Inquiry for 20 TPH Bagasse Firing Boiler

20 TPH Bagasse Firing Boiler Specifications

1.  Fuel : 100% Bagasse (LCV : 1750 kcal/kg , 53% moisture)
2. Capacity : 20 TPH
3. Pressure Operate : 20 Bar G
4. Operate Temperature : 300 Deg C
5. Grate Type : Dumping Grate (pneumatic operate)
6. Feed Water Temp : 90 Deg C
7. Electrical power source : 380V50Hz
8. Feed water pump : quote as an option
9. Inlet Air Temp : 35-40 Deg C
10. Air Preheater : required
11. Economizer : required
12. Fuel Feeder : required (2 sets)
13. Multi Cyclone dust separator : required
14. Air Duct / Gas Duct : Required
15. Blowers : required with motor

Excluded :

• -Field Instrument gauge (provide list of instrument in proposal)
• -Motor Starter (provide kW and start method)
• -Steel Chimney
• -erection work
• -Insulation and cladding (required support drawing / spec)
• -Refractory (required support drawing / spec)

20 TPH Bagasse Firing Boiler

The bagasse-burning biomass fired CFB boiler produced by Zhengguo adopts two boiler product design invention patents researched by Xi'an Jiaotong University:

1. Fly ash internal circulation vulcanization reburning device based on high temperature separation The application number of the national invention patent accepted: 200610043133.2;

2. Design method of composite equal flow velocity of flag-type convection heating surface of corner tube boiler National invention patent accepted application number: 200610043132.8.

The bagasse biomass power generation boiler is an independent innovation designed by Zhengguo on the basis of the technology introduced through the GEF project and the research on the products and technologies of angle tube boilers at home and abroad, according to the technical development characteristics and market demand of my country's coal-fired chain grate. It has reliable water circulation. , High-efficiency combustion, low-pollution emissions, large-capacity layer-fired chain grate boiler energy-saving products. Good thermal insulation performance, no ash leakage, high combustion efficiency.