New improved straw biomass gasifier stove gas generator

Specifications

straw gasifier stove
1.Advanced Gasification Technology.
2.Large capacity
3.CE & IS09001
4.Many years experience

New improved straw biomass gasifier stove gas generator

 

     During the gasoline shortage caused by World War II biomass gasification was used extensively throughout Europe, Asia and Africa to power conventional internal combustion engines.  Biomass gasification is the process of breaking down and rearranging the primary components of plant material by partial combustion.

     Wood, for example, is composed primarily of carbon and hydrogen.  In normal combustion wood produces H2O and CO2, the gaseous components of smoke.  By burning in an oxygen deficient environment, however, the hydrogen in wood cannot acquire oxygen, thus creating hydrogen.  No oxygen is available for the production of CO2, thus CO or carbon monoxide is formed.  The CO is quickly converted to the nonpoisonous CO2 in the engine.

     The smoke from pyrolysis or the partial burning of cellulose such as wood, hay or corn stalks contains enough hydrogen and CO, along with a smaller amount of methane, to power a conventional automobile engine.  The use of this gaseous biofuel in auto engines and even in boilers etc. is somewhat comparable to the use of propane or natural gas.

 

 

 

1). Flexibility. Gas engine, gas turbine and even waste heat recovery boiler may be used considering various power plant capacity requirements. It ensures high power generating efficiency. Different capacities of biomass power generation plant can be designed with various types of POWERMAX-BGPS system.

 

2). Clean technology. Biomass, as one kind of renewable energy, may reduce the emission of carbon dioxide, sulfur dioxide causing from fossil fuel. Nitrogen oxides emission is very limited in our biomass gasification power generating system because of low temperature (700°C~1200°C).

 

3). Economic. POWERMAX-BGPS is capacity flexible. Even small size biomass power plant is also profitable. Simple process and less land requirements make biomass gasification power plant more economic comparing with other renewable energy. Generally speaking, biomass gasification power generating is the most economic technology in renewable power generating plant, the cost of which is nearly the same as small-size conventional power plant.

 

Item	Model	HMBG-180	HMBG-360	HMBG-540	HMBG-720	HMBG-1200	HMBG-1500	HMBG-1800
Fuel	Fuel consumption(kg/h)	60-120	120-240	180-360	240-480	400-800	500-1000	600-1200
	Fuel required	2cm-8cm wheat straw, rice husk, wood chips, corn cob, cotton straw, peanut shell, etc.
	Water content	10%-15%
Gasification	Capacity (m3/h)	150-180	300-360	500-540	600-720	1000-1200	1300-1500	1600-1800
	Composition of gas	CO:20-25%     H2:8-15%     CH4:2-4%    CO2:2-4%     N2:40-45%     O2:≤1.0%
Rate of gasification(Nm3/kg)		Woody plants: 2-3m3      Herb plants: 1-1.5m3
Electricity consumption	kw	20	30	37	40	55	60	70
Generator	Capacity (kw)	50	100	150-200	250-300	400-500	600-700	800-900
Remarks	Besides the above general models, we can also supply special model as your request.

 

Enclosure: 

Various components of different raw materials gasification (%)
Raw materials	N2	CO2	O2	CO	H2	CH4	Other
Corn cob	46.2	13.1	0.7	22.5	13.3	2.3	2.2
Corn stalk	46.7	13.3	0.8	21.4	13.2	2.2	2.4
Wheat stalk	48.9	13.7	0.8	19.7	12.5	1.9	2.5
Rice husk	49.7	14.1	0.8	19.6	11.6	1.9	2.3

 

 

 

 

 

 

Produktgruppe : Vergaser-Ausrüstung > Biomassevergaser