PRODUCTION OFELECTRICITY FROM WOODWASTE
Comprehensive technology for processing wood waste into electricity from 8 kW.
technology
Pyrolysis technology and its role in the production of electricity
Wood pyrolysis is a thermal process at 450-500°C with limited oxygen, which convertswood waste into coal for efficient conversioninto electricity.
pyrolysis
The process ofpyrolysis andproduction of charcoal
Technological stages of pyrolysis
When wood is heated to 450-500°C without access to oxygen, the decomposition of wood waste and the formation of solid coal occur.
Characteristics of pyrolysis products
The resulting synthesis gas, methane and hydrogenare used as fuel, wood tar is a liquid fraction andcharcoal is obtained.
parameters
Main parameters of the gas generator
The power of the gasgenerator for electricityproductionstarts from 8 kW, which issuitable for providingelectricity to small,medium and largehouseholds, as well asindustrial enterprises
The consumption ofcharcoalis from 0.3 to 0.4 kg foreach kW of electricitydepending on the loads
The autonomous operationtime of the gas generatoris limited only by thevolume of the wood feedhopper, the larger thehopper, the longer theautonomous operationtime
Gas GeneratorMaintenanceFilter cleaning is requiredno more than every threemonths, reducingoperating costs andensuring system reliability. The engine-generator isserviced according to theengine hours
production
The cycle of electricity generation from wood waste
Wood waste is fed into a furnace, where it isconverted into charcoal under high temperatures andlimited oxygen
Coal is placed in a hopper, burned, and converted intogas
The gas is then sent to an internal combustionengine, which converts the energy into electricityusing an electric generator with a capacity of at least8 kW
characteristics
Technical characteristics of gas generators
Power (kW)
Coal consumption (kg/kW h)
Operating time from bunker filling (h)
Filter cleaning (months)
Maintenance (engine hours)
8
0,4
10-12
3
5000
30
0,38
12-15
3
5000
50
0,35
15-18
3
5000
100
0,33
18-24
3
5000
Basic parameters of power, fuel consumption, operating time and filter maintenance for different models.
The choice of model depends on production needs and maintenance plan.
advantages
Environmental and economic benefits of the technology
CO2 emissions are reducedby using waste and pyrolysistechnology instead of fossilfuels
The use of recyclable woodresidues reduces landfillvolumes and reducespressure on forests
Savings are achievedthrough the availability oflocal raw materials andreduced fuel costs
The durability of the filtersand the compactness of theinstallation reducemaintenance and operatingcosts
development
Prospects for the development of electricity production fromwood waste
The technology is efficient, scalable, and contributes to the diversification of energy inregions with electricity challenges, emphasizing sustainability and innovation
TELCO-GROUP Company
111394, Moscow, Perovskaya st., bldg. 65
INN 5032067381
OGRN 1035006450709
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