A Green Partnership: GKN Additive Enables Mass-production of Energy-efficient Industrial Burners for Kueppers Solutions

FRANKFURT,Germany,Nov. 21,2019 --GKN Additive,a leader in the metal additive manufacturing (AM) market,andKueppers Solutions,a specialist for industrial combustion technology,announced their strategic partnership today. By mass-producing highly energy-efficient mixing units for industrial burners,both companies tap into a new market and create a thorough reduction of nitrogen oxide emissions in the industry.

GKN Additive and Kueppers partner to mass-produce the most energy-efficient mixing unit for gas burners available in the market

To make the burning process more efficient,Kueppers Solutions has developed a mixing unit for natural gas burners that optimizes the combustion process with a significant reduction in nitrogen oxide emissions. Due to its intelligent design,the application is only feasible in metal additive manufacturing. With GKN Additive,Kueppers Solutions has found a powerful partner for further market expansion.

"Together with the RWTH Aachen University,we have screened the entire market in order to find a suitable partner for the industrialization of our product. GKN Additive's experience in series production and their application know-how across a broad range of industries is unique," said Jens te Kaat,CEO of Kueppers Solutions.

"Typically,we are used to explaining our project in detail to potential partners and still tend to encounter obstacles. With GKN it was the other way around: their team was the fastest to understand the potential. GKN's 'Let's do it!' mentality corresponds with our own attitude."

Industrializing energy-efficient burner systems

Both partners' current focus is on the ramp-up of the mixing unit's series production in selective laser melting (SLM) and the joint development of an individual material,engineered for the application. The next generation of the mixing unit will be manufactured in Metal Binder Jetting; the application is ideally suited for this process and will become more cost-effective.

"Climate change challenges all of us to think of new ways to substantially reduce emissions," said Guido Degen,President Additive Manufacturing at GKN Powder Metallurgy. "Kueppers' mixing unit has made a significant contribution to preserving resources and with our experience across the whole AM value stream,we will drive the industrialization of this highly innovative product. Our common goal is to open up the market by upgrading thousands of outdated industrial burner systems with 3D-printed mixing units."

For more information about this partnership,visit https://www.gknpm.com/en/news-and-media/events/meet-gkn-additive/. To connect with GKN Additive and Kueppers Solutions at Formnext,please visit Hall 12.1/Stand C51 and at their scheduled press conference on November 21 at 14:00 CET at the GKN Additive booth.

About GKN Additive

GKN Additive is a digital manufacturer of advanced metal AM parts and materials for prototypes,medium series and the aftermarket,striving to push new technologies to the limit to make them simpler,faster and more accessible. GKN Additive is backed by GKN Powder Metallurgy's dual expertise in powder production,metal processing and an engineering network of more than 7,400 employees in over 30 locations around the world.

About Kueppers Solutions

The foundation for Kueppers Solutions GmbH was established in 1875 with the foundation of the Kuppersbusch company. High-performance burners and industrial burner technology represent the core business. Since 2016 Kueppers Solutions is under new management and employs a staff of 30 thermoprocessing specialists at their production plant in Gelsenkirchen,Germany. Together they have equipped more than 10,000 industrial burner systems with Kuppersbusch burners already. For Kueppers Solutions,the implementation of climate poliy goals through energy-optimised use of fossil fuels and the reduction of emissions is a corporate goal.

Contact:

Susanne Trautmann

Susanne.trautmann@gknpm.com

+49 (0)3603 8959 80