Multiple Configurations And Application Solutions

Chemical Processing

Acid cooling, solvent separation and condensation, reactor control, reboiling, resin thermal control, caustic production and advanced heat recovery duties are all proven duties for Tranter Heat Exchangers.

Hydrocarbon Processing

Hazardous location duties, multi-duty capabilities and welded durability have driven acceptance of Tranter Heat Exchangers in refineries, gas plants and in gas transmission.

Oil And Gas Production

In the oil patch, on FPSOs or on offshore rigs, you will find Tranter Heat Exchangers hard at work sustaining production rates and reducing maintenance costs.

Power Generation

Tranter Heat Exchangers remove excess heat from DM water circuits, heat wet flue gas before the stack, preheat feed water from condensate and steam, cool diesel and turbine lube oils and maintain temperatures in fuel pools.

Renewable Energy

High internal velocities, turbulence, flexible wide-gap PHE options and excellent heat transfer rates make Tranter Heat Exchangers naturals for duties in the renewables segment, such as cooling hydrogenerators. Quality service maximizes uptime.

Marine

Titanium Tranter Plate Heat Exchangers save space and weight in a variety of shipboard thermal loop duties, while withstanding the damaging effects of sea water.

Refrigeration

In cascade refrigeration, Tranter Shell & Plate Heat Exchangers improve safety and reduce ammonia consumption as NH3–CO2 cascade heat exchangers and emergency CO2 coolers. In chiller condensers, they outperform semi-welded exchangers.

HVAC

The larger the load, the more you need Tranter Plate Heat Exchanger efficiency. For commercial, industrial or district heating and cooling applications, close approach and fast response will keep people comfortable and productive.

General Industry

Specific heat transfer duties in diverse segments, including the automotive segment, are improving processes and boosting competitiveness.