Whether it’s nuclear, thermal, or renewable, power plants face high temperatures, corrosive fluids, strict licenser requirements, and constant pressure to lower costs.

Tranter plate heat exchangers are engineered to deliver reliable, efficient, and compact thermal solutions. We help you meet today’s demands while preparing for tomorrow’s energy transition.

Power generation

Built for reliability, efficiency, and tomorrow’s energy needs

Withstand extremes

Operate reliably under high pressure, high temperature, and aggressive cooling fluids.

Cut lifecycle costs

Efficient thermal designs reduce pumping energy, minimize fouling, and extend maintenance intervals.

Configured to your duty

Engineered to match your output, temperature, and licenser requirements for stable performance.

Future-proof performance

Compact, flexible layouts designed for modern power systems, from nuclear to renewables, aligned with ESG targets.

From FEED to operation

OEM engineering expertise aligned with EPCs and licensors reduces design risks and accelerates approvals.

Global OEM support

Titanium and high-alloy plates in stock, plus service centers and spare parts worldwide across all brands of heat exchangers.

Power generation

Applications across power generation

Central cooling of power plants

Efficient, compact exchangers designed for high-volume cooling loops, ensuring reliable temperature control in balance-of-plant systems.

Conventional power plants

Durable solutions for steam cycle support, condensate cooling, and heat recovery to deliver efficiency and reliability in thermal generation.

Nuclear power plants

Exchangers built for the highest safety and stability standards, with materials and designs proven in critical nuclear duties.

Solar power plants

Compact, efficient units supporting heat recovery and thermal management in solar thermal applications.

Why Tranter

A partner you can trust

Proven references

Reliability demonstrated in nuclear, renewable, and thermal plants worldwide.

OEM heritage

90+ years of application-specific plate design and engineering expertise.

Global footprint

Service centers and spare parts where you need them, backed by centralized QA.

Application-driven design

Configured for the unique efficiency and durability demands of power generation.

Carbon capture and green hydrogen

In carbon capture, large volumes of gas must be cooled and treated, with solvents regenerated continuously. Tranter plate heat exchangers deliver the thermal efficiency and material durability needed for safe, stable carbon capture operations. Our solutions help you:

Maximize energy recovery while reducing operating costs.
Handle aggressive solvents with alloys proven for long life.
Integrate seamlessly into new or retrofit plants.

Innovation with your future in mind

Our R&D develops solutions for the future of power: advanced titanium and alloy plates for extreme duties, compact layouts for space-constrained plants, and designs that recover more waste heat.

These innovations help reduce lifecycle costs, cut emissions, and align with the global shift to cleaner energy.

Tranter FullServ® – service without limits

With Tranter FullServ®, you get lifecycle support for every brand of heat exchangers. We keep your equipment running, from inspection and reconditioning to emergency on-site service.

Our rapid-response teams and local service centers around the world ensure your exchangers deliver peak performance longer.

Resource center

Explore our latest guides and literature

Energy, Process industries Sustainability

Heat exchangers for post combustion carbon capture applications

Tranter’s heat exchangers have various applications across many different markets. Let’s take a look at how plate and frame heat exchangers can be used in CO2 capture applications to improve the total economy of the plant.

Download

Energy, Process industries

Tranter heat exchangers in green hydrogen production

Tranter’s compact plate heat exchangers are used in various energy intense industrial applications. Let’s take a look at how plate heat exchangers can be used in the production of green hydrogen and in the hydrogen value chain.