
Industries & Applications
Heat Exchangers for Power Plants
Thermal performance in power plants leaves no room for error. At LHE, we deliver plate heat exchangers built for system uptime, pressure control, and corrosion resistance — designed to specifications, and proven in the field.
You get clean documentation, smart material selection, and a compact design that saves space without sacrificing output. And we back it all with references across fossil, gas, and nuclear projects.
Designed to fit. Proven to perform.

You need heat exchangers that integrate easily, perform under pressure, and stay online for the long haul. That’s where we come in.
- Optimized designs that minimize install cost and reduce spatial requirements
- High thermal efficiency for better output and lower utility load
- Easy-to-maintain designs, even in seawater-cooled systems
- Support for large plates and high-pressure configurations
- Proven performance in real-world conditions
Solving the thermal challenges of modern power
Specialized material procurement
LHE manages the sourcing of titanium and other advanced materials, essential for seawater and aggressive media applications. By controlling the supply chain and QA, we help you avoid delays and ensure long-term corrosion resistance for critical duty points.
Pressure class and footprint limitations
Competitive value engineering
Field-proven reliability
Not just another heat exchanger vendor
Proven track record
We’ve delivered high-capacity exchangers for power applications worldwide, consistently serving returning end users with documented reliability and performance.
Expanded product capabilities
Unlike many competitors, LHE offers a broad lineup — including large plate sizes that reduce space requirements and lower installation costs.
Performance-engineered solutions
Our engineering team provides thermally optimized, application-specific proposals rather than generic catalog selections.
Better total value
From sourcing to support, we help you reduce total installed cost while improving system reliability and flow performance.




