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CPL CONCORDIA Soc. Coop.
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CPL CONCORDIA - Model Biopower (M-J) - ...

CPL CONCORDIA - Model Biopower (M-J) -Co-Generation Module

FromCPL CONCORDIA Soc. Coop.

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Biopower is a plug &amp power product line ready for use branded CPL CONCORDIA. It has been designed for biogas co-generation from 100 kW upwards.

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solid urban waste

greenhouse gas emissions

solid waste organization

BIOPOWER M model?	Power input kW	Electric power kWe	Thermal power kWt	Electrical yield %	Thermal yield %	Total yield %	*Fuel consumption () Nm3/h**	Power supply system	Dimensions (LxDxH)?mm	Weight kg
BIOPOWER 100 M	274	100	132	36,5%	48,2%	84,7%	54	Turbo intercooler	3610x1200x2100	3410
BIOPOWER 210 M	531	210	234	39,5%	44,1%	83,6%	105	Turbo intercooler	3810x1500x2250	5150
BIOPOWER 250	657	250	326	38,1%	49,6%	87,7%	130	Turbo intercooler	4500x1800x2450	6250
BIOPOWER 355	924	355	433	38,4%	46,9%	85,3%	182	Turbo intercooler	4500x1900x2450	7150
BIOPOWER 450 M	1179	450	556	38,2%	47,2%	85,3%	233	Turbo intercooler	5000x1900x2650	7850
BIOPOWER 530 M	1358	530	654	39,0%	48,2%	87,2%	268	Turbo intercooler	5500x2200x2750	8540
BIOPOWER J model?	Power input kW	Electric power kWe	Thermal power kWt	Electrical yield %	Thermal yield %	Total yield %	*Fuel consumption () Nm3/h**	Power supply system	Dimensions (LxDxH)?mm	Weight kg
BIOPOWER 299 J	771	299	371	38,8%	48,2%	87,0%	152	Turbo intercooler	4900x1700x2000	5900
BIOPOWER 599 J	1505	599	713	39,8%	47,3%	87,1%	296	Turbo intercooler	4700x1800x2300	9500
BIOPOWER 901 J	2132	901	905	42,3%	42,4%	84,7%	474	Turbo intercooler	6000x1800x2200	11400
BIOPOWER 999 J	2488	999	1131	40,2%	45,5%	85,6%	489	Turbo intercooler	5700x1900x2300	14400
BIOPOWER 1200 J	2834	1203	1205	42,4%	42,5%	85,0%	630	Turbo intercooler	6700x1800x2200	13700
BIOPOWER 1500 J	3538	1500	1504	42,4%	42,5%	84,9%	786	Turbo intercooler	7100x1800x2200	16900

Power generation from the waste produced by animal husbandry and farming to generate extra income
Less issues with bio-waste storage and disposal
Sewage stabilisation: degradation and fermentation processes slow down and produce less foul-smelling compounds. In addition, the odorous substances developed during the process (hydrogen sulphide, mercaptans, ammonia) are delivered to the combustion process
Use of energy sources alternative to conventional fuels
Low-profit crops with high energy content can be used with great economic benefits
Digestate can be used and sold as soil improver instead of chemical fertilisers
Reduction of greenhouse gas emissions

A great variety of materials can be treated to obtain biogas through anaerobic digestion:

Energy crops: maize, sorghum, triticale, rye grass, etc.
Crop residues
Animal sewage
Sewage sludge
Wet fraction of solid urban waste
Organic waste from agri-food and slaughterhouse industry