TWI’s EHLA Technology Centre has successfully completed the Site Acceptance Testing (SAT) of their latest high-speed laser cladding cell. The system, featuring cutting-edge technology with a 10-axis design, including a 6-axis robot and a powerful 11kW Laserline GmbH diode laser, will be integral in coating internal bores in superhot geothermal environments as part of the COMPASS Project.

Developed in collaboration with Hornet Laser Cladding B.V., this state-of-the-art system offers unmatched flexibility and precision, and will be used to combat corrosion in geothermal wells, addressing the challenges posed by superhot geothermal conditions.

The COMPASS team is thrilled about this development and its contribution to enhancing the project’s mission of improving well integrity and promoting sustainable geothermal energy.

We extend special thanks to our team members, Tomaso Maccio (TWI) and Jelmer Brugman (Hornet Laser Cladding B.V.), for successfully leading this work to completion.

For more details, feel free to reach out to Tomaso Maccio (tomaso.maccio@twi.co.uk) and Jelmer Brugman (jelmer@hornetlasercladding.com).