Biogas is used for power generation, and waste heat recovery equipment is used for recovering the heat of engine exhaust. Therefore it can realize cogeneration, develop a recycling economy, and the comprehensive utilization efficiency of biogas can reach over 70%. It can not only reduce environmental pollution, benefit the environment, reduce greenhouse gas emissions, but also can ease the contradiction between supply and demand of electricity, reduce production costs, increase the efficiency of enterprises, and increase the competitiveness of enterprises.

Since 2002, Jichai has devoted itself to the R&D of biogas engines. After years of continuous efforts, 550KW and 1200KW biogas engines have been successively launched, and they can be assembled as generator sets. They are now widely used in China and Southeast Asia.

The use of biogas for power generation is a manifestation of the conversion of biomass to higher-grade energy. The main component of biogas is methane (CH4), which usually accounts for 55% to 65% of the total volume; followed by carbon dioxide, which accounts for the total volume. 30% to 40%; remaining hydrogen sulfide, ammonia, hydrogen, and carbon monoxide gases account for about 5% of the total volume. When the biogas burns completely, it only generates carbon dioxide and water and releases heat energy. It is a clean fuel.

CNPC JICHAI cooperated with WOODWARD Company in the United States, adopting an advanced international gas-fired external mixing method, using advanced electronic control technology and lean-burn control strategy to develop a gas engine with gas and air mixed before turbocharger, which is cost-effective and has good Controllability and reliability. Since the products were put on the market in 2005, they have been sold well both at home and abroad, and have achieved good benefit.

• Production code: 1215Z,6016Z
• 100% independent intellectual property
• International mainstream control technology (EGS02 engine intelligent management system)
• International advanced air-gas ratio control technology (TEJCT air-fuel ratio automatic adjustment)
• High-flow and high-pressure intake system adapts to wide variations in concentration (30% to 60% methane concentration)
• Low-pressure air intake and lean combustion control technology (adapt to low pressure gas, better emissions)
• Advanced management module (IG-NT automatic synchronization and automatic load distribution)
• Online Maintenance Technology (More than 2500 hours of continuous trouble-free operation)
• Digital Monitoring Technology (Full monitoring of engine thermal parameters and unit electrical parameters)
• Distributed Energy Systems (Electric-Thermal, Electric-Hot-Cool)
• Different voltage level output (0.4kV/6.3kV/10.5kV)