About
Founded in 1993, CORROSION is a renewable energy company headquartered in Bleiswijk, Netherlands specializing in Wind.
CORROSION is a Dutch-headquartered company founded in 1993 that provides anti-fouling and corrosion protection systems for offshore wind farms, maritime vessels and onshore applications. Its offerings include Impressed Current Cathodic Protection (ICCP) for offshore wind turbine foundations, ICAF and MGPS marine growth prevention systems, sacrificial anode systems and the UV-C Cooler. The company operates an in-house research laboratory, serves clients through offices and agents in over 30 countries, and reports holding ISO 9001, ISO 14001, ISO 45001 and ISO/IEC 27001 certifications.
Headquarters
Founded
Focus areas
Products & services
Business models
Value chain
Service areas (3)
Offshore wind
Protection of offshore wind turbine foundations against corrosion using non-sacrificial ICCP systems
Maritime
Anti-fouling (ICAF/MGPS, UV-C coolers) and corrosion protection for ships and vessels
Onshore
Corrosion protection for onshore applications
Locations
Headquarters
Zernikestraat 2, 2665 JJ, Bleiswijk, Netherlands
Operating locations (3)
- Am Nüttermoorer Sieltief 29, Leer, Germany
- Fenhu Rd. 5, Jiashan, Zhejiang, China
- Ly Son Street, Lane 27 30, Hanoi, Bo De Ward, Vietnam
Service regions
Credentials & affiliations
Certifications
ISO 9001
ISO 14001
ISO 45001
ISO/IEC 27001
Awards
Second place, ICCP-SAM
Partnerships
Bluestream
Frequently asked questions
published by the companyWhat is a marine growth?
‘Marine growth’ refers to all unwanted living organisms such as microorganisms, algae, plants and small animals that attach themselves to or grow on ships or marine infrastructure such as wind turbine foundations. Marine growth can be problematic for a number of reasons, such as impeding water-cooling machines and leading to an increased rate of corrosion. Something that can be solved by using MGPS anodes
What is an ICAF system?
ICAF stands for Impressed Current Anti Fouling. ICAF systems consist of copper anodes that release very small quantities of copper into a ship’s seachest or water system in order to reduce or prevent the build-up of marine organisms (such as mussels and barnacles), also known as marine growth.
How does the UV-C Cooler work?
Without the right form of protection, engine coolers soon become overgrown by marine growth, which reduces the cooling capacity of vessels’ engines. The UVC- Cooler combines the benefits of pillow-plate-cooler with the power of sustainable UV-C light to prevent fouling, enabling engines to function at optimum levels.
Advantages of using UV-C Cooler as an anti-fouling method
UV-C light is efficient against marine growth 24/7. The cooler is made out of carbon steel, just like the hull. So fewer corrosion problems. A further key benefit is that the maintenance replacement process is low. UV-C lights can be replaced within just 20 minutes or less from the inside of the vessel, without dry-docking.
Disadvantages of using UV-C Cooler as an anti-fouling method
Material that is in the shadow of the UV-C light cannot be protected.
What is the purpose of MGPS?
Marine fouling is caused by the accumulation of unwanted biological growth on a surface. If an effective MGPS system is not applied this can represent a serious problem for both constructions mounted in sea water and waterborne vehicles – leading to impaired performance, increased costs and added maintenance requirements.
