Energy transformations: Difference between revisions

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(→‎Answer: all transformations in Kuopio added)
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== Answer ==
== Answer ==


<t2b index="Purpose,Situation,Process,Use,Fuel,Observation" locations="Unit,Amount,Description" unit="-">
<t2b index="Transformation,Process,Use,Fuel,Observation" locations="Unit,Amount,Description" unit="-">
Traffic biofuel production|Modern refinery|Production|Input|Renewables and waste|ton|1|
Traffic biofuel production|Production|Input|Renewables and waste|MWh|1|
Traffic biofuel production|Modern refinery|Production|Output|Petrochemical products|ton|1|
Traffic biofuel production|Production|Output|Petrochemical products|MWh|1|
Traffic fuel production|Modern refinery|Import|Input|Crude oil|ton|1|
Traffic fuel production|Import|Input|Crude oil|MWh|1|
Traffic fuel production|Modern refinery|Production|Output|Petrochemical products|ton|1|
Traffic fuel production|Production|Output|Petrochemical products|MWh|1|
Combined heat and power, peat|Large CHP plant|CHP plant|Input|Crude oil|ton|0.18|Peat contains 18 % of crude oil because peat does not burn well alone.
CHP in large plant, peat|CHP plant|Input|Crude oil|ton|0.18|Peat contains 18 % of crude oil because peat does not burn well alone.
Combined heat and power, peat|Large CHP plant|CHP plant|Input|Coal and peat|ton|0.82|Peat
CHP in large plant, peat|CHP plant|Input|Coal and peat|ton|0.82|Peat
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Heat|MWh|2.88|Outputs divide into heat and power, and the ratio depends on local situations
CHP in large plant, peat|CHP plant|Output|Heat|MWh|2.88|Outputs divide into heat and power, and the ratio depends on local situations
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Electricity|MWh|1.84|
CHP in large plant, peat|CHP plant|Output|Electricity|MWh|1.84|
Combined heat and power, peat|Large CHP plant|CHP plant|Output|PM2.5|g|300|
CHP in large plant, peat|CHP plant|Output|PM2.5|g|300|
Combined heat and power, peat|Large CHP plant|CHP plant|Output|CO2|ton|2.5|
CHP in large plant, peat|CHP plant|Output|CO2|ton|2.5|
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Ash|ton|0.05|
CHP in large plant, peat|CHP plant|Output|Ash|ton|0.05|
Combined heat and power, wood|Large CHP plant|CHP plant|Input|Coal and peat|ton|1|
CHP in large plant, wood|CHP plant|Input|Coal and peat|ton|1|
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Heat|MWh|2.88|Outputs divide into heat and power, and the ratio depends on local situations. Output 0.61*17 kJ/g*1Mg/ton/3.6 ks = 2.88 MWh
CHP in large plant, wood|CHP plant|Output|Heat|MWh|2.88|Outputs divide into heat and power, and the ratio depends on local situations. Output 0.61*17 kJ/g*1Mg/ton/3.6 ks = 2.88 MWh
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Electricity|MWh|1.84| Output 0.39*17 kJ/g*1Mg/ton/3.6 ks = 1.84 MWh
CHP in large plant, wood|CHP plant|Output|Electricity|MWh|1.84| Output 0.39*17 kJ/g*1Mg/ton/3.6 ks = 1.84 MWh
Combined heat and power, wood|Large CHP plant|CHP plant|Output|PM2.5|g|300|
CHP in large plant, wood|CHP plant|Output|PM2.5|g|300|
Combined heat and power, wood|Large CHP plant|CHP plant|Output|CO2|ton|2.5|
CHP in large plant, wood|CHP plant|Output|CO2|ton|2.5|
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Ash|ton|0.05|
CHP in large plant, wood|CHP plant|Output|Ash|ton|0.05|
Transportation|Road traffic|Road traffic|Output|Petrochemical products|ton|1|
Transportation|Import|Input|Petrochemical products|MWh|1|
Transportation|Road traffic|Import|Input|Petrochemical products|ton|1|
Transportation|Road traffic|Output|Petrochemical products|MWh|1|
Other petrochemical use||Import|Input|Petrochemical products|ton|1|
Other petrochemical use|Import|Input|Petrochemical products|MWh|1|
Other petrochemical use||Other energy consumption|Output|Petrochemical products|ton|1|
Other petrochemical use|Other energy consumption|Output|Petrochemical products|MWh|1|
Bioenergy (wood) use||Production|Input|Renewables and waste|ton|1|
Small-scale wood burning|Production|Input|Renewables and waste|MWh|1|
Bioenergy (wood) use||Other energy consumption|Output|Renewables and waste|ton|1|
Small-scale wood burning|Other energy consumption|Output|Renewables and waste|MWh|1|
Electricity consumption||CHP plant|Input|Electricity|MWh|1|
Electricity consumption|CHP plant|Input|Electricity|MWh|1|
Electricity consumption||Other energy consumption|Output|Electricity|MWh|1|
Electricity consumption|Other energy consumption|Output|Electricity|MWh|1|
Savon Sellu|Production|Input|Renewables and waste|MWh|1|
Savon Sellu|Other energy consumption|Output|Renewables and waste|MWh|1|
Electric heating|CHP plant|Input|Electricity|MWh|1|
Electric heating|Heating|Output|Electricity|MWh|1|
District heating|CHP plant|Input|Heat|MWh|1|
District heating|Heating|Output|Heat|MWh|1|
</t2b>
</t2b>
* CHP = Combined heat and power


== Rationale ==
== Rationale ==

Revision as of 02:05, 24 January 2012



Question

What are the typical energy processes in different Urgenche cities? Processes are events where energy if converted from one form to another or one use to another.

Answer

Energy transformations: Difference between revisions(-)
ObsTransformationProcessUseFuelUnitAmountDescription
1Traffic biofuel productionProductionInputRenewables and wasteMWh1
2Traffic biofuel productionProductionOutputPetrochemical productsMWh1
3Traffic fuel productionImportInputCrude oilMWh1
4Traffic fuel productionProductionOutputPetrochemical productsMWh1
5CHP in large plant, peatCHP plantInputCrude oilton0.18Peat contains 18 % of crude oil because peat does not burn well alone.
6CHP in large plant, peatCHP plantInputCoal and peatton0.82Peat
7CHP in large plant, peatCHP plantOutputHeatMWh2.88Outputs divide into heat and power, and the ratio depends on local situations
8CHP in large plant, peatCHP plantOutputElectricityMWh1.84
9CHP in large plant, peatCHP plantOutputPM2.5g300
10CHP in large plant, peatCHP plantOutputCO2ton2.5
11CHP in large plant, peatCHP plantOutputAshton0.05
12CHP in large plant, woodCHP plantInputCoal and peatton1
13CHP in large plant, woodCHP plantOutputHeatMWh2.88Outputs divide into heat and power, and the ratio depends on local situations. Output 0.61*17 kJ/g*1Mg/ton/3.6 ks = 2.88 MWh
14CHP in large plant, woodCHP plantOutputElectricityMWh1.84 Output 0.39*17 kJ/g*1Mg/ton/3.6 ks = 1.84 MWh
15CHP in large plant, woodCHP plantOutputPM2.5g300
16CHP in large plant, woodCHP plantOutputCO2ton2.5
17CHP in large plant, woodCHP plantOutputAshton0.05
18TransportationImportInputPetrochemical productsMWh1
19TransportationRoad trafficOutputPetrochemical productsMWh1
20Other petrochemical useImportInputPetrochemical productsMWh1
21Other petrochemical useOther energy consumptionOutputPetrochemical productsMWh1
22Small-scale wood burningProductionInputRenewables and wasteMWh1
23Small-scale wood burningOther energy consumptionOutputRenewables and wasteMWh1
24Electricity consumptionCHP plantInputElectricityMWh1
25Electricity consumptionOther energy consumptionOutputElectricityMWh1
26Savon SelluProductionInputRenewables and wasteMWh1
27Savon SelluOther energy consumptionOutputRenewables and wasteMWh1
28Electric heatingCHP plantInputElectricityMWh1
29Electric heatingHeatingOutputElectricityMWh1
30District heatingCHP plantInputHeatMWh1
31District heatingHeatingOutputHeatMWh1
  • CHP = Combined heat and power

Rationale

Energy transformations describe energy flows between cells in an energy balance sheet. For example, see op_fi:Energiatase/Kuopio.

Numbers are just rough placeholders at the moment.

Dependencies

Formula

See also

Keywords

References


Related files

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