High-Efficiency
Natural Gas Engine for Reliable and Low-Carbon Power Generation Our advanced
natural gas engine series delivers exceptional performance,
Fuel efficiency, and environmental compliance—ideal for commercial, industrial, and energy generation applications worldwide. Designed with cutting-edge engineering principles like lean-burn combustion, intelligent control systems, and turbocharged intercooling, these engines reduce operational costs while meeting strict global emissions standards such as China Phase III (GB20891). Whether you're powering remote sites, backup generators, or integrated power plants, this high-efficiency solution ensures consistent output without compromising sustainability. Key Features: - **Optimized Combustion Technology**: Utilizes a lean-burn strategy combined with precise low-pressure gas injection to maximize thermal efficiency and minimize NOx emissions. - **Robust Mechanical Design**: Features an inline six-cylinder configuration, water-cooled wet liners, single overhead camshaft, and four-valve cylinder heads for superior durability and reduced maintenance. - **Enhanced Thermal Management**: Equipped with a water-cooled turbocharger and specially engineered components—including heat-resistant valve seat inserts and
Oil-control piston rings—to maintain peak performance under demanding conditions. - **Low Noise Operation**: Maintains sound levels below 97 dB(A), making it suitable for urban or noise-sensitive environments. - **Smart Control Integration**: Paired with Woodward PG electronic governor and high-energy ignition systems for stable idling, smooth load transitions, and reliable startup even in variable gas quality scenarios. Detailed Specifications: Available in four models—HMT 12F.380 30, HMT 12F.408 32, HMF 13F.408 30, and HMF 13F.435 32—each unit offers rated power outputs ranging from 280 kW to 320 kW at speeds between 1500 and 1800 rpm. These units feature compression ratios of 11.5:1 to 12:1, displacements of 11.8L to 12.8L, and specific fuel consumption as low as 190 g/kW·h. The compact design measures approximately 1360×898×1138 mm (or up to 1436×939×1479 mm depending on model), with weights between 1065 kg and 1078 kg—ensuring ease of installation across various platforms. Ideal Applications: This natural
Gas Engine excels in diverse sectors including power generation for off-grid facilities, agricultural operations requiring dependable mechanical drive solutions, and distributed energy systems aiming for carbon neutrality. Its compatibility with clean-burning fuels makes it a preferred choice for companies seeking to decarbonize their operations while maintaining productivity. Suitable for use in manufacturing plants, data centers, hospitals, and mining operations where uninterrupted power supply is critical. User Feedback Highlights: Operators appreciate the engine’s quiet operation, minimal downtime due to robust internal parts, and significant savings on fuel compared to diesel alternatives. Many users report seamless integration with existing generator sets and easy adaptability to different gas qualities—a crucial advantage in regions with fluctuating fuel sources. Common Questions: What makes this natural gas engine more efficient than traditional
Diesel Engines? It leverages lean-burn combustion and optimized air-fuel mixing, resulting in lower specific fuel consumption and reduced greenhouse gas emissions per kilowatt-hour produced. Is it compatible with different types of natural gas? Yes, the low-pressure gas injection system allows flexibility in handling varying methane content and pressure levels commonly found in pipeline or biogas supplies. How does the engine meet international emission regulations? By incorporating advanced combustion techniques and emission control hardware, it complies with Tier III standards equivalent to U.S. EPA and EU Stage III requirements, ensuring long-term regulatory compliance. These high-efficiency natural gas engines represent a forward-thinking investment in
Clean energy infrastructure—delivering reliability, cost-effectiveness, and environmental responsibility for modern power needs around the globe.
