Red River fabricates pressure vessels designed for the pulp and paper industry, supporting chemical processing, fiber treatment, bleaching, recovery systems, and industrial pulp production workflows. Our vessels are engineered for durability, safety, and consistent performance in demanding mill environments.

Contact us today to request a quote for pulp and paper pressure vessel fabrication.

Pulp and Paper Process Tanks

Pulp and paper process tanks must withstand chemicals, high temperatures, and continuous operational cycles. Red River manufactures tanks engineered for pulping, digestion, bleaching, and chemical preparation applications.

Engineered for Industrial Pulp Processing

Built for chemical resistance and long-term durability

Suitable for continuous processing operations

Designed to integrate seamlessly with pulping and bleaching systems

Industrial Pressure Vessels for Paper Mills

Paper mills rely on industrial pressure vessels to support steam generation, chemical treatment, water handling, and recovery cycles. Our vessels are designed for consistent performance and seamless integration into mill operations.

Built for Long-Term Mill Operation

Fabricated to withstand high temperature and pressure

Designed for reliable performance in heavy-use environments

Customized for mill layouts and process flow

Chemical Recovery Vessels for Pulp Processing

Chemical recovery vessels are critical for reclaiming chemicals used throughout pulp and paper production. Red River fabricates vessels built for safe, efficient chemical handling, recovery, and storage.

Purpose-Built for Chemical Recovery

Engineered for corrosive media and chemical recovery cycles

Supports digesters, evaporators, and recovery boilers

Constructed from high-grade materials for long service life

Applications of Pressure Vessels in Pulp and Paper Facilities

Common Applications

Pulp digesters and fiber processing tanks

Bleaching system pressure vessels

Chemical storage and reaction tanks

Steam and heat transfer vessels

Water treatment and recovery tanks

Compressor system vessels

Pulp digesters and fiber processing tanks

Innovative pressure vessels operating in a modern water treatment plant.

Our Pulp and Paper Pressure Vessel Fabrication Process

1

Specification and Process Review

We assess media type, pressure ratings, temperature cycles, and chemical exposure requirements.

2

Engineering and Custom Design

Each vessel is engineered to meet operational demands, efficiency goals, and integration with mill processes.

3

Fabrication and Quality Control

We use precision welding, corrosion-resistant materials, and rigorous inspection procedures to ensure reliability.

4

Final Testing and Delivery

All vessels are delivered with testing documentation, certifications, and material records.

Why Choose Red River for Pulp and Paper Pressure Vessels

Built for Chemical and Thermal Demands

Vessels withstand the harsh environments found in pulp digestion, bleaching, and chemical recovery.

Custom Engineered for Mill Operations

Designed to meet your system layout, material flow, and chemical requirements.

Reliable, High-Performance Construction

Fabricated for long service life and minimal downtime in continuous duty environments.

FAQs About Pressure Vessels for the Pulp and Paper Industry

What types of pressure vessels are used in pulp and paper operations?

Digesters, bleaching tanks, chemical storage vessels, heat transfer vessels, and recovery system tanks.

Yes. We use corrosion-resistant alloys, coatings, and fabrication methods suitable for harsh chemical exposure.

Yes. Vessels are engineered to fit specific space, flow, and operational demands.

Yes. All vessels are designed for elevated temperatures and continuous thermal cycling.

Yes. We provide material certificates, weld records, inspection reports, and testing documentation.

Request a Quote for Pulp and Paper Pressure Vessel Fabrication

Red River is ready to design and fabricate pressure vessels engineered for the rigors of pulp and paper production, ensuring long-term reliability, efficiency, and safety.