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Bharat Tanks & Vessels
Refrigerated cryogenic storage system

Solutions by Offering

Cryogenic Systems

Ultra-low temp storage for LNG, LIN, LAR, LOX

Cryogenic storage isn’t forgiving, poor insulation, material mismatch, or flow control issues can lead to product loss, safety risks, or system failure. It demands precision, experience, and the right engineering from day one.

The Challenge

Why this solution exists

Cryogenic storage isn’t forgiving, poor insulation, material mismatch, or flow control issues can lead to product loss, safety risks, or system failure. It demands precision, experience, and the right engineering from day one.

Refrigerated cryogenic storage system

BTV’s Approach

How we deliver it differently

Cryogenic storage sphere
  1. 01

    Understand

    Feasibility, site conditions, and operating parameters.

  2. 02

    Engineer

    Design to fit the media, capacity, and applicable standards.

  3. 03

    Manufacture

    In-house fabrication with stage-wise QA/QC.

  4. 04

    Execute

    Logistics, site installation, and testing.

  5. 05

    Support

    Commissioning, documentation, and lifecycle support.

Solution Overview

What Cryogenic Systems covers

Ultra-low temp storage for LNG, LIN, LAR, LOX

Cryogenic storage sphere

Key Capabilities

What we deliver

01

Vacuum-insulated cryogenic tanks for LNG, LIN, LOX, LAR

02

Vaporizers, cold boxes, and dual-line transfer systems

03

Complete skid-mounted or field-assembled cryo packages

Technical Specifications

Engineering reference

Capacity
Confirmed at project scope
Dimensions
Configuration-dependent
Materials
Selected per media compatibility
Standards
ASME / PED / ISO
Operating conditions
Site and duty specific

Exact specifications are confirmed at project scope.

Cryogenic storage sphere

Applications & Industries

Where it's used

Built to serve critical infrastructure across:

Oil & GasChemicalsPower GenerationWater & UtilitiesInfrastructure

Engineering & Manufacturing Process

From consultation to lifecycle support

  1. 01

    Consultation

    Understand the requirement, constraints, and timeline.

  2. 02

    Design & Engineering

    Detailed engineering aligned to standards and duty.

  3. 03

    Material & Fabrication

    Sourcing, fabrication, and in-house quality checks.

  4. 04

    Quality Inspection

    Hydro, radiography, and ultrasonic testing as required.

  5. 05

    Logistics

    Packing and transport planning for the delivery site.

  6. 06

    Installation

    Mechanical erection and piping by trained site crews.

  7. 07

    Commissioning

    Site acceptance testing and handover documentation.

  8. 08

    Lifecycle Support

    Ongoing maintenance and operational support.

Performance & Benefits

What's in it for you

  • Ultra-low boil-off rates with advanced insulation and sealing
  • Systems built to handle thermal stress, cycling, and purity levels
  • Delivered fully tested, with guaranteed performance at -196°C and below

Designed & manufactured according to

ASME 'U' / 'U2' StampPED 2014/68/EUISO 9001:2015OISD StandardsAPI 650 / API 620

FAQ

Common questions

What lead time should I plan for a cryogenic systems project?+

Lead time depends on scope, capacity, and site conditions. Our team confirms a schedule during the feasibility stage.

Can the system be customised to our site and process requirements?+

Yes. Every system is engineered to the client's operating parameters, footprint, and applicable regulatory standards.

What standards and certifications apply?+

Design and fabrication follow ASME, PED, and ISO requirements, with additional certifications applied where the project geography requires it.

Does BTV handle installation and commissioning as well as fabrication?+

Yes. Delivery covers engineering, fabrication, site installation, testing, and commissioning under a single point of accountability.

Have a project in mind?

Tell us what you’re trying to achieve. Our engineering team will help determine the right solution.

Let's Talk EPC

Book a Call

Schedule a Consultation for Comprehensive Engineering, Procurement, and Construction (EPC) Strategy