Corrpro Europe applies tailored cathodic protection solutions to renewable energy infrastructure, including offshore wind turbines, solar installations and carbon capture systems. We deliver corrosion control that safeguards structural integrity, extends service life and supports sustainability goals.
With over 50 years of CP expertise, we serve the renewables sector through certified design, advanced surveys and custom anode systems—helping decarbonisation projects meet safety and compliance standards worldwide.
CP design and interference studies ensuring long-term protection for solar piles and nearby pipelines.
UK-manufactured CP components with short lead times and full traceability.
Cathodic protection design for monopiles, jackets and floating assets.
Corrpro Europe helps solar, and BESS (Battery Energy Storage System) developers manage corrosion risks by conducting pre-installation assessments of environmental corrosivity using corrosion rate monitoring. Based on these findings, if required, we design, supply, and install tailored cathodic protection systems and earthing decoupling solutions to reduce corrosion rates and extend lifetime of the piles on both new and existing solar facilities. Additionally, we support clients in obtaining permits from nearby pipeline operators by evaluating AC and DC interference between the solar assets and adjacent pipelines, particularly in cases where they are located in close proximity.
Corrpro Europe provides internal and external CP systems for offshore monopiles and transition pieces supporting offshore wind turbines. Our solutions include impressed current anodes, reliable power units and bespoke remote monitoring control systems built to meet DNV and ISO standards. We address aggressive marine environments and support long-term foundation durability.
Corrpro Europe supports CO₂ transport pipelines and storage systems with full-scope CP services. From design and interference studies to materials supply and commissioning, we help maintain safety, compliance and operational integrity in emerging carbon capture and storage infrastructure.