Corrosion in geothermal is a process of material degradation caused by the chemical or electrochemical reaction of the geothermal fluids with the exposed surface of the material of the equipment. Most of the geothermal equipment is made from carbon steel material owing to its superior mechanical properties and high strength. However, carbon steel materials are susceptible to corrosion in low pH acidic, and hyper-saline geothermal fluid environments.

A lot of geothermal wells are not being utilized in the world because they are producing aggressive fluids which are either acidic or hyper-saline. This makes them corrosive to carbon steel. For subsurface requirements such as production casing and production liner, we supply pure corrosion-resistant alloy (CRA) such as 25Cr or 17Cr materials to eliminate corrosion at the subsurface level,

At the surface level, from wellhead to geothermal gathering systems, we eliminate corrosion with the application of weld-overlay cladding of critical geothermal equipment such as casing head flange (CHF), Master Valve, Wing Valves, Production Cross, Production Tee, Through Conduit Valve (TCV), and the rest of piping spools, fittings, and downstream valves.