Environme ntal, X
1
|
The effect of reducing carbon monoxide emissions in exergy units, x
11
|
Low (L)Average (A)High (H) |
The effect of preventing environmental pollution in exergy units, x
12
|
Low (L)Average (A)High (H) |
The effect of using biofuels in exergy units, x
13
|
Low (L)Average (A)High (H) |
The effect of the use of organic fertilizers in exergy units, x
14
|
Low (L)Average (A)High (H) |
Influence factors |
Designation and name of the linguistic variable |
Terms for evaluating linguistic variables |
|
Exergy effect from receiving additional thermal energy from traditional sources, x
21
|
Low (L)Average (A)High (H) |
Energy, X
2
|
Exergy effect of obtaining additional solar energy, x
22
|
Low (L)Average (A)High (H) |
|
Exergy effect of receiving additional thermal energy from the heat pump, x
23
|
Low (L)Average (A)High (H) |
Fermentation temperature regimes, X
3
|
Exergy effect at: |
Thermophilic mode, x
31 Mesophilic mode, x
32 Cryophilic mode, x
33
|
Low (L)Average (A)High (H) |