High-Efficiency Natural Gas Engine for Reliable and Low-Carbon Power Generation
Discover the next generation of clean, high-performance power solutions with our advanced natural gas engine series. Designed for industrial, commercial, and utility applications worldwide, these engines deliver consistent output while minimizing environmental impact—making them ideal for organizations aiming to decarbonize operations without compromising performance or reliability. Built on lean-burn combustion technology and integrated intelligent controls, each model meets global emissions standards such as China Phase III (GB20891), ensuring compliance across international markets.
These natural gas-powered generator sets are engineered for durability, efficiency, and ease of maintenance. Featuring a vertical inline six-cylinder configuration, water-cooled wet liners, and turbocharged intercooling systems, they provide optimal thermal management and extended service life. With specific Fuel consumption rates as low as 190 g/kW·h, users benefit from reduced operating costs and improved energy utilization compared to conventional diesel alternatives. The compact footprint and modular design make installation straightforward in both new builds and retrofit projects.
Key features include single overhead camshaft architecture, four-valve cylinder heads, and precision-engineered components like high-temperature-resistant valve seat rings and specialized piston rings that prevent Oil burning—a critical advantage for long-term operation on natural gas. The Woodward PG control system paired with a low-pressure gas injection mechanism ensures stable combustion, while an intelligent high-energy ignition system enhances starting reliability even under challenging conditions. These innovations collectively contribute to smoother operation, lower noise levels (≤97 dB(A)), and enhanced overall system responsiveness.
Available in multiple variants—including HMT 12F.380 30, HMT 12F.408 32, HMF 13F.408 30, and HMF 13F.435 32—each unit offers tailored power outputs ranging from 280 kW to 320 kW at speeds between 1500 rpm and 1800 rpm. Whether you need reliable backup power for data centers, efficient prime power for remote sites, or continuous operation in agricultural or manufacturing environments, there’s a model suited to your exact needs. The engines also feature robust construction with dimensions up to 1436 x 939 x 1479 mm and weights around 1078 kg, making them suitable for fixed installations where space efficiency matters.
Common applications span across various sectors including mining, agriculture, oil & gas facilities, hospitals, hotels, and off-grid communities. Their ability to run on cleaner-burning natural gas makes them particularly attractive for regions seeking to reduce carbon intensity while maintaining uninterrupted power supply. Additionally, the use of modern materials and optimized airflow dynamics results in fewer emissions, quieter performance, and longer intervals between scheduled maintenance checks.
Users have consistently praised the engine’s steady performance under load, minimal vibration during operation, and compatibility with existing electrical infrastructure. Many report significant savings in fuel expenses over time due to superior thermal efficiency and reduced downtime. Operators appreciate the intuitive control interface and the simplicity of routine servicing, which contributes to lower total cost of ownership over the engine’s lifespan.
Q: Are these engines compatible with different types of natural gas? A: Yes, they are designed to operate efficiently on pipeline-quality natural gas with methane content typically above 85%, provided it meets standard pressure and purity specifications.
Q: How do I ensure optimal performance over time? A: Regular oil changes using recommended lubricants, periodic inspection of the turbocharger and ignition system, and adherence to manufacturer-recommended maintenance schedules will help sustain peak efficiency and longevity.
Q: Do these engines meet international emission regulations beyond China? A: Absolutely—they comply with GB20891 Phase III, which aligns closely with European and North American standards for NOx and particulate matter, making them suitable for deployment in most global markets outside mainland China and its territories.
For businesses committed to sustainability, operational excellence, and future-proof energy strategies, this high-efficiency natural Gas Engine represents a smart investment—one that balances technical innovation, environmental responsibility, and economic viability.
