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Biomass Combined Heat and Power Plants |
Economics;
CHP steam is easier to justify when there is a use for the excess heat (CHP), but this relies on a constant demand for heat when the system is generating.
The range of power generation and heating systems are available to suit your waste supply.
Renewable Energy Sources Results in the following.
· A reduction in fossil fuel use.
· An increase in renewable energy use.
· Switching to a renewable energy reduces gas emissions
· Diverting wood waste from landfill reduces Greenhouse Gas Emissions
· Wood waste in landfill breaks down and produces methane
· Methane is a potent Greenhouse gas.
· A tonne of Methane has 21 times the impact on Global Warming as tonne of CO2e
Comprehensive full life cycle analysis (LCA) on a 1MW wood waste Boiler replacing a LPG Boiler resulted in the following.
Emission Reduction from the (LCA) Project:
· Period October 2004 to September 2005
· Fuel switching 803.4 tonnes CO2e
· Avoidance of Landfill emissions 204.1 tonnes of CO2e
· Avoided emissions of 560.2 tonnes of CO2e by using wood waste from other mills in lieu of landfill
· Avoided 463.6 tonnes of CO2e emissions by collecting waste from furnisher manufacturer in lieu of landfill
· Increased electricity use created 98.5 tonnes of CO2e
· Increased LPG costs justified Capital payback of renewable energy project
· Value add your dry sawdust, and burn your waste.
CHOICE of RENEWABLE ENERGY SYSTEMS
· Steam Engine Power Generation Plants
· Steam Turbine Power Generation Plants
· Replace large Electric Motors with Steam Turbines
· Biomass Gas Turbines Plants Indirect Firing
| Biomass Combined Heat and Power Plants |
Total operating hrs per year 8000
| Power Output |
1,050 kW |
700 kW |
350 kW |
140 kW |
| Fuel - Wood Chips/Sawdust |
3.3 t/h |
2.3 t/h |
1.1 t/h |
0.4 t/h |
| Fuel per 8,000 hrs |
26,000 t/y |
18,000 t/y |
8,800 t/y |
3,200 t/y |
| Steam Pressure |
25 bar |
25 bar |
25 bar |
25 bar |
| Steam Temperature |
250 ° C |
250 ° C |
250 ° C |
250 ° C |
| Steam Flow Rate |
12.4 t/h |
8.3 t/h |
4.1 t/h |
1.9 t/h |
| Back Pressure |
0.5 bar |
0.5 bar |
0.5 bar |
0.5 bar |
| Exhaust Steam Temperature |
110 ° C |
110 ° C |
110 ° C |
110 ° C |
| Thermal Output |
7.0 MW |
4.6 MW |
2.3 MW |
1.1 MW |
The above figures are examples, please contact us for more precise information.
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STEAM SYSTEMS
Boiler Manufacturer - Renewable Energy - Biomass -
Steam Engine - Steam Turbine - Gas Turbine
Phone: 03 9357 1030 or 0407 559 496
Servicing all of Australia
Melbourne - Sydney - Canberra - Brisbane - Darwin - Perth - Adelaide - Tasmania | |