{ "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. 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" } ], "type": "contact data set", "refObjectId": "c0a9feeb-48d1-4c8f-9e8f-3ada7c0294c7", "version": "39.00.000", "uri": "../contacts/c0a9feeb-48d1-4c8f-9e8f-3ada7c0294c7.xml" } ], "type": "Dependent internal review" }, { "referenceToNameOfReviewerAndInstitution": [ { "shortDescription": [ { "value": "GaBi user forum", "lang": "en" }, { "value": "GaBi user forum", "lang": "de" } ], "type": "contact data set", "refObjectId": "8f1306f0-7b83-4f36-a537-aa83f0498266", "version": "39.00.000", "uri": "../contacts/8f1306f0-7b83-4f36-a537-aa83f0498266.xml" }, { "shortDescription": [ { "value": "GaBi bug forum", "lang": "en" }, { "value": "GaBi bug forum", "lang": "de" } ], "type": "contact data set", "refObjectId": "851d996c-b88d-45ce-983a-b00ed0393ffb", "version": "39.00.000", "uri": "../contacts/851d996c-b88d-45ce-983a-b00ed0393ffb.xml" }, { "shortDescription": [ { "value": "GaBi user community", "lang": "en" }, { "value": "GaBi user community", "lang": "de" } ], "type": "contact data set", "refObjectId": "47511c41-5096-4dcf-be4f-dbb0c1c5cffc", "version": "39.00.000", "uri": "../contacts/47511c41-5096-4dcf-be4f-dbb0c1c5cffc.xml" } ], "type": "Independent external review" } ] }, "complianceDeclarations": { "compliance": [ { "referenceToComplianceSystem": { "shortDescription": [ { "value": "DIN EN 15804", "lang": "en" }, { "value": "DIN EN 15804", "lang": "de" } ], "type": "source data set", "refObjectId": "b00f9ec0-7874-11e3-981f-0800200c9a66", "version": "02.00.000", "uri": "../sources/b00f9ec0-7874-11e3-981f-0800200c9a66.xml" }, "approvalOfOverallCompliance": "Fully compliant" } ] } }, "administrativeInformation": { "dataEntryBy": { "timeStamp": 1575450409000, "referenceToDataSetFormat": [ { "shortDescription": [ { "value": "ILCD format 1.1", "lang": "en" }, { "value": "ILCD format 1.1", "lang": "de" } ], "type": "source data set", "refObjectId": "a97a0155-0234-4b87-b4ce-a45da52f2a40", "version": "03.00.000", "uri": "../sources/a97a0155-0234-4b87-b4ce-a45da52f2a40.xml" }, { "shortDescription": [ { "value": "EPD Data Format Extensions", "lang": "en" }, { "value": "EPD-Datenformaterweiterungen", "lang": "de" } ], "type": "source data set", "refObjectId": "cba73800-7874-11e3-981f-0800200c9a66", "version": "02.00.000", "uri": "../sources/cba73800-7874-11e3-981f-0800200c9a66.xml" } ], "referenceToPersonOrEntityEnteringTheData": { "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" } }, "publicationAndOwnership": { "dataSetVersion": "20.19.120", "referenceToOwnershipOfDataSet": { "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" }, "copyright": true } }, "exchanges": { "exchange": [ { "referenceToFlowDataSet": { "shortDescription": [ { "value": "Previous coat (silicate dispersion)", "lang": "en" }, { "value": "Voranstrich [Silikat-Dispersion)", "lang": "de" } ], "type": "flow data set", "refObjectId": "7df056f0-ba08-4e15-b559-38e6fc2835c3", "version": "39.00.000", "uri": "../flows/7df056f0-ba08-4e15-b559-38e6fc2835c3.xml" }, "meanAmount": 1.0, "dataSetInternalID": 101330, "referenceFlow": true, "resultingflowAmount": 1.0, "flowProperties": [ { "name": [ { "lang": "en", "value": "Mass" }, { "lang": "de", "value": "Masse" } ], "uuid": "93a60a56-a3c8-11da-a746-0800200b9a66", "referenceFlowProperty": true, "meanValue": 1.0, "referenceUnit": "kg", "unitGroupUUID": "ad38d542-3fe9-439d-9b95-2f5f7752acaf" }, { "name": [ { "lang": "en", "value": "US market price 2002" }, { "lang": "de", "value": "US Marktpreis 2002" } ], "uuid": "f138e814-c15d-42b0-8cd2-bdef72e6ac59", "meanValue": 2.0 } ], "typeOfFlow": "Product flow", "classification": { "classHierarchy": "Valuable substances / Materials / Minerals", "name": "GaBiCategories" } }, { "referenceToFlowDataSet": { "shortDescription": [ { "value": "Use of renewable primary energy (PERE)", "lang": "en" }, { "value": "Erneuerbare Prim\u00e4renergie als Energietr\u00e4ger (PERE)", "lang": "de" } ], "type": "flow data set", "refObjectId": "20f32be5-0398-4288-9b6d-accddd195317", "version": "39.00.000", "uri": "../flows/20f32be5-0398-4288-9b6d-accddd195317.xml" }, "exchange direction": "INPUT", "other": { "anies": [ { "value": "2.54310660708975", "module": "A1-A3" }, { "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" } }, { "value": "0.00420556270580242", "module": "A5" }, { "value": "0.00249554882081465", "module": "C2" }, { "value": "0.028747430276373", "module": "C4" }, { "value": "-0.0447885457354873", "module": "D" } ] }, "dataSetInternalID": 101331 }, { "referenceToFlowDataSet": { "shortDescription": [ { "value": "Primary energy resources used as raw materials (PERM)", "lang": "en" }, { "value": "Erneuerbare Prim\u00e4renergie zur stofflichen Nutzung (PERM)", "lang": "de" } ], "type": "flow data set", "refObjectId": "fb3ec0de-548d-4508-aea5-00b73bf6f702", "version": "39.00.000", "uri": "../flows/fb3ec0de-548d-4508-aea5-00b73bf6f702.xml" }, "exchange direction": "INPUT", "other": { "anies": [ { "value": "0", "module": "A1-A3" }, { "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" } }, { "value": "0", "module": "A5" }, { "value": "0", "module": "C2" }, 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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": "0.000270942837375331", "module": "A1-A3" }, { "value": "2.78529224581605E-6", "module": "A5" }, { "value": "1.70709584477113E-6", "module": "C2" }, { "value": "1.07251493280065E-5", "module": "C4" }, { "value": "-1.72266209528691E-6", "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": "0.000319099507086219", "module": "A1-A3" }, { "value": "0.00168813399871115", "module": "A5" }, { "value": "-2.42006271611558E-6", "module": "C2" }, { "value": "7.22808631919885E-6", "module": "C4" }, { "value": "-9.29300409643791E-7", "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": "3.25991817856465E-6", "module": "A1-A3" }, { "value": "2.55419597132981E-10", "module": "A5" }, { "value": "2.68387472461271E-10", "module": "C2" }, { "value": "1.52098992705288E-9", "module": "C4" }, { "value": "-2.66579416334727E-9", "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": "17.7888533126681", "module": "A1-A3" }, { "value": "0.0172040448092847", "module": "A5" }, { "value": "0.0427517073633076", "module": "C2" }, { "value": "0.212825509511368", "module": "C4" }, { "value": "-0.144952873494617", "module": "D" }, { "name": "referenceToUnitGroupDataSet", 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