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sector:energy:fugitive:solid_fuels:start [2022/03/22 11:31] – [Table] kotzullasector:energy:fugitive:solid_fuels:start [2024/11/06 13:54] (current) – external edit 127.0.0.1
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-====== 1.B.1 - Solid Fuels =====+====== 1.B.1 - Solid Fuels ======
 {{ :sector:energy:fugitive:solid_fuels:zollverein.jpg?nolink&400|}} {{ :sector:energy:fugitive:solid_fuels:zollverein.jpg?nolink&400|}}
  
-^ Category Code  ^  Method                                  ||||^  AD                               ||||^  EF                               ||||| +===== Short description ===== 
-| 1.B.1.a        |  T2, M                                   |||||  AS                               |||||  CS                               ||||| + 
-| 1.B.1.b        |  T2, T3                                  |||||  AS                               |||||  CS                               ||||| +^ Category Code  ^  Method                                                                           ||||^  AD                                          ||||^  EF                                  ||||| 
-^  Key Category  ^  NOx     ^  NMVOC  ^  SO2  ^  NH3  ^  PM2_5  ^  PM10  ^  TSP  ^  BC   ^  CO   ^  PB  ^  Cd  ^  Hg   ^  Diox  ^  PAH  ^  HCB  ^ +| 1.B.1.a        |  T2, M                                                                            |||||  AS                                          |||||  CS                                  ||||| 
-| 1.B.1.a        |  -       |  -/-    |  -    |  -    |  -/-    |  -/-   |  -/-  |  -    |  -    |  -   |  -   |  -    |  -     |  -    |  -    | +| 1.B.1.b        |  T2, T3                                                                           |||||  AS                                          |||||  CS                                  ||||| 
-| 1.B.1.b        |  -/-     |  -/-    |  -/-  |  -/-  |  -/-    |  -/-   |  L/T  |  -/-  |  -/-  |  -   |  -   |  -/-  |  -/-   |  L/T  |  -    |+^  Key Category  ^  NO<sub>x</sub>  ^  NMVOC  ^  SO<sub>2</sub>  ^  NH<sub>3</sub>  ^  PM<sub>2.5</sub>  ^  PM<sub>10</sub>  ^  TSP  ^  BC   ^  CO   ^  Pb  ^  Cd  ^  Hg   ^  PCDD/F  ^  PAHs  ^  HCB  ^ 
 +| 1.B.1.a        |  NA              |  -/-    |  NA              |  NA              |  -/-               |  -/-              |  -/-  |  NA   |  NA   |  NA  |  NA  |  NA   |  NA      |  NA    |  NA   | 
 +| 1.B.1.b        |  -/-             |  -/-    |  -/-             |  -/-             |  -/-               |  -/-              ^  L/T  |  -/-  |  -/-  |  NA  |  NA  |  -/-  |  -/-     ^  -/T   |  NA   |
  
 . .
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 </WRAP> </WRAP>
  
-===== Lignite production =====+===== Methodology ===== 
 + 
 +=== Lignite production ===
 {{ :sector:energy:fugitive:solid_fuels:braunkohlenbriketts2.png?nolink&400|}} {{ :sector:energy:fugitive:solid_fuels:braunkohlenbriketts2.png?nolink&400|}}
-The activity rates for lignite production have been taken from the //Statistik der Kohlenwirtschaft//’s website (in German only) [(KOHLENWIRTSCHAFT)]. Extracted coal is moved directly to processing and to power stations. 
-The emission factors used for calculating emissions from lignite production (TSP, PM₁₀ and PM₂.₅) already include possible emissions from transport and storage. They are taken from a 2006 research project [(UBA2007)] and the CEPMEIP-Database [(CEPMEIP)]. 
  
-__Table 1: Annual amounts of extracted raw lignite__ +Activity data for lignite production have been taken from the //Statistik der Kohlenwirtschaft//’s website (in German only) [(KOHLENWIRTSCHAFT)]. Extracted coal is moved directly to processing and to power stations. 
-^ Activity data          ^  Unit  ^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2019  ^  2020  ^ + 
-| Extraction of lignite  |  Mt    |    357 |    193 |    168 |    178 |    169 |    178 |    131 |    107 |+The emission factors used for calculating emissions from lignite production (TSP, PM<sub>10</sub> and PM<sub>2.5</sub>) already include possible emissions from transport and storage. The PM<sub>10</sub> factor is taken from a 2021 research project [(UBA)]. TSP and PM<sub>2.5</sub> have been reduced the same way on the basis of the previous values[(CEPMEIP)]. 
 + 
 +__Table 1: Annual amounts of extracted raw lignite, in [Mt]__ 
 +^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2020  ^  2022  ^ 
 +|  357   |  193   |  168   |  178   |  169   |  178   |  107   |  131   |
  
 __Table 2: Emission factors applied for lignite extraction, in [kg/t]__ __Table 2: Emission factors applied for lignite extraction, in [kg/t]__
-^  Substance  ^  Value   ^ +^  Pollutant         ^  Value  ^ 
-|  TSP        | 0.05086  | +|  TSP               |  0.03   | 
-|  PM₁₀       | 0.025    | +|  PM<sub>10</sub>   |  0.015  | 
-|  PM₂.₅      | 0.00375  |+|  PM<sub>2.5</sub>  |  0.002  |
  
-===== Lignite coke production =====+=== Lignite coke production ===
  
 __Table 3: Annual amounts of lignite coke produced, in [Mt]__ __Table 3: Annual amounts of lignite coke produced, in [Mt]__
-^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2019  ^  2020  ^ +^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2020  ^  2022  ^ 
-|  3.3   |  0.2   |  0.2   |  0.2   |  0.2   |  0.2   |  0.2   |  0.1   |+|  3.3   |  0.2   |  0.2   |  0.2   |  0.2   |  0.2   |  0.1   |  0.1   |
  
 Emissions from lignite production other than listed below are reported by plant operator. Particle emission factors were verified in a research project (Emissionen und Maßnahmenanalyse Feinstaub 2000-2020) [(UBA2007)] . Emissions from lignite production other than listed below are reported by plant operator. Particle emission factors were verified in a research project (Emissionen und Maßnahmenanalyse Feinstaub 2000-2020) [(UBA2007)] .
  
-__Table 4: Emission factors applied for liginte-coke production__ +__Table 4: Emission factors applied for lignite-coke production__ 
-^  Substance  ^  Unit  ^  Value  ^ +^  Pollutant         ^  Unit  ^  Value  ^ 
-|  TSP        |  kg/t  | 0.1     | +|  TSP               |  kg/t  |  0.1    | 
-|  PM₁₀       |  kg/t  | 0.048   | +|  PM<sub>10</sub>   |  kg/t  |  0.048  | 
-|  PM₂.₅      |  kg/t  | 0.013   | +|  PM<sub>2.5</sub>  |  kg/t  |  0.013  | 
-|  PAH        |  mg/t  | 55      | +|  PAH               |  mg/t  |  55     | 
-|  PCDD/F     |  µg/t  | 0.03    |+|  PCDD/F            |  µg/t  |  0.03   |
  
-===== Hard coal coke production =====+=== Hard coal coke production ===
  
-The activity rates for hard coal coke production have been taken from the //Statistik der Kohlenwirtschafts//’s website (in German only) [9]. +The activity rates for hard coal coke production have been taken from the //Statistik der Kohlenwirtschafts//’s website (in German only) [(kohlenwirtschaft)]. 
  
-^ Activity data                 ^  Unit  ^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2019  ^  2020  ^ +__Table 5: Annual amounts of hard coal coke produced, in [Mt]__ 
-| production of hard coal coke  |  Mt    |   18.5 |   11.1 |    9.1 |    8.4 |    8.2 |    8.8 |    8.8 |    7.9 |+^  1990  ^  1995  ^  2000  ^  2005  ^  2010  ^  2015  ^  2020  ^  2022  ^ 
 +|  18.5  |  11.1  |  9.1   |  8.4   |  8.2   |  8.8   |  7.9   |  8.3   |
  
  
 The emission factors for hard coal coke production have been obtained from the research project “Emission factors for the iron and steel industry, for purposes of emissions reporting” (“Emissionsfaktoren zur Eisen- und Stahlindustrie für die Emissionsberichterstattung”) [(Hensmann2011)]. The emission factors for hard coal coke production have been obtained from the research project “Emission factors for the iron and steel industry, for purposes of emissions reporting” (“Emissionsfaktoren zur Eisen- und Stahlindustrie für die Emissionsberichterstattung”) [(Hensmann2011)].
  
-__Table 2: Emission factors for hard coal coke production__ +__Table 6: Emission factors for hard coal coke production__ 
-^  Pollutant  ^  Unit  ^  Value     ^ +^  Pollutant         ^  Unit  ^  Value     ^ 
-|  CO         |  kg/t  |  0.015     | +|  CO                |  kg/t  |  0.015     | 
-|  NH₃        |  kg/t  |  0.000243  | +|  NH<sub>3</sub>    |  kg/t  |  0.000243  | 
-|  NMVOC      |  kg/t  |  0.096     | +|  NMVOC             |  kg/t  |  0.096     | 
-|  SO₂        |  kg/t  |  0.004     | +|  SO<sub>2</sub>    |  kg/t  |  0.004     | 
-|  TSP        |  kg/t  |  0.011     | +|  TSP               |  kg/t  |  0.011     | 
-|  PM₁₀       |  kg/t  |  0.004     | +|  PM<sub>10</sub>   |  kg/t  |  0.004     | 
-|  PM₂.₅      |  kg/t  |  0.004     | +|  PM<sub>2.5</sub>  |  kg/t  |  0.004     | 
-|  PAH        |  mg/t  |  55        | +|  PAH               |  mg/t  |  55        | 
-|  PCDD/F     |  µg/t  |  0.0015    |+|  PCDD/F            |  µg/t  |  0.0015    |
  
 There are many potential sources of PAH emissions from coking plants. The dominant emission sources are leakages from coke oven doors and from charging operations. As there is limited data available on PAH emissions, the uncertainties of the estimated emission factors are very high. It should also be taken into account that emissions from coke production greatly vary between different coke production plants. The emission factors for benzo[a]pyrene and mixed PAH have been revised by research projects in 2010 [(UBADFIU2010)][(UBABFI2011)]. There are many potential sources of PAH emissions from coking plants. The dominant emission sources are leakages from coke oven doors and from charging operations. As there is limited data available on PAH emissions, the uncertainties of the estimated emission factors are very high. It should also be taken into account that emissions from coke production greatly vary between different coke production plants. The emission factors for benzo[a]pyrene and mixed PAH have been revised by research projects in 2010 [(UBADFIU2010)][(UBABFI2011)].
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-===== Charcoal production =====+=== Decommissioned hard-coal mines ===
  
-Small quantities of charcoal are produced in Germany – by one major charcoal-factory operator and in a number of demonstration charcoal kilns. The pertinent quantities are determined by the Federal Statistical Office and are subject to confidentiality requirements. The emission factors were obtained from US EPA 1995 [(NEULICHT1995)] . +NMVOC Emissions from decommissioned hard-coal mines play a role in this sub- source category. When a hard-coal mine is decommissioned, mine gas can escape from neighbouring rock, and from coal remaining in the mine, into the mine's network of shafts and passageways. Since the mine is no longer artificially ventilated, the mine gas collects and can then reach the surface via gas pathways in the overlying rock or via the mine's own shafts and passageways. Such mine gas was long seen primarily as a negative environmental factor. Recently, increasing attention has been given to the gas' positive characteristics as a fuel (due to its high methane content, it is used for energy recovery). In the past, use of mine gas was rarely cost-effective. This situation changed fundamentally in 2000 with the Renewable Energy Sources Act (EEG). Although mine gas is a fossil fuel in finite supply, its use supports climate protection, and thus the gas was included in the EEG. The Act requires network operators to accept, and provide specified compensation for, electricity generated with mine gas and fed into the grid. 
  
- 
-<WRAP center round box 50%> 
-Use of charcoal (includes wood only) and barbecue coal (includes wood and lignite briquetts) is reported under [[sector:ippu:other_product_use:charcoal:start|2.G. - Use of Charcoal for barbecues]]. The production of lignite briquettes is reported under 1.B.1.b. 
-</WRAP> 
- 
- 
-===== Decommissioned hard-coal mines ===== 
- 
-NMVOC Emissions from decommissioned hard-coal mines play a role in this sub- source category. When a hard-coal mine is decommissioned, mine gas can escape from neighbouring rock, and from coal remaining in the mine, into the mine's network of shafts and passageways. Since the mine is no longer artificially ventilated, the mine gas collects and can then reach the surface via gas pathways in the overlying rock or via the mine's own shafts and passageways. Such mine gas was long seen primarily as a negative environmental factor. Recently, increasing attention has been given to the gas' positive characteristics as a fuel (due to its high methane content, it is used for energy recovery). In the past, use of mine gas was rarely cost-effective. This situation changed fundamentally in 2000 with the Renewable Energy Sources Act (EEG). Although mine gas is a fossil fuel in finite supply, its use supports climate protection, and thus the gas was included in the EEG. The Act requires network operators to accept, and provide specified compensation for, electricity generated with mine gas and fed into the grid.  
 The NMVOC emissions from decommissioned hard-coal mines have been calculated in the research project "Potential for release and utilisation of mine gas" ("Potential zur Freisetzung und Verwertung von Grubengas") [(MEINERS2014)]. The relevant calculations were carried out for all mining-relevant deposits in Germany. The NMVOC emissions from decommissioned hard-coal mines have been calculated in the research project "Potential for release and utilisation of mine gas" ("Potential zur Freisetzung und Verwertung von Grubengas") [(MEINERS2014)]. The relevant calculations were carried out for all mining-relevant deposits in Germany.
  
-^ Source of emission factor       ^  Substance  ^  unit   ^  Value    ^ +__Table 7: NMVOC emission factor for decommissioned hard-coal mines, in [kg/m<sup>13</sup>]__ 
-| decommissioned hard-coal mines  |  NMVOC      |  kg/m³  | 0.001599  |+^  EF        ^ 
 +|  0.001599  |
  
 ===== Recalculations ===== ===== Recalculations =====
  
-Please refer to overarching chapter [[sector:energy:fugitive:start|1.B - Fugitive Emissions from fossil fuels]]+<WRAP center round info 60%> 
 +For more details please refer to the super-ordinate chapter [[sector:energy:fugitive:start|1.B - Fugitive Emissions from fossil fuels]] 
 +</WRAP>
  
 ===== Planned improvements ===== ===== Planned improvements =====
  
-New studies show a lower PM<sub>10</sub> emission factor for open pit mining. Those studies will be evaluated and implemented in next submission.+No further improvements are planned.
  
 ===== References ===== ===== References =====
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 [(EMEPEEA2016>EMEP/EEA Air Pollutant Emission Inventory Guidebook 2016; published in 2016 [[https://www.eea.europa.eu/publications/emep-eea-guidebook-2016/part-b-sectoral-guidance-chapters/1-energy/1-b-fugitives|External Link]] (last pageview: Dec 2016) )] [(EMEPEEA2016>EMEP/EEA Air Pollutant Emission Inventory Guidebook 2016; published in 2016 [[https://www.eea.europa.eu/publications/emep-eea-guidebook-2016/part-b-sectoral-guidance-chapters/1-energy/1-b-fugitives|External Link]] (last pageview: Dec 2016) )]
 [(NEULICHT1995>Neulicht, R. (1995): Emission Factor Documentation for AP-42 Section 10.7 "Charcoal". [[https://www3.epa.gov/ttn/chief/ap42/ch10/|External Link]] )] [(NEULICHT1995>Neulicht, R. (1995): Emission Factor Documentation for AP-42 Section 10.7 "Charcoal". [[https://www3.epa.gov/ttn/chief/ap42/ch10/|External Link]] )]
-[(MEINERS2014>Meiners, H. (2014): Potential zur Freisetzung und Verwertung von Grubengas] +[(MEINERS2014>Meiners, H. (2014): Potential zur Freisetzung und Verwertung von Grubengas)] 
- +[(KOHLENWIRTSCHAFT>Statistik der Kohlenwirtschaft (2019) [[https://kohlenstatistik.de/|External Link]] (last pageview: March 2021) )] 
-[(KOHLENWIRTSCHAFT>Statistik der Kohlenwirtschaft (2019) [[https://www.kohlenstatistik.de/|External Link]] (last pageview: March 2021) )]+[(UBA>Dokumentation zur Berechnung des PM10-Austrags aus dem Tagebau Hambach im Jahr 2013 und Ableitung eines Emissionsfaktors (2021) [[https://thru.de/fileadmin/SITE_MASTER/content/Dokumente/Downloads/Sonstige_Downloads/Dokumentation_zur_Berechnung_des_PM10_Emissionsfaktors_20211029.pdf|External Link]] (last pageview: March 2023) )]