Thermal Energy Storage Vessels
Red River designs and fabricates thermal energy storage vessels for data centers, power generation, biogas, and industrial process applications. Each vessel is engineered to meet ASME requirements and built for thermal stability, pressure integrity, and reliable performance across continuous charge-discharge cycles.
Contact us today to request a quote for thermal energy storage vessel fabrication.
OUR TES TANK CATALOG (PDF)
DOWNLOAD OUR TES TANK CATALOG (PDF)
Download our tes tank catalog (PDF)
Chilled Water Thermal Storage Tanks
for Data Centers
Chilled water thermal storage tanks allow data center cooling systems to charge during off-peak hours and discharge stored cooling capacity during peak demand periods, reducing chiller runtime and peak demand charges. Red River fabricates chilled water TES vessels designed for stratified flow, vapor barrier integrity, and decades of continuous cycling service.
Key Features
Engineered for data center cooling load profiles
Designed for stratified chilled water storage with optimized diffuser configurations
Fabricated for continuous charge-discharge cycling over full-system service life
Built to ASME Section VIII or API 650 standards depend on operating pressure
Hot Water and Process Heat Thermal Storage Vessels
Hot water and process heat thermal storage vessels buffer thermal energy production from thermal energy consumption in power generation, combined heat and power, and industrial process applications. Red River fabricates vessels engineered for sustained high-temperature service, cyclic thermal loading, and reliable long-term performance.
Designed for Elevated Temperature Service
- Carbon steel and chrome-moly alloy construction for operating temperatures up to 800 degrees Fahrenheit and above
- ASME Section VIII compliance with third-party authorized inspection on all coded vessels
- Post-weld heat treatment performed in-house for alloy steel fabrication
- Fatigue-managed nozzle and support design for vessels subject to frequent thermal cycling
Custom Thermal Energy Storage Vessels for Biogas, Oil and Gas, and Industrial Applications
Biogas, oil and gas, and industrial process applications require thermal storage vessels matched to specific process fluids, operating pressures, and cycling duties. Red River fabricates custom thermal energy storage vessels, engineered for corrosive condensate service, continuous cycling, and demanding industrial environments.
Purpose-Built for Industrial and Biogas Service
- Corrosion-resistant material options for biogas condensate and chemical service
- Fatigue-managed design for continuous start-stop cycling applications
- ASME U Stamp and NBBI R Stamp certified fabrication on every coded vessel
Customization Options
- Custom nozzle layouts, connection locations, and vessel orientation
- Carbon steel, stainless steel, chrome-moly alloy, and clad or lined construction
- Insulation and vapor barrier provisions are designed into a fabrication scope from the start
- Modular skid packages available for pre-assembled, pre-tested delivery to sites.
Applications of Thermal Energy Storage Vessels
Common Use Cases
- Data center chilled water storage and cooling load management
- Power generation feedwater and steam accumulator systems
- Biogas and CHP heat recovery buffer storage
- Industrial process heating and cooling thermal buffer applications
- Oil and gas fuel gas conditioning and process temperature stabilization
Ore processing and mineral separation
Chemical reagent mixing and conditioning
Slurry management and multi-stage processing
Wastewater and residue handling
High-temperature chemical simulations
High-volume industrial fluid management
Red River Fabrication Process for Thermal Energy Storage Vessels
1
Engineering and Design Review
Assessment of operating temperature range, pressure class, storage medium, cycling duty, and applicable fabrication code before any plate is cut.
2
Material Selection and Specification
Carbon steel, stainless steel, chrome-moly alloys, and clad or lined vessel options selected based on operating conditions, water chemistry, and service life requirements.
3
ASME-Certified Fabrication
All coded vessels fabricated under active ASME U Stamp certification with third-party authorized inspection at required hold points. Complete documentation package delivered with every vessel.
4
Testing, Inspection, and Documentation
Hydrostatic pressure testing, NDE inspection, and complete documentation including ASME Form U-1, certified mill test reports, weld records, and NDE reports.
Why Choose Red River for Thermal Energy Storage Vessels
Engineered for Thermal Storage Applications
Vessels designed specifically to handle chilled water, hot water, and process fluid thermal storage across continuous cycling service in demanding environments.
ASME U Stamp and NBBI R Stamp Certified
Every coded thermal storage vessel is fabricated under active certifications with third-party authorized inspection. Verify certifications directly at asme.org and nationalboard.org.
Single-Source Fabrication Scope
Vessel, pipe spools, insulation provisions, and modular skid assembly all under one quality system and one project team.
FAQs About Thermal Energy Storage Vessels
What ASME standards apply to thermal energy storage vessels?
Pressurized TES vessels operating above 15 PSI fall under ASME Section VIII. Atmospheric tanks typically follow API 650 or AWWA D100. Red River holds active ASME U Stamp certification covering Section VIII vessel fabrication.
What materials does Red River use for TES vessels?
Red River fabricates TES vessels in carbon steel (SA-516 Grade 70), stainless steel (Type 304 and 316L), chrome-moly alloy steels, and clad or lined configurations depending on operating temperature, water chemistry, and service requirements.
Can Red River fabricate modular skid packages for TES systems?
Yes. Red River fabricates complete modular thermal storage skid packages pre-assembled and pre-tested at the Gillette, Wyoming facility. Field installation reduces utility and process connections with no field assembly required.
How does Red River handle continuous cycling duty for data center TES vessels?
Red River designs TES vessels for data center applications with cyclic thermal loading accounted for in the mechanical design, including nozzle reinforcement, insulation system provisions, and support attachment design.
What documentation does Red River provide with a completed TES vessel?
Every ASME-coded TES vessel is delivered with an ASME Form U-1 manufacturer’s data report, certified mill test reports, weld records, NDE reports, and a hydrostatic test record.
Pressurized TES vessels operating above 15 PSI fall under ASME Section VIII. Atmospheric tanks typically follow API 650 or AWWA D100. Red River holds active ASME U Stamp certification covering Section VIII vessel fabrication.
Red River fabricates TES vessels in carbon steel (SA-516 Grade 70), stainless steel (Type 304 and 316L), chrome-moly alloy steels, and clad or lined configurations depending on operating temperature, water chemistry, and service requirements.
Yes. Red River fabricates complete modular thermal storage skid packages pre-assembled and pre-tested at the Gillette, Wyoming facility. Field installation reduces utility and process connections with no field assembly required.
Red River designs TES vessels for data center applications with cyclic thermal loading accounted for in the mechanical design, including nozzle reinforcement, insulation system provisions, and support attachment design.
Every ASME-coded TES vessel is delivered with an ASME Form U-1 manufacturer’s data report, certified mill test reports, weld records, NDE reports, and a hydrostatic test record.
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Request a Quote for Thermal Energy Storage Vessel Fabrication
Red River is ready to provide ASME-compliant, high-quality thermal energy storage vessels for data centers, power generation, biogas, and industrial process applications.