Industrial Radiators and Cooling Systems
GHT, a division of Forum Energy Technologies, designs and manufactures industrial radiators for engine cooling applications in demanding environments. These forced-air cooling systems are engineered to operate reliably in both high-ambient desert conditions and extreme Arctic climates.
With more than 40 years of experience, GHT delivers customized radiator solutions designed to meet the performance requirements of power generation, oil and gas, and industrial operations.
Key Features and Capabilities
Core Material Options
GHT industrial radiators are available with multiple core material configurations to meet specific application needs:
- Aluminum cores
- Copper cores
- Hybrid core designs
Each option can be customized to match operating conditions and performance
Radiator Configurations
Radiators are available in multiple configuration to support different installation and cooling requirements:
- Horizontal — Suitable for space-efficient layouts
- Crossflow — Enables efficient heat transfer across the core
- Vertical — Designed for specific application setups
Expansion tank options include:
- Remote expansion tanks
- Built-in expansion tanks
Corrosion Resistance and Customization
- Corrosion-resistant coatings for extended service life
- Durable materials and robust fastening systems
- Custom paint options to match equipment specifications
Integrated Cooling Capabilities
Radiator systems can be designed with integrated cooling components, including:
- Oil coolers
- Charged air coolers
- Fuel coolers
GHT works with customers using 3D models to design line groups and cooling circuits based on application requirements.
Applications
Industrial radiators are designed for continuous operation across a range of applications:
- Power generation systems
- Oil and gas operations
- Pumping plants
- Data centers
These systems are built to maintain cooling performance under high thermal loads and varying environmental conditions.
Remote Drive Radiators
Remote drive systems are designed for applications in which the radiator operates independently of the engine.
Features
- VFD-compatible electric motors with various area classifications
- Hydraulic motor options
- Pneumatic motors for smaller-scale systems
- Compatibility with belt-driven or direct fan configurations
- Structural designs built to oil and gas industry standards
Direct Drive Radiators
Direct drive radiator systems are available in both standard and custom configurations.
Features
- On-engine sucker or blower fans
- Jackshaft units including complete fan drive systems
- Integrated drive components designed for reliable operation
Reliability and Performance
Durable Construction
Radiators are designed to withstand harsh environments and high vibration, supporting continuous operation in demanding conditions.
Optimized Cooling
Designs focus on effective heat transfer and system efficiency across different operating environments.
Serviceability
Systems are built for ease of maintenance and field servicing.
Engineering and Design
GHT develops radiator systems with a focus on performance, durability, and application-specific requirements.
Engineering Capabilities
- Application-specific customization
- Weight optimization
- Heat transfer optimization
- Feasibility testing before production
Each system is validated to ensure it meets operational and environmental requirements before manufacturing