Three Corrosion Control Advancements in Industrial Processes

Three Corrosion Control Advancements in Industrial Processes

Laura Davis, Manufacturing Technology Insights | Wednesday, November 25, 2020

Researchers are now studying materials like nickel to enhance corrosion analyses and produce more corrosion-resistant alloys. They are researching the advantages and applications of compositionally complex alloys, known for their corrosion-resistant competencies, among other corrosion-resistant materials that aid structures, like steel alternatives in reinforced concrete.

FREMONT, CA: Undoubtedly the corrosion protection market is an essential and valuable one. With new developments surfacing each day, it is significant for businesses to keep up with the latest developments and technologies to ensure protection is done to their fullest capabilities.

Here are some of the new developmental trends and how they apply to the industry.

1. Cutting Edge Technology and Innovative Products

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There has been a stirring promise for the future of corrosion control and the scientific developments in the industry. A study estimates that the total global cost of corrosion is around US$2.5 trillion. This aspect offers promise and demand for research, new technologies, materials, and methods as the field continue to grow.

Researchers are now studying materials like nickel to enhance corrosion analyses and produce more corrosion-resistant alloys. They are researching the advantages and applications of compositionally complex alloys, known for their corrosion-resistant competencies, among other corrosion-resistant materials that aid structures, like steel alternatives in reinforced concrete. As technological advancements come to the surface, one can create a more effective and useful corrosion inspection and protection process.

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2. Planning Protection at Stage 1 of Design is Crucial

Design engineers for structures and equipment need to properly evaluate the influence of corrosion on the equipment’s lifecycle to lower catastrophic expenses. Controlling corrosion’s effect requires engineers and designers to consider the impacts on stage 1 of the design process. Working with maintenance specialists and material scientists will ensure that equipment components work throughout the complete service lifecycle.

3. The Environment is Considered

Corrosion is a global problem that impacts the industrial setting and affects the natural environment that surrounds it. It is known that the corrosion and degradation of materials can pollute the environment, specifically bodies of water (for example, rust). Still, there is a relationship between environmental acceleration that needs to be evaluated regarding protection. Fundamentally, corrosion protection and ecological considerations must go hand and hand. One will find more corrosion experts recommending solutions that protect the life of the asset and minimize the consequence of environmental damage.

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