Energy transformations: Difference between revisions
Jump to navigation
Jump to search
(placeholder) |
(→Answer: more examples) |
||
Line 8: | Line 8: | ||
== Answer == | == Answer == | ||
<t2b index="Purpose,Fuel,Use | <t2b index="Purpose,Situation,Process,Fuel,Use,Observation" locations="Unit,Amount,Description" unit="-"> | ||
Traffic biofuel production|Renewables and waste| | Traffic biofuel production|Modern refinery|Import|Input|Renewables and waste|ton|1| | ||
Traffic biofuel production|Petrochemical products| | Traffic biofuel production|Modern refinery|Production|Output|Petrochemical products|ton|0.6| | ||
Traffic fuel production|Crude oil| | Traffic fuel production|Modern refinery|Import|Input|Crude oil|ton|1| | ||
Traffic fuel production|Petrochemical products|Output| | Traffic fuel production|Modern refinery|Production|Output|Petrochemical products|ton|0.95| | ||
Large CHP plant | Traffic fuel production|Modern refinery|Production|Output|Waste heat|ton|0.05| | ||
Large CHP plant, | Combined heat and power, peat|Large CHP plant|CHP plant|Input|Crude oil|ton|0.1|Peat contains 10 % of crude oile because peat does not burn well alone. | ||
Large CHP plant | Combined heat and power, peat|Large CHP plant|CHP plant|Input|Coal and peat|ton|0.9| | ||
Large CHP plant, | Combined heat and power, peat|Large CHP plant|CHP plant|Output|Heat|ton|0.6|Outputs divide into heat and power, and the ratio depends on local situations | ||
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Power|ton|0.3| | |||
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Waste heat|ton|0.1| | |||
Combined heat and power, peat|Large CHP plant|CHP plant|Output|PM2.5|g|300| | |||
Combined heat and power, peat|Large CHP plant|CHP plant|Output|CO2|ton|2.5| | |||
Combined heat and power, peat|Large CHP plant|CHP plant|Output|Ash|ton|0.05| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Input|Coal and peat|ton|1| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Heat|ton|0.6|Outputs divide into heat and power, and the ratio depends on local situations | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Power|ton|0.3| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Waste heat|ton|0.1| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|PM2.5|g|300| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|CO2|ton|2.5| | |||
Combined heat and power, wood|Large CHP plant|CHP plant|Output|Ash|ton|0.05| | |||
</t2b> | </t2b> | ||
Revision as of 16:27, 23 January 2012
[show] |
---|
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
Obs | Purpose | Situation | Process | Fuel | Use | Unit | Amount | Description |
---|---|---|---|---|---|---|---|---|
1 | Traffic biofuel production | Modern refinery | Import | Input | Renewables and waste | ton | 1 | |
2 | Traffic biofuel production | Modern refinery | Production | Output | Petrochemical products | ton | 0.6 | |
3 | Traffic fuel production | Modern refinery | Import | Input | Crude oil | ton | 1 | |
4 | Traffic fuel production | Modern refinery | Production | Output | Petrochemical products | ton | 0.95 | |
5 | Traffic fuel production | Modern refinery | Production | Output | Waste heat | ton | 0.05 | |
6 | Combined heat and power, peat | Large CHP plant | CHP plant | Input | Crude oil | ton | 0.1 | Peat contains 10 % of crude oile because peat does not burn well alone. |
7 | Combined heat and power, peat | Large CHP plant | CHP plant | Input | Coal and peat | ton | 0.9 | |
8 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | Heat | ton | 0.6 | Outputs divide into heat and power, and the ratio depends on local situations |
9 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | Power | ton | 0.3 | |
10 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | Waste heat | ton | 0.1 | |
11 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | PM2.5 | g | 300 | |
12 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | CO2 | ton | 2.5 | |
13 | Combined heat and power, peat | Large CHP plant | CHP plant | Output | Ash | ton | 0.05 | |
14 | Combined heat and power, wood | Large CHP plant | CHP plant | Input | Coal and peat | ton | 1 | |
15 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | Heat | ton | 0.6 | Outputs divide into heat and power, and the ratio depends on local situations |
16 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | Power | ton | 0.3 | |
17 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | Waste heat | ton | 0.1 | |
18 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | PM2.5 | g | 300 | |
19 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | CO2 | ton | 2.5 | |
20 | Combined heat and power, wood | Large CHP plant | CHP plant | Output | Ash | ton | 0.05 |
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
<mfanonymousfilelist></mfanonymousfilelist>