In the modern world of tight capital, materials and energy resources, Tranter technology is conserving all three. For example, some of our recent plate patterns bring new meaning to optimized heat transfer and pressure drop:

New heights in thermal efficiency
Additional energy savings through reduced pumping costs
Optimized shear stress values to minimize fouling tendencies
Minimized maintenance burdens and facility downtime
Read more about optimized heat transfer and pressure drop

The close approach of our exchangers with tall plates enables maximum economizing heat recovery. Low hold-up volume and high heat transfer coefficients make our exchangers fast responding for tight control, valuable in both the HVAC and process worlds.

Tranter offers customers worldwide creative ways to harness thermal energy in waste streams or use nearby “free” sources of cooling water. Among our many proven strategies:

Interchangers, or cross exchangers, can exchange heat between two process flows
In power systems, additional condensing capacity that reduces output-derating backpressure in steam turbine generators
Tailrace hydrogenerator coolers
Geothermal binary cycle loop interchangers
Geothermal heating/cooling heat pump interchangers
Free cooling source interchangers
Solar collector isolation interchangers

Wherever there is an available heating or cooling source, Tranter can put it to work saving energy and ultimately reducing emissions.

Tranter Inc Downloads

NOVUSBLOC - Welded Plate Heat Exchanger Brochure

Welded Plate Heat Exchanger Brochure Brochure

THERMOFIT - Model DN150 Plate Series - Gasketed Plate & Frame Heat Exchangers Brochure