1. Wide range of raw material sources
The main component of biogas, methane, can be produced by decomposing organic matter such as feces, straw, organic wastewater, etc. It is suitable for various scenarios such as urban, rural, and industrial areas.
2. Significant environmental benefits
Utilizing waste to generate electricity reduces greenhouse gas emissions, lowers pollution, aligns with the environmental concept of energy recycling, and reduces reliance on fossil fuels.
3. Outstanding economic benefits
Reduce energy costs: Reduce electricity and gas expenses, and some projects can receive government subsidies;
Waste heat utilization: The waste heat generated by power generation can be used to provide hot water, steam, or for refrigeration, forming a combined heat, electricity, and cooling system to improve energy utilization efficiency.
4. Stable and safe operation
The fuel system undergoes filtering treatment (such as desulfurization and dehydration) to ensure stable operation of the equipment;
Equipped with intelligent monitoring function, automatic alarm and shutdown in case of abnormal situations, enhancing safety.
5. Flexible adaptation to different needs
Single fuel unit has a simple structure and low cost, suitable for stable biogas supply scenarios;
The dual fuel unit can flexibly switch between biogas and diesel, adapting to fluctuations in biogas production or concentration.
6. Low equipment cost and easy maintenance
Adopting modular design, easy installation, and no need for professional construction teams; Advanced technology and high degree of automation, supporting long-term stable operation.
7. Promote the development of renewable energy
Relieve regional power grid pressure, optimize energy structure, and help achieve carbon neutrality goals.
Post time: Apr-29-2025