Microbial Influenced Corrosion (MIC) leads to costly damage in industrial systems; HeatX offers a sustainable, effective solution by preventing bacterial adhesion.
The Future of Sustainable Corrosion Control in Industrial Heat Exchangers
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Preventing Corrosion in Heat Recovery Boilers with HeatX Surface Treatment
Corrosion in heat recovery boilers from sulfur-bearing fuels causes costly damage. HeatX surface treatment prevents this by creating a durable, high-temperature resistant barrier.
Extending Lifespan and Efficiency of HeatX in Seawater-Fed Heat Exchangers
Seawater-fed heat exchangers are widely used in coastal power plants and refineries. They are an economical and efficient method of cooling, taking advantage of the free and […]
From Failure to Fortification: How HeatX Transforms SAGD Heat Exchanger Protection
SAGD technology’s efficiency is hindered by heat exchanger corrosion due to dissolved oxygen. HeatX coating could prevent failures and reduce maintenance costs.
Solving Heat Exchanger Failures in Petrochemical Refineries with HeatX
Heat exchanger failures in petrochemical refineries, primarily from corrosion and erosion-corrosion, can be mitigated with HeatX nanocomposite surface treatment, enhancing longevity and efficiency.
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