Red River engineers and fabricates advanced Process Heating vessels and equipment designed for high-performance industrial applications across energy, manufacturing, chemical, and heavy industry sectors.

Contact us today to request a quote for custom process heating equipment.

Industrial Heat Exchanger Vessels

Industrial heat exchanger vessels are critical for thermal transfer, process efficiency, and precise temperature control. Red River manufactures heat exchangers built for demanding environments where reliability and consistent performance are essential.

Engineered for High-Efficiency Thermal Transfer

Designed for precise heating, cooling, and temperature regulation

Built to handle corrosive media, high pressures, and elevated temperatures

Fabricated with materials tailored to your specific thermal and process requirements

Thermal Process Tanks and Systems

Thermal process tanks and systems provide uniform heat distribution, safe operation, and dependable performance. Our custom-fabricated tanks support a wide range of industrial heating processes, from batch thermal treatment to continuous processing.

Built for Critical Industrial Heating Operations

Engineered for consistent heating and controlled heat retention

Supports chemical, fuel, water, and media-based heating systems

Designed for durability under continuous thermal cycling

Compact pressure vessel installed in a small-scale solar power plant

ASME Process Heating Equipment

ASME-compliant process heating equipment ensures safe, certified operation under elevated pressures and temperatures. Red River fabricates ASME vessels and heating equipment to meet strict regulatory standards and long-term industrial demands.

Full ASME Compliance and Quality Assurance

Manufactured under ASME Section VIII standards

Designed for high-pressure, high-temperature applications

Complete documentation, testing, and certification included

Applications of Process Heating Systems

Common Industrial Uses

Heat exchangers and thermal transfer systems

Industrial boilers and heating vessels

Chemical processing heat integration

Fuel and gas preheating systems

Thermal treatment tanks

Heating components for manufacturing and refining

Innovative pressure vessels operating in a modern water treatment plant.

Our Fabrication Process for Process Heating Equipment

1

Evaluation of Thermal Requirements

We assess heat load, operating temperature, pressure, and process media.

2

Engineering and Custom Design

Every system is engineered for maximum efficiency, safety, and process compatibility.

3

Fabrication Using Proven Materials

We utilize high-temperature alloys, specialized coatings, and certified materials to ensure performance and longevity.

4

Testing, Validation, and Delivery

All equipment undergoes hydrostatic pressure testing, thermal performance verification, and full quality inspections before delivery.

Why Choose Red River for Industrial Process Heating

Precision Fabrication for High-Temperature Systems

Our vessels and equipment are engineered to meet exact thermal and structural specifications.

Reliable, Long-Term Performance

Designed for continuous operation and repeated thermal cycling with minimal maintenance.

Custom Solutions for Complex Heating Needs

We support unique process requirements across multiple industries, ensuring each system fits your operational goals.

FAQs About Process Heating Equipment

What industries require process heating systems?

Industries include oil and gas, chemical processing, manufacturing, power generation, and water treatment.

Yes. All ASME process heating equipment is fabricated to meet strict regulatory standards.

Yes. We use corrosion-resistant alloys and compatible thermal materials.

Yes. Our engineering team delivers tailored design solutions for specific heating requirements.

Testing includes hydrostatic pressure testing, thermal performance checks, and full quality inspections.

Request a Quote for Custom Process Heating Equipment

Red River is ready to supply engineered process heating vessels and systems built for safety, efficiency, and long-term industrial performance.