Chemical

Precision Heat Transfer for Chemical Processing

Chemical processes often involve aggressive fluids, high pressures and temperatures that must remain tightly controlled. Exergy heat exchangers provide reliable heating, cooling, condensing and heat-recovery performance for applications ranging from laboratory and pilot systems to full-scale production equipment.

Our compact, high-efficiency designs are available in stainless steel, titanium and corrosion-resistant nickel alloys to accommodate challenging chemicals and operating conditions. Gasket-free construction and configurable materials, connections and dimensions help improve compatibility, reduce maintenance and simplify integration into new or existing process systems.

Whether controlling reactor temperatures, cooling process streams, condensing solvents or recovering valuable heat, Exergy delivers dependable thermal performance that supports process stability, equipment reliability and lower operating costs.

Applications

Reactor Temperature Control

Provides reliable heating and cooling to maintain stable reaction temperatures, improve process consistency and manage heat generated by exothermic reactions.

Process Fluid Heating and Cooling

Controls the temperature of chemical streams between production stages to support safe operation and consistent product quality.

Solvent Condensation and Recovery

Condenses solvent vapors for collection, reuse or controlled disposal, helping reduce material loss and operating costs.

Evaporation and Concentration

Supplies or removes heat during evaporation processes used to concentrate chemical solutions or separate process components.

Gas Heating and Cooling

Regulates process-gas temperatures in purification, compression, drying and chemical-processing equipment.

Heat Recovery Systems

Captures heat from hot process streams and transfers it to incoming fluids, reducing energy consumption and improving overall process efficiency.

Product Strengths

Lower Total Cost of Ownership

High-efficiency heat transfer, durable construction and reduced maintenance requirements help lower energy use and long-term operating costs.

Precise heating and cooling maintain consistent process conditions, helping control reaction rates and reduce temperature-related variations.

Chemical and Corrosion Resistance

A wide selection of stainless steels, titanium, nickel alloys and optional surface coatings provides compatibility with aggressive chemicals and demanding process fluids.

Greater Equipment Uptime

Reliable thermal performance and gasket-free construction help reduce maintenance, prevent unexpected interruptions and keep chemical processes operating consistently.

Consistent Product Quality

Stable temperatures and controlled fluid conditions support repeatable reactions, dependable batch results and consistent final-product quality.

Features

Compact, High-Efficiency Design Delivers effective heating, cooling, condensing and heat recovery in a small footprint for integration into chemical-processing equipment and skid-mounted systems.

Gasket-Free Construction Brazed and welded configurations reduce potential leak points, maintenance requirements and compatibility concerns associated with internal gaskets.

Precise Temperature Control Responds efficiently to changing thermal loads while maintaining stable process temperatures for reaction control and consistent production conditions.

Corrosion-Resistant Materials and Coatings Available in stainless steel, titanium, Hastelloy®, nickel alloys and optional surface coatings for compatibility with acids, solvents and other aggressive process fluids.

Customizable Solutions Materials, connection types, dimensions, pressure ratings and thermal performance can be configured around specific chemicals, operating conditions and installation requirements.

Major Customers