100kw 200kw 400kw 800kw 1MW 2MW Biogas Power Station

• After-sales Service: Yes
• Warranty: Yes
• Power: 50-200kw, 100kw - 10MW
• Certification: CCC, ISO, CE, ISO, CE
• Output Type: AC Three Phase
• Standard: Nonstandard
• Model NO.: KX-1200
• Transport Package: Seaworthy Packing
• Specification: ISO, CE
• Trademark: huanhai
• Origin: Shandong, China
• Production Capacity: 200 Sets

Product Description

MODEL	Gas output	Generator power	Material consumption
KX-50B	50M3/hour	20Kw	25 - 30kg/Hour
KX-100B	100M3/hour	30Kw	50 - 60Kg/Hour
KX-150B	150M3/hour	50Kw	70 - 90Kg/Hour
KX-200B	200M3/hour	70Kw	100 - 120Kg/Hour
KX-300B	300M3/hour	100Kw	150 - 160Kg/Hour
KX-400B	400M3/hour	120Kw	200 - 220Kg/Hour
KX-600B	600M3/hour	200Kw	300 - 320Kg/Hour
KX-800B	800M3/hour	260Kw	400 - 420Kg/Hour
KX-1000B	1000M3/hour	350Kw	500 - 520Kg/Hour
KX-1200B	1200M3/hour	400Kw	600 - 620Kg/Hour
KX-1500B	1500M3/hour	500Kw	750 - 800Kg/Hour
KX-2000B	2000M3/hour	700Kw	1000 - 1200Kg/Hour
KX-2400B	2400M3/hour	800Kw	1200 - 1400Kg/Hour
KX-2600B	2600M3/hour	880Kw	1400 - 1500Kg/Hour
KX-3000B	3000M3/hour	1MW	1600 - 1800Kg/Hour

Raw Material:

Any type of Agro-Forestry waste can be used with moisture below 18%. 

Biomass gasifier can match generator 20Kw up to 800Kw.Groundnut-shell, Sugarcane residue, Caster Shells/Stalk, Saw dust, Coffee Husk, Paddy Straw, Sunflower Stalk, Cotton Stalks, Tobacco waste, Mustard Stalk, Jute waste, Bamboo Dust, Tea waste, Wheat Straw, Palm husk, Soybeans husk, Rice Husks, Forestry wastes, Waste paper, Cardboard, Wood Chips and many other Agro wastes.





 

Working Principle:

 

The principle of gasifying process: biological materials enter reactor, and undergo heat drying. As the temperature increases, the volatile is separated out and split. After splitting, the gas and carbon meet supplied air in the oxidation area and combustion takes place. The combustion results in CO and vapor. The heat from combustion is utilized to maintain dryness, splitting reaction and endothermic reaction of the underneath reversion area. The gas resulted from the combustion goes through the reversion area and reacts with carbon layer (C+CO2 =2CO, C+HO2 =H2 +CO), which produces burnable gas consisting of CO, H2, CH4, CmHn.