Combustion & Decarbonization
Solid, liquid, or gaseous – we harness every fuel sustainably. Our patented combustion components enable efficient, low-emission solutions for a wide range of applications. Combined with intelligent fuel, air, and flue gas systems, a holistic system is created – future-proof, resource-efficient and from a single source.
As part of the decarbonization of the power generation and process industries, Power Service Solutions offers technical solutions for the sustainable reduction of emissions. A variety of combustion concepts, used in large steam generators or industrial boilers, are being modified for this purpose. Fuel switching — for example, from coal to biomass or from oil to gas — also helps to significantly reduce emitted emissions. The prospective use of hydrogen is also possible in this context. Power Service Solutions has already successfully implemented a first application in an industrial setting (learn more).
Our advanced combustion systems integrate all key components, including burners, mills, grates, and rotary kilns. These are complemented by customized solutions for fuel processing and distribution, as well as for the efficient design of combustion air and flue gas systems.
The process engineering and design are based on decades of in-house expertise. The performance of our systems has been thoroughly validated through numerous international reference plants and years of operational experience.
Due to modular concepts and flexible configurations, our combustion technologies can be optimally adapted to a wide range of industrial applications – always in full compliance with the strictest legal regulations and industry-specific requirements.
The delivery, installation, and commissioning of our components are carried out under direct supervision of our experienced engineers. With their technical expertise and hands-on project support, we ensure that all systems are seamlessly integrated, optimally configured, and handed over ready for operation on schedule. This guarantees swift implementation, minimizes interface risks, and ensures the highest quality standards alongside with short commissioning times, maximum operational reliability, and long-term dependable system performance – from day one.
