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        <baseName xml:lang="de">Metall\Kupfer-Blech-EU-2005</baseName>
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      <classificationInformation>
        <common:classification name="NACE 1.1" classes="../346de909-54de-490d-90df-18c4952c3d26.xml">
          <common:class level="0" classId="27">Metallerzeugung und -bearbeitung</common:class>
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      <common:generalComment xml:lang="de">Kurzinfo: Datensatz aus GEMIS. Negative Werte durch Gutschriftenrechnung. 
 
GEMIS steht f&#252;r &#8220;Globales Emissions-Modell Integrierter Systeme&#8220;; es ist ein Softwaretool des &#214;ko-Instituts. GEMIS wurde 1987 erstmals angewendet und wird seitdem weiterentwickelt. 
 
Die GEMIS-Datens&#228;tze beruhen - je nach Anwendung - auf unterschiedlichen Methoden; auch der zeitliche und der &#246;rtliche Bezug der Datens&#228;tze sind verschieden.
 
Methode bei Prozessen mit mehreren Outputs:
 
Zur Modellierung der Datens&#228;tze zu Multi-Output Prozessen wird in GEMIS die Methode der Systemerweiterung verwendet. Hierbei werden Datens&#228;tze, in denen jeweils alle Inputs, alle Outputs und alle Umweltaspekte eines Multi-Output Prozesses ausgewiesen sind, als &#8220;Brutto&#8220; bezeichnet. Durch Subtraktion von &#8218;Bonus&#8217;-Prozessen, die jeweils einen der Outputs auf herk&#246;mmliche Weise bereitstellen, entsteht ein Nettoprozess, in denen das substituierte Nebenprodukt als Gutschrift erscheint. Die Gutschrift ist dabei kein realer Output des Prozesses, sondern ein rechnerischer &#8218;Merker&#8217;. 
 
Beispiel: 
 
Multi-Output Prozess Biogas-BZ-MC-HKW-D-2020/brutto: Output ist 1 TJ Elektrizit&#228;t und 0,6 TJ W&#228;rme, der &#8220;Netto&#8220;-Datensatz soll sich aber nur auf die Elektrizit&#228;t beziehen. Durch Subtraktion des Bonusprozesses W&#228;rme-Bonus-Gas-Hzg-D-2020 mit dem Output W&#228;rme(0,6 TJ) entsteht der &#8220;Netto&#8220;-Datensatz Biogas-BZ-MC-HKW-D-2020/Gas, f&#252;r den als Output 1 TJ Elektrizit&#228;t und 0,6 TJ &#8218;Gutschrift W&#228;rme-Bonus-f&#252;r-KWK (Bio)-2020 bei W&#228;rme-Bonus-Gas-Hzg-D-2020&#8217; angegeben werden; die Gutschrift stellt keinen Stoff- oder Energiefluss des Prozesses dar, sie ist allein rechnerisch begr&#252;ndet.
 

 
Transport:
 
Angaben zu den angesetzten Transportdistanzen werden nicht gegeben.
 
Abschneidekriterien:
 
Wasser wird in der Regel nur auf der Inputseite angegeben (etwa als K&#252;hlwasser), auch wenn es den Prozess wieder verl&#228;sst als Abwasser.
 Weitere Angaben zu angewendeten Abschneidekriterien werden nicht gegeben.
 
Besondere Nomenklatur:
 
Zahlreiche Abk&#252;rzungen f&#252;r Brennstoffe aus Biomasse und entsprechende Technologien.
 
Besonderheiten auf Datensatzebene:
 
Die Datens&#228;tze sind mit Vorketten-Datens&#228;tzen verkn&#252;pft, in denen die jeweils ben&#246;tigten Vorprodukte, Energien und Transportleistungen erzeugt werden. Die Daten zu den Umweltaspekten werden erstens &#8220;direkt&#8220; (d.h., nur aus dem jeweiligen Prozess, falls dieser direkt zu Umweltaspekten beitr&#228;gt) als auch &#8220;mit Vorkette&#8220; (d.h., einschlie&#223;lich aller vorausgehenden Prozesse) ausgewiesen. 
 Negative Werte f&#252;r Stofffl&#252;sse kommen in GEMIS regelm&#228;&#223;ig vor; sie entstehen durch die Anwendung von Systemerweiterung um Multi-Output Prozesse in Single Output Prozesse umzurechnen. 
 Teilweise werden Aufwendungen f&#252;r Produktionsmittel (Anlagen, Fahrzeuge etc.) aufgef&#252;hrt (als Stofffl&#252;sse im Input); diese sind jedoch nicht auf die funktionelle Einheit bezogen, sondern werden als absolute Werte angegeben; sie werden nur als Input und nicht als Output (Entsorgung der Betriebsmittel) angegeben. 
 Die durch die Herstellung dieser Produktionsmittel verursachten Umweltaspekte sind dagegen &#252;ber Leistung, j&#228;hrliche Auslastung und Lebensdauer auf die funktionelle Einheit bezogen 
 
Weiterf&#252;hrende Hinweise und Literatur:
 
#1: Fritsche, U.R., Schmidt, K.: Globales Emissions-Modell Integrierter Systeme (GEMIS), Version 4.2, Handbuch, Darmstadt, August 2004.
 #2: Fritsche, U.R., Schmidt, K.: Globales Emissions-Modell Integrierter Systeme (GEMIS), Version 4.1, Handbuch, Darmstadt, Darmstadt, Januar 2003.
 #3: Fritsche, U., et al.: Stoffstromanalyse zur nachhaltigen energetischen Nutzung von Biomasse, Verbundprojekt gef&#246;rdert vom BMU im Rahmen des ZIP, Projekttr&#228;ger: FZ J&#252;lich, Mai 2004, Anhangband zum Endbericht.
 #4: Fritsche, U., et al.: Umweltanalyse von Energie-, Transport- und Stoffsystemen: Gesamt-Emissions-Modell integrierter Systeme (GEMIS) Version 2.1 - erweiterter und aktualisierter Endbericht, U. Fritsche u.a., i.A. des Hessischen Ministeriums f&#252;r Umwelt, Energie und Bundesangelegenheiten (HMUEB), ver&#246;ffentlicht durch HMUEB, Wiesbaden 1995
 


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          <common:shortDescription xml:lang="de">Xtra-dummy\Metallerze (ohne Vorkette)</common:shortDescription>
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        <common:shortDescription xml:lang="de">Braunkohle generisch</common:shortDescription>
        <common:shortDescription xml:lang="en">lignite generic</common:shortDescription>
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      <exchangeDirection>Input</exchangeDirection>
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      <resultingAmount>1.9300000000000002</resultingAmount>
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        <ef2018:originatingProcess refObjectId="d13c34ca-9cff-11d3-b2d7-0080c8941b49">
          <common:shortDescription xml:lang="de">Xtra-dummy\Braunkohle (ohne Vorkette)</common:shortDescription>
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          <common:shortDescription xml:lang="de">Xtra-dummy\Bauxit (ohne Vorkette)</common:shortDescription>
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        <ef2018:originatingProcess refObjectId="74803f40-5ca0-4221-abb5-731116059273">
          <common:shortDescription xml:lang="de">Xtra-dummy\Basalt (ohne Vorkette)</common:shortDescription>
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        <common:shortDescription xml:lang="en">zinc</common:shortDescription>
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        <common:shortDescription xml:lang="en">particles (PM10)</common:shortDescription>
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        <common:shortDescription xml:lang="en">lead</common:shortDescription>
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      <resultingAmount>4.45E-07</resultingAmount>
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      <resultingAmount>5.34E-07</resultingAmount>
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    <exchange dataSetInternalID="33">
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        <common:shortDescription xml:lang="en">nickel</common:shortDescription>
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        <common:shortDescription xml:lang="en">ammonia</common:shortDescription>
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      <resultingAmount>1.82E-05</resultingAmount>
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      <referenceToFlowDataSet type="flow data set" refObjectId="08a91e70-3ddc-11dd-94c3-0050c2490048">
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        <common:shortDescription xml:lang="en">mercury</common:shortDescription>
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    <exchange dataSetInternalID="39">
      <referenceToFlowDataSet type="flow data set" refObjectId="29066274-6556-11dd-ad8b-0800200c9a66">
        <common:shortDescription xml:lang="en">acid (as H+)</common:shortDescription>
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        <common:shortDescription xml:lang="en">chloride</common:shortDescription>
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    <exchange dataSetInternalID="42">
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        <common:shortDescription xml:lang="en">hydrogen sulfide</common:shortDescription>
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    <exchange dataSetInternalID="43">
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        <common:shortDescription xml:lang="en">copper</common:shortDescription>
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      <exchangeDirection>Output</exchangeDirection>
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    <exchange dataSetInternalID="44">
      <referenceToFlowDataSet type="flow data set" refObjectId="fe0acd60-3ddc-11dd-a7a4-0050c2490048">
        <common:shortDescription xml:lang="en">copper</common:shortDescription>
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      <exchangeDirection>Output</exchangeDirection>
      <meanAmount>2.03E-06</meanAmount>
      <resultingAmount>2.03E-06</resultingAmount>
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    <exchange dataSetInternalID="45">
      <referenceToFlowDataSet type="flow data set" refObjectId="08a91e70-3ddc-11dd-97ed-0050c2490048">
        <common:shortDescription xml:lang="en">chemical oxygen demand</common:shortDescription>
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      <meanAmount>0.00112</meanAmount>
      <resultingAmount>0.00112</resultingAmount>
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    <exchange dataSetInternalID="46">
      <referenceToFlowDataSet type="flow data set" refObjectId="08a91e70-3ddc-11dd-9acc-0050c2490048">
        <common:shortDescription xml:lang="en">chromium</common:shortDescription>
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      <resultingAmount>2.29E-07</resultingAmount>
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    <exchange dataSetInternalID="47">
      <referenceToFlowDataSet type="flow data set" refObjectId="08a91e70-3ddc-11dd-9f73-0050c2490048">
        <common:shortDescription xml:lang="en">chromium</common:shortDescription>
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    <exchange dataSetInternalID="48">
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        <common:shortDescription xml:lang="en">carbon dioxide (fossil)</common:shortDescription>
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    <exchange dataSetInternalID="49">
      <referenceToFlowDataSet type="flow data set" refObjectId="08a91e70-3ddc-11dd-924e-0050c2490048">
        <common:shortDescription xml:lang="en">carbon monoxide (fossil)</common:shortDescription>
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      <resultingAmount>0.00312</resultingAmount>
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    <exchange dataSetInternalID="50">
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        <common:shortDescription xml:lang="en">methane (fossil)</common:shortDescription>
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        <common:shortDescription xml:lang="en">cadmium (ii)</common:shortDescription>
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      <meanAmount>9.14E-08</meanAmount>
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    <exchange dataSetInternalID="52">
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        <common:shortDescription xml:lang="en">cadmium (ii)</common:shortDescription>
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        <common:shortDescription xml:lang="en">biological oxygen demand</common:shortDescription>
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      <exchangeDirection>Output</exchangeDirection>
      <meanAmount>6.15E-06</meanAmount>
      <resultingAmount>6.15E-06</resultingAmount>
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    <exchange dataSetInternalID="54">
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        <common:shortDescription xml:lang="en">arsenic</common:shortDescription>
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      <meanAmount>8.21E-07</meanAmount>
      <resultingAmount>8.21E-07</resultingAmount>
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    <exchange dataSetInternalID="55">
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        <common:shortDescription xml:lang="en">arsenic</common:shortDescription>
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      <exchangeDirection>Output</exchangeDirection>
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      <resultingAmount>8.59E-07</resultingAmount>
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    <exchange dataSetInternalID="56">
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        <common:shortDescription xml:lang="en">adsorbable organic halogen compounds</common:shortDescription>
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      <exchangeDirection>Output</exchangeDirection>
      <meanAmount>1.37E-07</meanAmount>
      <resultingAmount>1.37E-07</resultingAmount>
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  <LCIAResults>
    <LCIAResult>
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        <common:shortDescription xml:lang="de">KEA, erneuerbar</common:shortDescription>
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    <LCIAResult>
      <referenceToLCIAMethodDataSet type="LCIA method data set" refObjectId="aa4ff649-ff2f-4c5c-8d70-23160ac4d8a1">
        <common:shortDescription xml:lang="de">KEA-nichterneuerbar</common:shortDescription>
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    <LCIAResult>
      <referenceToLCIAMethodDataSet type="LCIA method data set" refObjectId="66ea4732-e5e0-4fc4-91eb-6ff6970bfde7">
        <common:shortDescription xml:lang="de">KEV, erneuerbar</common:shortDescription>
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      <uncertaintyDistributionType>undefined</uncertaintyDistributionType>
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    <LCIAResult>
      <referenceToLCIAMethodDataSet type="LCIA method data set" refObjectId="d52283fe-1482-11d4-b41c-0080c88d3b6a">
        <common:shortDescription xml:lang="de">KEV-nichterneuerbar</common:shortDescription>
      </referenceToLCIAMethodDataSet>
      <meanAmount>0</meanAmount>
      <uncertaintyDistributionType>undefined</uncertaintyDistributionType>
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    <LCIAResult>
      <referenceToLCIAMethodDataSet type="LCIA method data set" refObjectId="b2df61f8-1825-42f8-a163-895a8dcfd9a9">
        <common:shortDescription xml:lang="de">Treibhauseffekt</common:shortDescription>
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      <meanAmount>2</meanAmount>
      <uncertaintyDistributionType>undefined</uncertaintyDistributionType>
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    <LCIAResult>
      <referenceToLCIAMethodDataSet type="LCIA method data set" refObjectId="47782e9d-4b4e-4122-ba33-45bcfdaaac60">
        <common:shortDescription xml:lang="de">Versauerung</common:shortDescription>
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  </LCIAResults>
</processDataSet>