Heat Exchangers Design & Fabrication
Design and fabrication of shell & tube heat exchangers, air cooled heat exchangers, fin tube heat exchangers, waste heat recovery units and custom thermal systems for demanding industrial applications.
Design and fabrication of shell & tube heat exchangers, air cooled heat exchangers, fin tube heat exchangers, waste heat recovery units and custom thermal systems for demanding industrial applications.
Heat exchangers are critical thermal equipment used to transfer heat between process streams while supporting efficient and controlled operation.
Maxim Thermal Engineering provides heat exchanger design and fabrication solutions for industrial applications. Our service covers conventional heat exchanger configurations as well as custom thermal systems based on the requirements of the project.

Industrial shell and tube heat exchanger solutions for applications requiring controlled heat transfer between process fluids.
Air cooled heat exchanger solutions that use ambient air for heat rejection where the application requires air-based cooling..
Fin tube heat exchanger solutions designed around applications where increased heat-transfer surface area is required.
Waste heat recovery solutions designed to capture useful thermal energy from suitable hot process streams.
Custom heat-transfer and thermal systems developed around project-specific operating and equipment requirements.
Heat exchanger selection and design depend on the process, operating conditions, heat-transfer requirement, fluids and available installation arrangement.
For a heat exchanger project, useful information can include process fluid details, temperatures, flow rates, pressure requirements, heat duty, available space and connection information. These details help define the appropriate thermal equipment for the application.

Review the process, equipment and intended heat-transfer duty.
Assess available temperatures, flow rates, pressures, fluids and other project information.
Determine the appropriate heat exchanger type and configuration for the stated requirement.
Develop the heat exchanger solution around the project’s thermal and equipment requirements.
Fabricate the required heat exchanger or thermal equipment according to the project scope.
Complete applicable inspection and prepare the equipment for delivery or project installation.