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Consortium materials technology for thermal energy processes, KME – reporting completed

This consortium was at the forefront of developing materials technology to create maximum efficiency for energy conversion of renewable fuels and waste.
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KME focused on developing material technology to create maximum efficiency for energy conversion of renewable fuels and waste. KME had its sights firmly set on continuing to raise the efficiency of long-term sustainable energy as well as ensuring international industrial competitiveness.

Because the challenge of implementing environmentally sustainable energy was both complex and vital, the KME consortium is financed by the Swedish Energy Agency together with stakeholders from the energy industry, manufacturers of systems and components for energy conversion and material producers.

The programme was operated and managed by Energiforsk. During the programme period of 2018 and 2022, five industry-relevant projects were conducted. The projects covered a wide range of research areas, such as the mechanical behaviour and corrosion of various materials in different high-temperature environments, as well as the performance of different coating materials.

The Swedish translation of KME: Konsortium Materialteknik för Termiska Energiprocesser.

Download a brochure about KME

 

Programansvarig Värme och kyla, Energisystem och Vattenkraft

Bertil Wahlund

Bertil Wahlund

Partners

Babcock & Wilcox Vølund A/S
Calderys
Höganäs
MH Engineering
Sumitomo SHI FW Energia Oy
Valmet Technologies Oy


Energy companies participating via Energiforsk
Falu Energi & Vatten
Jämtkraft
Karlstads Energi
Kraftringen
Mälarenergi
Stockholm Exergi
Tekniska verken i Linköping
Vattenfall
Ørsted Bioenergy and Thermal Power A/S

Universities and institutes
Chalmers University of Technology
University West
Linköping University
Rise Kimab
Rise IVF


Mer från Consortium materials technology for thermal energy processes, KME – reporting completed

Sulfur Recirculation cut corrosion rates
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Improved superheater material selection
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Research on cracks in cast superalloys
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Effective utilization of high temperature coatings for high gas turbine engine performance
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New nickel-base superalloys enables more efficient gas turbines
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Welding and weldability of nickel-base superalloys
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