Blog

Surface Coating to Prevent Hygroscopic Salt Damage in Power Plants

Temporary Climate Solutions

For power plants to operate reliably, the components within them must have minimal impacts from their environment, including the air, water, fuel oil, and fuel gas. In addition to controlling sulphuric acid to prevent cold-end erosion and comply with environmental laws, plants must consider hygroscopic salt damage and its deliquescent properties. While hygroscopic salts are integral to the inner workings of a plant, the corrosion that it causes will shorten a station’s life if the components don’t have an appropriate surface coating.

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Eliminating Corrosion Issues in Different Types of Power Plants

Temporary Climate Solutions

Corrosion in the electric power industry costs the U.S. over $23 billion per year. With plants looking to increase efficiencies, lower costs, and reduce the amount of time offline for maintenance, corrosion prevention techniques will help lengthen the life of various components and increase safety. While many thermal power plants share the same types of corrosion issues, some require different preventive approaches.

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How Temporary Climate Solutions Help Power Plants Control Pollution

Temporary Climate Solutions

The Clean Air Act makes the Environmental Protection Agency (EPA) responsible for setting air quality standards regarding “criteria pollutants.” Among these pollutants is sulfur dioxide (SO2), a highly reactive gas that affects air quality and has the potential to cause respiratory illnesses in those exposed to it. Power plants that process fossil fuels are a primary source of SO2 emissions and other pollutants. To maintain compliance with the EPA’s SO2 designations, power plants look to temporary climate solutions and protective surface coatings to improve emission controls and prolong the life of the equipment used.

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What to Consider When Choosing a Fan System for Disaster Recovery

Catastrophe Response, Disaster Recovery, Temporary Climate Solutions, Water and Storm Damage

Fans are an important component in disaster recovery equipment. After a client experiences hurricane, flood or water damage, it’s important to select a fan and damper system that can effectively assist with your recovery efforts and maximize efficiencies. By understanding how a fan system affects performance in regards to the needs of the space, you’ll have a better idea about the best fan and damper design for your project.

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Leadership by Design: Avoid Delays & Improve Your Bottom Line

News, Temporary Climate Solutions

Polygon Article from the CoatingsPro Magazine.

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