References

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  • Cogeneration
  • Trigeneration

Cogeneration for Tannery

System realized with 1 engine of 1.000 kWe.
The energy from coolant is used to produce hot water and the exhaust for steam, both utilized in the specific production process.

1000

Power plant in kWe

25%

Primary energy saving

31%

Economic saving

2,2

Payback period (in years)

Cogeneration for Chemical

System realized with 1 engine of 500 kWe.
The energy from coolant and exhaust is used to heat the water utilized by the production process.

500

Power plant in kWe

22%

Primary energy saving

26%

Economic saving

2,1

Payback period (in years)

Cogeneration for Food

System realized with 1 engine of 200 kWe.
All the usable heat of the engine is utilized to warm the water needed by the industrial process.

200

Power plant in kWe

20%

Primary energy saving

33%

Economic saving

2

Payback period (in years)

Trigeneration for Plastic

System realized with 1 engine of 1.200 kWe.
All the engine heat (coolant and exhaust) is saved for the factory warming in winter and for the molds cooling, through a Lithium Bromide absorption chiller, in the other seasons.

1200

Power plant in kWe

21%

Primary energy saving

33%

Economic saving

1,8

Payback period (in years)