Technology of Biomass Power System

Core  Working  Principle  &  Process Flow

The system operates through a coherent and efficient technical chain, realizing the full conversion of biomass to electricity:

1. Biomass Pretreatment : Collected palm biomass by- products first enter the pretreatment stage. A biomass crusher breaks the raw materials into particles of appropriate size, and a biomass dryer reduces their moisture content to meet combustion requirements— laying the foundation for efficient energy conversion.

   
   

2. Material Conveying & Steam Generation : The pretreated biomass is stably transported to the steam boiler via a conveyor system. Simultaneously, the water treatment system purifies the water source to ensure the quality of steam. In the steam boiler, biomass undergoes full combustion to generate high-temperature and high- pressure steam.

   
   

3. Power Generation : The generated steam drives the turbine generator to operate, efficiently converting thermal energy from biomass combustion into electrical energy—completing the entire process of biomass-to- electricity conversion.

Key  Equipment  Configuration

The system is equipped with a complete set of professional equipment to ensure stable and efficient operation, including:

• Biomass crusher (for raw material size reduction) 

• Biomass dryer (for moisture control)

• Conveyor (for continuous material transportation)

• Water treatment system (for steam quality guarantee)

• Steam boiler (core equipment for thermal energy production)

• Turbine generator (for electricity generation)

Core  Advantages

Environmental Benefit 

By effectively utilizing biomass by-products as fuel, the system avoids environmental pollution caused by improper disposal of waste, reduces reliance on fossil energy, and achieves low-carbon emission reduction—contributing to ecological protection.

Economic Value 

The electricity generated by the system not only meets the self-sufficiency needs of large-scale palm oil crushing plants but also can be exported externally, creating substantial economic benefits. This dual-value realization model further drives the improvement of industrial benefits and national living standards.

Company Practice & Capacity Scale 

With long-term dedication to the palm oil industry, our company has equipped each large-scale palm oil crushing plant with a matched Biomass Power System, forming a "by- product utilization - power self-sufficiency - external supply" industrial cycle. The system covers a diverse range of capacity grades to adapt to different production scales, including 3MW/hour, 7.5MW/hour, 10MW/hour, 15MW/hour, 20MW/hour, 30MW/hour, and 40MW/hour.

Conclusion

As a typical practice of circular economy in the palm oil industry, the Biomass Power System perfectly integrates environmental protection and economic benefits. It not only solves the disposal problem of industrial by- products but also provides a reliable green power support for the industry, becoming a key driver for the sustainable development of the palm oil sector.