 6 % der Betonpflastersteine eine Deponierung auf einer Inertstoffdeponie vorgesehen (Modul C4), 94 % k\u00f6nnen weiterverwertet werden (Kreislaufwirtschaft Bau, mineralische Bauabf\u00e4lle Monitoring 2016). Gutschriften infolge des Recyclings von Betonpflastersteinen sind in Modul D deklariert. 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/dev/null +++ b/tests/datafixtures/0e9fd868-9656-489e-be6c-8251b3d43283.json @@ -0,0 +1,4100 @@ +{ + "processInformation": { + "dataSetInformation": { + "UUID": "0e9fd868-9656-489e-be6c-8251b3d43283", + "name": { + "baseName": [ + { + "value": "Fassaden - Moeding Keramikfassaden GmbH - Alphaton", + "lang": "de" + }, + { + "value": "Fa\u00e7ades - Moeding Keramikfassaden GmbH - Alphaton", + "lang": "en" + } + ] + }, + "synonyms": [ + { + "value": "Keramikfassade; Fassadensystem aus Keramikplatten", + "lang": "de" + }, + { + "value": "Ceramic fa\u00e7ade; fa\u00e7ade system of ceramic tiles", + "lang": "en" + } + ], + "classificationInformation": { + "classification": [ + { + "class": [ + { + "value": "Komponenten von Fenstern und Vorhangfassaden", + "level": 0, + "classId": "7" + }, + { + "value": "Fassaden", + "level": 1, + "classId": "7.9" + }, + { + "value": "Vorhangfassade - Element-Fassaden", + "level": 2, + "classId": "7.9.02" + } + ], + "name": "OEKOBAU.DAT" + } + ] + }, + "generalComment": [ + { + "value": "Fassadensystem aus Keramikplatten mit einer Plattendicke von 30 mm, maximaler Plattenbreite von 400 mm und maximmaler Plattenl\u00e4nge von 1500 mm.\r\n\r\nDieser Datensatz beinhaltet die Ergebnisse f\u00fcr die Module A1-A3 sowie die Module B2, B3, B4, B5, B6, B7, C1, C2, C3, C4, und D gem\u00e4\u00df EN 15804. Das Umweltprofil beinhaltet die Aufwendungen f\u00fcr die Lebenszyklus-Stadien cradle to gate mit Optionen. Die Herstellung der Verpackung wurde innerhalb der Module A1-A3 ber\u00fccksichtigt.", + "lang": "de" + }, + { + "value": "Fa\u00e7ade system made of ceramic panels with a panel thickness of 30 mm, maximum panel width of 400 mm and maximum panel length of 1500 mm.\r\n\r\r\n\r\r\nThis data set includes the results for modules A1-A3 as well as modules B2, B3, B4, B5, B6, B7, C1, C2, C3, C4, and D according to EN 15804. The environmental profile includes the expenses for the life cycle stages cradle to gate with options. The production of the packaging was considered within modules A1-A3.\r\n\r\n", + "lang": "en" + } + ] + }, + "quantitativeReference": { + "referenceToReferenceFlow": [ + 1 + ], + "type": "Reference flow(s)" + }, + "time": { + "referenceYear": 2020, + "dataSetValidUntil": 2027, + "timeRepresentativenessDescription": [ + { + "value": "j\u00e4hrlicher Durchschnitt", + "lang": "de" + }, + { + "value": "annual average", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "name": "publicationDateOfEPD", + "value": 1665964800000 + } + ] + } + }, + "geography": { + "locationOfOperationSupplyOrProduction": { + "descriptionOfRestrictions": [ + { + "value": "Dieser Datensatz repr\u00e4sentiert die Situation der Moeding Keramikfassaden GmbH im Hinblick auf die wichtigsten Technologien und die gesetzlichen Rahmenbedingungen.", + "lang": "de" + }, + { + "value": "This data set represents the situation of Moeding Keramikfassaden GmbH, with regard to the most important technologies and the legal framework. ", + "lang": "en" + } + ], + "location": "DE" + } + }, + "technology": { + "technologyDescriptionAndIncludedProcesses": [ + { + "value": "Die \u00d6kobilanzergebnisse umfassen die Lebenszyklusstadien der Herstellung der Vorprodukte bis hin zur Rohstoffgewinnung und Verarbeitungsprozesse von als Input dienenden Sekund\u00e4rstoffen (z.B. Recyclingprozesse), deren Transporte zum Werk sowie die Produktion selbst, einschlie\u00dflich der Bereitstellung von allen Hilfs- und Betriebsstoffen, Energie, sowie die vollst\u00e4ndige Abfallbehandlung oder die Deponierung der Restabf\u00e4lle w\u00e4hrend des Stadiums der Produktion. Die Module A1, A2 und A3 sind hier als ein aggregiertes Modul A1-A3 ausgewiesen. Falls f\u00fcr diesen Datensatz weitere Module berechnet wurden, sind diese separat zu finden und k\u00f6nnen f\u00fcr eine Betrachtung des gesamten Lebenszyklus zusammengef\u00fchrt werden.", + "lang": "de" + }, + { + "value": "The life cycle assessment results cover the life cycle stages of manufacturing the intermediate products up to raw material extraction and processing operations of secondary materials serving as input (e.g. recycling processes), their transports to the plant as well as the production itself, including the provision of all auxiliary and operating materials, energy, and the complete waste treatment or landfilling of the residual waste during the stage of production. Modules A1, A2, and A3 are shown here as one aggregated module A1-A3. If further modules were calculated for this data set, they can be found separately and can be combined for a consideration of the entire life cycle.\r\n\r\n", + "lang": "en" + } + ], + "technologicalApplicability": [ + { + "value": "Fassadenbekleidungssystem aus Keramik inkl. Aluminiumunterkonstruktion f\u00fcr den Objektbau.", + "lang": "de" + }, + { + "value": "Ceramic fa\u00e7ade cladding system incl. aluminum substructure for commercial construction.", + "lang": "en" + } + ] + } + }, + "modellingAndValidation": { + "LCIMethodAndAllocation": { + "typeOfDataSet": "EPD", + "referenceToLCAMethodDetails": [ + { + "shortDescription": [ + { + "value": "Produktkategorieregeln Teil A", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "c6e986be-62a9-4f2f-b486-27aa9129eaeb", + "version": "00.00.002" + }, + { + "shortDescription": [ + { + "value": "Produktkategorieregeln Teil B \u2013 f\u00fcr Fassaden und D\u00e4cher aus Glas und Kunststoff", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "88de98bc-22fd-4ca1-ab05-c4e29f18f64e", + "version": "00.00.001" + } + ], + "other": { + "anies": [ + { + "name": "subType", + "value": "specific dataset" + } + ] + } + }, + "dataSourcesTreatmentAndRepresentativeness": { + "referenceToDataSource": [ + { + "shortDescription": [ + { + "value": "ecoinvent database (general)", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "b497a91f-e14b-4b69-8f28-f50eb1576766", + "version": "00.03.002" + } + ], + "useAdviceForDataSet": [ + { + "value": "Dieser Datensatz beinhaltet die Ergebnisse f\u00fcr die Module A1-A3 sowie die Module A4, A5, B2, B3, B4, B5, B6, B7, C1, C2, C3, C4, D gem\u00e4\u00df EN 15804.\r\nEin Vergleich mit anderen Produkten ist nur mit einer vergleichbaren Anwendung im Geb\u00e4ude zul\u00e4ssig. Grunds\u00e4tzlich ist eine Gegen\u00fcberstellung oder die Bewertung von EPD Daten nur m\u00f6glich, wenn alle zu vergleichenden Datens\u00e4tze nach EN 15804 erstellt wurden und der Geb\u00e4udekontext, bzw. die produktspezifischen Leistungsmerkmale ber\u00fccksichtigt werden.\r\n\r\n", + "lang": "de" + }, + { + "value": "This dataset is modelled according to the European Standard EN 15804 for Sustainable Construction. Results are declared in modules, which allow the structured expression of results throughout the life cycle. It contains the modules A1-A3, A4, A5, B2, B3, B4, B5, B6, B7, C1, C2, C3, C4, D.\r\nThe comparison with other products is only permissible if the application in the building is comparable. A comparison or the evaluation of EPD data is only possible, if the datasets have been created according to EN 15804. The building context or the product-specific performance characteristics must be considered.", + "lang": "en" + } + ], + "other": { + "anies": [ + { + "name": "referenceToOriginalEPD", + "value": { + "shortDescription": { + "value": "EPD Keramikfassaden Alphaton und Longoton", + "defaultValue": "EPD Keramikfassaden Alphaton und Longoton", + "lstrings": [ + { + "lang": "de", + "value": "EPD Keramikfassaden Alphaton und Longoton" + } + ] + }, + "type": "source data set", + "uuid": { + "uuid": "c86779e0-bea2-48de-8941-8ded47d55e5a" + }, + "version": { + "version": 1, + "majorVersion": 0, + "minorVersion": 0, + "subMinorVersion": 1, + "zero": false, + "versionString": "00.00.001" + }, + "refObjectId": "c86779e0-bea2-48de-8941-8ded47d55e5a", + "versionAsString": "00.00.001", + "resourceURLs": [ + "https://oekobaudat.de/OEKOBAU.DAT/resource/sources/c86779e0-bea2-48de-8941-8ded47d55e5a/2022-10-17_EPD_Keramikfassaden_Moeding.pdf?version=00.00.001" + ] + } + } + ] + } + }, + "validation": { + "review": [ + { + "reviewDetails": [ + { + "value": "Die angewendete LCI Methode ist in \u00dcbereinstimmung mit ISO 14040 und 14044. Die Dokumentation enth\u00e4lt alle relevanten Informationen im Hinblick auf die Datenqualit\u00e4t und den Umfang der Anwendung der jeweiligen LCI Ergebnisse bzw. der Datens\u00e4tze. Der Datensatz repr\u00e4sentiert den Stand der Technik bezogen auf die funktionelle Einheit.", + "lang": "de" + }, + { + "value": "The LCI method applied is in compliance with ISO 14040 and 14044. The documentation includes all relevant information in view of the data quality and scope of the application of the respective LCI result / data set. The dataset represents the state-of-the-art in view of the referenced functional unit.", + "lang": "en" + } + ], + "referenceToNameOfReviewerAndInstitution": [ + { + "shortDescription": [ + { + "value": "Susanne Volz", + "lang": "de" + } + ], + "type": "contact data set", + "refObjectId": "39da5078-3db5-40dd-bcc6-145b1dc8870d", + "version": "00.00.002" + } + ], + "type": "Independent external review" + } + ] + }, + "complianceDeclarations": { + "compliance": [ + { + "referenceToComplianceSystem": { + "shortDescription": [ + { + "value": "EN 15804+A2", + "lang": "de" + }, + { + "value": "EN 15804+A2", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "c0016b33-8cf7-415c-ac6e-deba0d21440d", + "version": "00.01.001" + } + } + ] + } + }, + "administrativeInformation": { + "dataGenerator": { + "referenceToPersonOrEntityGeneratingTheDataSet": [ + { + "shortDescription": [ + { + "value": "ift Rosenheim", + "lang": "en" + } + ], + "type": "contact data set", + "refObjectId": "e4e77c13-c6e7-437a-8b76-826e43bb5a95", + "version": "00.00.001", + "uri": "http://openlca.org/ilcd/resource/contacts/e4e77c13-c6e7-437a-8b76-826e43bb5a95" + } + ] + }, + "dataEntryBy": { + "timeStamp": 1665999335570, + "referenceToDataSetFormat": [ + { + "shortDescription": [ + { + "value": "EPD Data Format Extension", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "cba73800-7874-11e3-981f-0800200c9a66", + "version": "00.01.001" + }, + { + "shortDescription": [ + { + "value": "EPD Data Format Extensions v1.2", + "lang": "en" + }, + { + "value": "EPD-Datenformaterweiterungen v1.2", + "lang": "de" + } + ], + "type": "source data set", + "refObjectId": "a29449fd-aa2f-4de8-b5d7-4b06b43c6fde", + "version": "00.01.000" + }, + { + "shortDescription": [ + { + "value": "ILCD format", + "lang": "en" + } + ], + "type": "source data set", + "refObjectId": "a97a0155-0234-4b87-b4ce-a45da52f2a40", + "version": "03.00.000", + "uri": 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"referenceToPublisher", + "value": { + "shortDescription": [ + { + "value": "Bundesinstitut f\u00fcr Bau-, Stadt- und Raumforschung ", + "lang": "de" + } + ], + "type": "contact data set", + "refObjectId": "aa0a1bbe-ec51-4aa9-875f-496033fe358a", + "version": "00.00.001" + } + } + ] + } + } + }, + "exchanges": { + "exchange": [ + { + "referenceToFlowDataSet": { + "shortDescription": [ + { + "value": "Fassaden - Moeding Keramikfassaden GmbH - Alphaton", + "lang": "de" + } + ], + "type": "flow data set", + "refObjectId": "1ec4f7dd-8922-47d3-901e-dfee0f501c7f", + "version": "00.00.002" + }, + "meanAmount": 1.0, + "resultingAmount": 1.0, + "dataSetInternalID": 1, + "referenceFlow": true, + "resultingflowAmount": 1.0, + "flowProperties": [ + { + "name": [ + { + "lang": "en", + "value": "Area" + }, + { + "lang": "de", + "value": "Fl\u00e4che" + } + ], + "uuid": "93a60a56-a3c8-19da-a746-0800200c9a66", + "referenceFlowProperty": true, + "meanValue": 1.0, + "referenceUnit": "qm", + "unitGroupUUID": "c20a03d7-bd90-4569-bc94-66cfd364dfc8" + }, + { + "name": [ + { + "lang": "en", + "value": "Carbon content (biogenic) - packaging" + } + ], + "uuid": "262a541b-209e-44cc-a426-33bce30de7b1", + "meanValue": 1.0 + } + ], + "materialProperties": [ + { + "name": "grammage", + "value": "52.95", + "unit": "kg/m^2", + "unitDescription": "kilograms per square meter" + }, + { + "name": "layer thickness", + "value": "0.03", + "unit": "m", + "unitDescription": "meters" + } + ], + "typeOfFlow": "Product flow", + "classification": { + "classHierarchy": "Komponenten von Fenstern und Vorhangfassaden / Fassaden / Vorhangfassade - Pfosten-Riegel-Fassaden", + "name": "ilcd" + } + }, + { + "referenceToFlowDataSet": { + "shortDescription": [ + { + "value": "Components for re-use (CRU)", + "lang": "en" + }, + { + "value": "Komponenten f\u00fcr die Wiederverwendung (CRU)", + "lang": "de" + } + ], + "type": "flow data set", + "refObjectId": "a2b32f97-3fc7-4af2-b209-525bc6426f33", + "version": 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"dimensionless" + } + ], + "type": "unit group data set", + "refObjectId": "f130951c-e67f-4f7f-8dd4-665de3974e18", + "uri": "../unitgroups/f130951c-e67f-4f7f-8dd4-665de3974e18" + } + } + ] + } + } + ] + }, + "otherAttributes": { + "{http://www.okworx.com/ILCD/Extensions/2018/Profile}profile": "EN_15804_A2", + "{http://www.indata.network/EPD/2019}epd-version": "1.2" + }, + "version": "1.1", + "source": "https://oekobaudat.de/OEKOBAU.DAT/resource/datastocks/cd2bda71-760b-4fcc-8a0b-3877c10000a8/processes/0e9fd868-9656-489e-be6c-8251b3d43283" +} \ No newline at end of file diff --git a/tests/parse.rs b/tests/parse.rs index 514e7c0..c56275b 100644 --- a/tests/parse.rs +++ b/tests/parse.rs @@ -4,17 +4,39 @@ mod tests { use std::fs; use std::path::Path; - #[test] - fn test_parse_ilcd() -> Result<(), String> { - let root_dir = Path::new(env!("CARGO_MANIFEST_DIR")); - let file_path = root_dir.join("tests/datafixtures/f63ac879-fa7d-4f91-813e-e816cbdf1927.json"); - let contents = - fs::read_to_string(file_path).expect("Should have been able to read the file"); + macro_rules! parse_ilcd_tests { + ($($name:ident: $value:expr)*) => { + $( + #[test] + fn $name() -> Result<(), String> { + let input = $value; - match parse::parse_ilcd(contents) { - Ok(_) => Ok(()), - Err(error) => Err(error.to_string()) + let root_dir = Path::new(env!("CARGO_MANIFEST_DIR")); + let file_path = root_dir.join("tests/datafixtures/").join(input); + let contents = fs::read_to_string(file_path).expect("Should have been able to read the file"); + + match parse::parse_ilcd(contents) { + Ok(epd) => { + epd; + Ok(()) + } + Err(error) => Err(error.to_string()) + } } + )* + } +} + parse_ilcd_tests! { + ilcd_00c28f1f: "00c28f1f-1d49-4c81-9208-138922a1dd6c.json" + ilcd_0cb92770: "0cb92770-9007-48c6-bc03-466af8894419.json" + ilcd_0e80e6e7: "0e80e6e7-6882-47be-8bd8-5cd869a746d9.json" + ilcd_f63ac879: "f63ac879-fa7d-4f91-813e-e816cbdf1927.json" + ilcd_0b488798: "0b488798-140f-4efa-96e2-55aa46ed129a.json" + ilcd_0d1e4a59: "0d1e4a59-4901-4973-a26f-1698f65a780f.json" + ilcd_0e85f255: "0e85f255-4d11-4973-9daa-c03889948351.json" + ilcd_0b4c397d: "0b4c397d-c7a1-4ceb-9718-184334f6364e.json" + ilcd_0e0c4e37: "0e0c4e37-b7e6-4a4f-b1c9-d36da0aa16f5.json" + ilcd_0e9fd868: "0e9fd868-9656-489e-be6c-8251b3d43283.json" } #[test]