Use of Heat Exchangers in the Chemical Industry

Heat Exchangers in the Chemical Industry Applications

Heat Exchangers in the Chemical Industry play a critical role; These equipment are used to control the temperature of liquids or gases, use energy efficiently and optimize production processes. Heat exchangers are vital to determine the temperature conditions of chemical reactions and ensure product quality. These equipment ensure the effective mixing of fluids with different temperature levels, thus ensuring heat transfer and ensuring that processes operate at the desired temperature and efficiency. Therefore, the use of heat exchangers in production facilities in the chemical industry is a critical element in terms of reliability, efficiency and product quality.

APV plate heat exchangers spend performance to ensure efficiency in corrosion and even the most demanding chemical applications. Heat Exchangers in the Chemical Industry

From pure water to acid quenching and Amine, SPX has a wide range of materials (plates and gaskets) with an unmatched level of application experience to deliver optimum performance and maximum protection in processes.

Various Chemistry Applications

• Bauxite
• Chlorine Alkali
• Coke Plant Applications
• Soda Ash
• Steel Plant Applications
• Mining Applications
• Sulfuric acid
• Titanium Dioxide / Pigments
• Chloride Process
• Zinc
• Acrylic Fiber
• Caprolactam
• Desulfurization
• Glycol
• Ethylene Oxide
• Formaldehyde and Resins
• Polyester
• Polyols
• Polystyrene
• Waste water
• Fermentation
• Alcohol/Ethanol
• Textile applications
• Metal Finishing
• Automotive industry applications

Benefits of Using APV Heat Exchangers

• Wide selection of plates and gaskets resistant to aggressive process fluids
• Heat Exchangers in the Chemical Industry Ease of cleaning and assembly
• Having welded and unwelded plate parts
• Reducing the possibility of leakage with limited gasket usage design
• Flexible structures to meet variable process needs
• Up to 97% heat recovery
• Efficient work
• Low costs by reducing the heat transfer area you need thanks to high thermal efficiency
• Low fluid operating costs due to low initial fluid requirements
• No need for complex maintenance such as X-Ray, ultrasonic and other non-destructive testing procedures in maintenance
• While the exchanger operates safely, the need for inspection and maintenance is reduced due to the corrosion-resistant materialı
• Reduces costs as heat exchanger life is longp
• No moving parts eliminates vibration and reduces maintenance
• Reducing pollution ensures high thermal efficiency while reducing maintenance and operating costs.