![]() His research throws new light on the influence of bacteria and water pollution in relation to the severity of corrosion. ![]() In 2006 the International Ship Structures Committee adopted Melchers' corrosion models for the condition assessment of aged ship structures. In particular, it addresses a big issue for the water industry worldwide the corrosion of mooring chains and wire rope for offshore platforms, and the exterior corrosion ofĬast iron water pipes. Professor Melchers' research contributes to creating a better understanding of the corrosion of steel in marine environments. ![]() Every year they are used to transport hundreds of millions of tons of hazardous materials – particularly oil and gas – thus, the integrity of this infrastructure is critical. Throughout the world, hundreds of thousands of kilometres of submarine pipelines cross the ocean floor. Marine corrosion is known to be aggressive, but how aggressive it can be under long-term exposures is the critical question for the safety and economics of much industrial infrastructure, including harbour, coastal and offshore oil industry facilities. Leading the way towards safer, more resilient offshore engineering and Robert Melchers' research on marine corrosion at the University of Newcastle is
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