Industrial heat exchangers

Yes, we provide customized heat exchanger solutions for industries requiring strict compliance with safety and hygiene standards, including: 

• Food-grade heat exchangers: designed for pasteurization, sterilization, and beverage cooling, using stainless steel materials to meet FSSAI food safety regulations. 
• Petrochemical servicing: we offer high-pressure, corrosion-resistant exchangers for refineries, chemical plants, and offshore operations. 
• With fast deployment, engineering support, and a diverse fleet, we ensure industry-specific solutions that maintain safety, efficiency, and compliance. 

We offer rapid deployment of heat exchangers, with delivery and installation timelines based on: 

• Equipment availability: our large fleet allows for immediate dispatch in most cases. 
• Project scoping: our engineering teams assess site conditions to determine the best solution. 
• Installation logistics: our units are pre-assembled with accessories for easy setup and connection. 

There are three primary types of heat exchangers, each designed for specific applications: 

• Shell and tube heat exchangers: These consist of a bundle of tubes enclosed within a cylindrical shell. One fluid flow through the tubes, while another circulates around them inside the shell. Designed for high-pressure and high-temperature industrial applications, they are commonly used in power plants, oil refineries, and other demanding industrial environments. 
• Plate and frame heat exchangers: These use a series of thin metal plates stacked together to increase surface area, improving heat transfer. They are widely used in food processing, HVAC systems, and chemical production, where precise temperature control is essential. 
• Air-cooled heat exchangers: These exchangers use fans to move air over finned tubes, cooling the fluid inside. They are ideal for locations with limited water supply, such as power generation plants and remote industrial sites. 

Heat exchangers are essential in multiple industries, including: 

• Oil and gas: used for cooling and heating crude oil, gas processing, and refinery operations. 
• Chemical processing: used to support reactor cooling, solvent recovery, and safe temperature regulation for exothermic reactions. 
• Food and beverage: used to ensure hygienic heat transfer for processes such as pasteurization and fermentation. 
• Energy generation: plays a role in steam turbines, cooling loops, and waste heat recovery systems. 
• Pharmaceutical and biotech: maintaining precise temperature control for sensitive materials. 

With customizable designs and a wide range of configurations, heat exchangers support nearly every industrial sector. 

Heat exchangers are used to regulate temperatures, improve efficiency, and enhance safety in a variety of industries. Common applications include: 

• Cooling and heating industrial fluids in chemical processing plants and refineries. 
• Energy generation, where they transfer waste heat to improve energy efficiency. 
• HVAC systems, where they regulate indoor climate and air conditioning. 
• Food and beverage processing, where they pasteurize and cool liquids such as milk, beer, and sauces. 
• Data centers, where they prevent overheating of server equipment by transferring excess heat away from cooling loops. 

A heat exchanger is a device used to transfer heat between two fluids without mixing them. It works by directing one fluid through a system of tubes or plates while another fluid flows around or through a separate section, allowing heat energy to pass between them. This process is critical for heating, cooling, condensation, and energy recovery in industrial and commercial applications. 

Heat exchangers are designed to maximize heat transfer efficiency, often using materials such as stainless steel or aluminum, which have excellent thermal conductivity and resistance to corrosion. Their efficiency depends on surface area, flow rate, and temperature differential between the fluids.