Halogen Systems, a leading manufacturer of chlorine sensors, has recently dispatched its inaugural shipment of chlorine analyzers destined for installation in offshore wind farms. The cutting-edge sensors, specifically engineered to gauge residual chlorine levels in seawater cooling systems, aim to mitigate the growth of marine organisms that can impede the efficiency of these critical cooling systems.
Biofouling poses a substantial challenge to the offshore wind industry, causing a decline in heat transfer efficiency and overall power output, along with an increase in maintenance and operational costs. To counteract biofouling, seawater chlorination is widely employed. However, precise monitoring and control are imperative to ensure the judicious application of chlorine, minimizing environmental impact.
Halogen Systems asserts that its chlorine sensors, built on patented electrochemical technology, offer unparalleled accuracy, reliability, and durability even in the demanding conditions of seawater. These sensors can seamlessly integrate with existing chlorination systems, furnishing real-time feedback and control. Notably, the sensors boast an extended service life, rendering them particularly well-suited for offshore applications.
Michael Silveri, President of Halogen Systems, expressed pride in the company’s involvement in this groundbreaking initiative within the renewable energy sector. Silveri stated, “We are very proud to be part of this innovative project that will contribute to the transition to renewable energy sources. Our chlorine sensors will help to ensure the optimal performance and longevity of the offshore wind turbines while protecting the marine environment. It is another great example of how our technology can provide solutions for various industries and applications.”