| Customization: | Available |
|---|---|
| After-sales Service: | Yes |
| Warranty: | Yes |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
| 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.
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