Technology

We are a technology leader in emissions control, energy efficiency, and power optimization. Our innovations drive next-generation mobility and industrial performance while meeting evolving global standards. Advanced system engineering maximizes fuel efficiency, harnesses waste energy, and reduces environmental impact across automotive, off-road, and industrial applications. As a leading manufacturer of automotive exhaust systems, we have proven expertise in thermal management, engine calibration, and intelligent energy recovery, setting new industry benchmarks. We push the boundaries of technology to help OEMs and industries achieve superior efficiency, lower emissions, and a more sustainable future. 

NOx Reduction Technology 

Our expertise in NOx reduction is built on a deep understanding of the complete system. We provide customers with tailored solutions, hands-on technical support, and engine and system calibration. Our services include software development, algorithm optimization, application engineering, prototyping, testing, and certification.

Applications:

  • Light and heavy-duty vehicles
  • On-road and off-road applications
  • Industrial applications
  • Emerging markets
  • OEM and retrofit solutions

Particulate Filter Active Regeneration Solution 

Our active regeneration solution efficiently reduces particulate matter (PM) emissions through fuel injection technology. Designed for a wide range of applications, it delivers performance improvements of up to 90% PM reduction.

Applications:

  • Light and heavy-duty vehicles
  • Off-road: Construction equipment, marine, and trains
  • Industrial applications
  • OEM and retrofit solutions

Heat Recovery 

Exhaust heat causes major energy losses from incomplete combustion, incomplete expansion, sensible heat, and latent heat generated by burning hydrogen in fuel. Advanced heat recovery technologies capture and repurpose this wasted energy to boost system performance. In hybrid engines, recovery improves efficiency by up to 25% in steady driving and even more in urban conditions. The recovered heat converts into useful mechanical power for vehicle propulsion through a heat engine, which compresses and expands a working fluid to transform thermal energy into mechanical output.

Applications:

  • Hybrid and conventional engines
  • Light and heavy-duty vehicles
  • Industrial applications
  • Off-road: Construction equipment, marine, and trains
  • OEM and retrofit solutions