High-Efficiency
natural gas Engines for Reliable and Sustainable Power Generation Our advanced natural gas engines deliver high-performance, low-emission power solutions tailored for global industrial and commercial applications. Engineered with precision and built for durability, these units combine lean-burn technology, intelligent control systems, and robust mechanical design to ensure optimal efficiency while meeting stringent international emissions standards—ideal for businesses aiming to reduce carbon footprints without compromising output. Key Features: - Advanced Turbocharged & Intercooled Intake System: Enhances air density for improved combustion efficiency and consistent torque delivery across varying loads. - Vertical Inline Water-Cooled Four-Stroke Design: Ensures stable operation, reduced vibration, and simplified maintenance in compact installations. - High Compression Ratio (11.5:1–12:1): Maximizes thermal efficiency and
Fuel economy under both rated and overload conditions. - Low Specific Fuel Consumption (≤192 g/kW·h): Delivers superior energy conversion rates, reducing operating costs over time. - Intelligent Ignition and Control Systems: Integrates Woodward PG governors with high-energy ignition modules for reliable start-up and precise load management. - Enhanced Durability Components: Includes wear-resistant valve seat inserts, specialized gas-engine pistons, and
Oil-retaining piston rings to prevent lubricant consumption and extend service life. Detailed Specifications: The CM6T28F series features a six-cylinder configuration with bore and stroke dimensions ranging from 128x153 mm to 130x161 mm, depending on model variant. Units like the HMT 12F.380 30 and HMF 13F.435 32 offer rated outputs between 280 kW and 320 kW at speeds of 1500–1800 rpm, with overload capacities up to 352 kW. These engines are optimized for continuous operation in demanding environments such as power generation stations, manufacturing facilities, and remote off-grid sites. With noise levels kept below 97 dB(A), they provide quiet performance even in sensitive urban or residential zones. The overall footprint ranges from approximately 1360×898×1138 mm to 1436×939×1479 mm, and weights vary between 1065 kg and 1078 kg, making them suitable for modular installation in various configurations. Ideal Applications: These natural gas-powered engine-generator sets are perfect for backup power systems, cogeneration (CHP) projects, and primary electricity generation in regions where clean-burning fuels are preferred. Whether used in agricultural processing plants, data centers, hospitals, or large-scale logistics hubs, the engines support uninterrupted operations while aligning with global sustainability goals. Their compliance with China Phase III emission standards ensures compatibility with evolving environmental regulations worldwide, including EU Stage IV and EPA Tier 4 Final equivalents. User Feedback Highlights: Operators appreciate the engine’s smooth startup, minimal downtime, and ease of integration into existing electrical infrastructure. Many users note significant reductions in fuel expenses compared to diesel alternatives, especially when paired with biogas or pipeline natural gas sources. Maintenance intervals are extended due to the use of durable components such as wet cylinder liners and hardened valve seats, contributing to long-term cost savings and operational reliability. Common Questions Addressed: What makes this engine more efficient than conventional models? It uses lean-burn combustion principles, turbocharging with intercooling, and advanced electronic controls that optimize fuel-air mixture ratios for maximum output per unit of gas consumed. Can it run on alternative gas types? Yes—it is designed for natural gas but can also accommodate biogas or landfill gas with appropriate filtration and pressure regulation systems. How does it perform in extreme temperatures? The water-cooled system maintains consistent internal temperatures, allowing reliable function in ambient conditions from -10°C to +40°C. Is it compatible with automated control panels? Absolutely—it integrates seamlessly with modern SCADA systems and remote monitoring platforms via digital communication protocols like Modbus or CANopen. This comprehensive solution represents a smart investment in sustainable energy infrastructure, offering a balance of performance, longevity, and environmental responsibility for forward-thinking organizations around the world.
