Established in 1987, YETEN Combustion specializes in the development of industrial burners designed to meet the diverse demands of combustion and heating processes. With a strong commitment to energy efficiency, reliability and environmental responsibility, we deliver custom designed solutions to our global customer base.
As a family owned enterprise, we place significant emphasis on continuous innovation through dedicated R&D investments, aiming to provide outstanding service and long term value to our clients.
Today, high temperature markets represent one of our core focus areas. Thanks to their high quality, competitive pricing and fast delivery capabilities, YETEN burners are trusted by engineering firms, machinery producers and end users across the world.
Our packaged systems include the burner, pre-assembled gas train, combustion air fan, air piping, pre-wired burner control cabinet and related instrumentation, all engineered and tested as an integrated system before delivery.
With capacities ranging from 50 kW up to 20 MW, YETEN burner systems can be configured according to the required fuel, furnace conditions, operating temperature and process requirements.
To learn more about our burners, please check Single Burners and Packaged Burner Systems.
✓ Glass Industry
✓ Environmental & Chemical Industry
✓ Refractory Dry-Out Industry
✓ Steel Industry
✓ Non-Ferrous Industry
✓ Heat Treatment Industry
✓ Post Weld Heat Treatment (PWHT) Industry
✓ Ceramic Industry
✓ Cremation Industry and Many Others
To learn more about our applications, please check Industries We Serve.
Our facility enables full-scale burner testing under controlled furnace conditions, allowing our engineering team to evaluate flame characteristics, combustion stability, operating range, flue gas emissions and burner performance before field application.
With our two dedicated burner test furnaces, new burner designs, customized combustion solutions and alternative fuel technologies are continuously developed and tested in-house.
Computational Fluid Dynamics studies are used as an engineering tool to evaluate flow, temperature distribution, mixing and combustion behavior during system development.
International R&D cooperation supports knowledge exchange, joint engineering studies and the development of application-specific combustion technologies.
Factory acceptance tests and quality procedures are applied to verify system performance, manufacturing conformity and project requirements before shipment.
Customer training programs cover the safe, efficient and correct use of supplied combustion systems together with key operational and maintenance principles.
Products and engineered systems are prepared for worldwide shipment with project-specific packaging, documentation and logistics requirements in mind.
Commissioning and technical support services help ensure correct installation, startup, performance verification and ongoing operational support at site.
