Mixed Metal Oxide (MMO) Coated Anode Sled
Offshore wind power has gone from a marginal industry to a major renewable energy source within the last decade. However, external submerged surfaces of wind turbine foundation are subject to the damaging effects of corrosion around the clock. Impressed current cathodic protection system is the most cost effective, easy-to-maintain and environmentally friendly solution on the market for the protection of offshore wind turbine foundations against corrosion. The system performance is systematically evaluated by an integral remote monitoring system which simplifies protection level check and early warning of possible flaws.
Constructed based on MMO tubular, YUXI’s anode sled is an excellent option for corrosion protection to tripod, mono pile and other subsea structure of the wind turbine in shallow water. The anode assembly can be easily completed by lowering it into the water and onto the sea floor or river bottom with minimal labor and effort.
Description
—— Quality Substrate Material ——
Our MMO tubular anodes are manufactured from high-tensile titanium, which meets commercially ASTM B338 Grade I standards.
—— Long Service Coating ——
Based upon accelerated life testing conducted by an independent laboratory, our MMO coating has been proven to be superior to other similar products in the market.
* Depend on the form of usage, we can produce anodes with different nobel metal oxide ratios and differing coating thickness.
—— Electrochemical Properties ——
The current output of the anode varies in different applications. Longer working life can be achieved by increasing the coating thickness or reducing the operating current density.
—— Practical Application ——
Our anode sled is designed to provide a reliable and efficient way for impressed current cathodic protection system retrofit. It is ideal for life extension of offshore platform jackets, wind turbine foundations, etc.
Parameters
| Category | Anode Sled |
|---|---|
| Substrate | Titanium, Concrete, Reinforced Steel |
| Coating Composition | Iridium Oxides (IrO2), Ruthenium Oxides (RuO2) |
| Applicable Environment | Brackish Water, Seawater |
| Application | Offshore Platform, Pier, Steel Sheet Piling, Wharf |
| Certification | ABS |
