Gas Engine Solutions

Enhancing the performance of your gas engine, regardless of its OEM, is not just a service, it's a commitment to excellence. With a focus on reliability, efficiency, turnkey solutions and responsiveness, we at Siemens Energy take pride in being your trusted partner throughout your engine's entire lifecycle. From modernizations and upgrades, scheduled overhauls, and repairs to spare parts, our global team of highly qualified specialists is dedicated to delivering dependable and on-going support.

At Siemens Energy, we are committed to improving air quality and protecting the environment with every solution we provide. We have the flexibility to provide manpower requirements that meet customer deadlines, and the purchasing power to manage the supply base and secure reduced lead-times with competitive costs. Our selection of equipment upgrades is designed to lower engine emissions significantly and improve the performance of both engines and compressors.

Through acquired technology and years of investment in the integral gas engine product line, we are well-equipped in supporting you as you continue your efforts to meet the Clean Air Act's "Good Neighbor" requirements. We are focused on providing cost-effective, low emissions solutions that make a difference in your environment compliance journey towards a more sustainable future.

Our unmatched expertise is evident through proven technology that we have been implementing for over 25 years. We have a portfolio of systems that range in complexity from our lean engine conversion through our Port4 and High-Pressure Fuel injection (HPFi) system. Our technologies, coupled with our mechanical and turbocharger upgrades allow customized solutions to meet your unique requirements.

Webinar: Bridging gas engine expertise with 'Good Neighbor'

Our cutting-edge enhancements target the mechanical power-producing components of your engine, elevating its potential to new heights. Our upgrade offerings are meticulously planned and installed while considering the engine's design, intended use, and potential impact on other components.