TWI will coordinate the over all project management, develop coatings and perform the test analysis of the specimens.
ON power will collect and analyse fluids from geothermal wells, provide samples for testing, identify critical failure points in the production line and implement the final product for testing.
UPB will provide materials for coatings, develop new HEA's nd perform tests on coated specimens.
TVS will optimise experiments using the adaptive DoE method, perform cost and enviormental impact analysis and develop the Geo-Coat knowledgebase database.
FPS will develop simulators and models for scale formation, corrosion and erosion.
ICI will particpate in selecting materials for the in-situ geothermal testing of coatings and claddings. They will also be involved in design and construction of specimen holder, analysis of materials after in situ testing and other examinations.
WEIR will supply pump parts and designs for erosion testing of component parts.
UoI will report on characterisation of geothermal fluid, perform corrosion tests and evaluate the anti-corrosion and anti-scaling performance of coupons.
GER will prepare the FMEA worksheet to prioritise corrosion, erosion and scaling imapct on geothermal components.
TEH will carry out plasma jet thermal spraying technologies and methodology for obtaining HVOF coatings.
MET will perform the coating investigations and analysis of the involved materials, coupons and specimens.