High-Efficiency
Natural Gas Engine for Reliable, Low-Carbon Power Solutions Our advanced
natural gas engines deliver exceptional performance while significantly reducing environmental impact—ideal for industries seeking sustainable energy alternatives without compromising on power output or durability. Designed with cutting-edge lean-burn technology and intelligent control systems, these units offer superior
Fuel efficiency, lower emissions, and extended operational life. Whether you're powering remote facilities, industrial generators, or backup systems, our range meets global standards such as China Phase III (GB20891) and exceeds expectations in reliability, maintenance ease, and long-term cost savings. Key Features: - Optimized for low-carbon operation using precise gas-air mixture control - Advanced turbocharging with intercooling for enhanced air density and combustion efficiency - Robust inline-six cylinder configuration with water-cooled wet liners for consistent thermal management - Intelligent ignition and gas injection system (Woodward PG + low-pressure gas supply) for stable start-up and smooth load transitions - Enhanced components including high-temperature valve seat inserts, specialized piston rings to prevent
Oil consumption, and a single overhead camshaft design for improved mechanical efficiency - Sound levels below 97 dB(A), ensuring quieter operation even under full load conditions 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 tailored performance for diverse applications. Rated outputs range from 280 kW to 320 kW at speeds between 1500 and 1800 rpm, with overload capabilities up to 352 kW. These engines feature bore-to-stroke ratios optimized for natural gas combustion, compression ratios of 11.5:1 to 12:1, and displacement volumes from 11.8L to 12.8L. Fuel consumption remains consistently low at ≤192 g/kW·h, making them ideal for continuous-duty operations where efficiency directly impacts profitability. Oil capacity ranges from 38L to 41L, supporting longer service intervals and reduced downtime. Ideal Applications: Perfect for standalone power generation in off-grid locations, combined heat and power (CHP) systems, agricultural processing plants, manufacturing facilities, and mining operations. Suitable for use in both fixed installations and
mobile power units requiring dependable, clean-burning engine solutions. The compact footprint and modular design make integration into existing infrastructure seamless, while the robust build ensures longevity in demanding environments. Customer Feedback: Users across Europe, North America, and Southeast Asia praise the engine’s quiet operation, minimal maintenance needs, and ability to run efficiently on pipeline-quality natural gas. Many highlight how the intelligent control system simplifies monitoring and diagnostics, especially during peak demand periods. One operator noted that switching from diesel to this natural gas solution cut fuel costs by over 25% within six months, while also meeting strict local emission regulations. Frequently Asked Questions: What makes this natural
Gas Engine more efficient than traditional
Diesel Engines? This engine uses lean-burn combustion and advanced turbocharging to maximize energy extraction from each cubic meter of gas, resulting in better specific fuel consumption and fewer greenhouse gas emissions per kilowatt-hour produced. Is it suitable for outdoor installation? Yes, its sealed housing and corrosion-resistant materials allow reliable operation in varied climates—from arid deserts to humid coastal regions—without additional protection. How often should I perform routine servicing? With proper usage and adherence to recommended intervals, major servicing is typically required every 2,000 hours or annually, depending on operating conditions. Can it be integrated with existing generator sets? Absolutely—it's designed as a drop-in replacement for similar-sized diesel engines and can be easily connected to most commercial-grade alternators and control panels. These engines represent a smart investment in decarbonization strategies, combining proven engineering excellence with modern sustainability goals. For any organization aiming to reduce carbon intensity while maintaining productivity, this natural gas-powered solution stands out as a future-ready choice.
