Technology

Engineered Salt Cavern
Gas Storage.

One cell at a time.

HEBE is building the infrastructure for a clean energy future with underground hydrogen storage designed for safety, scalability, and long-term value.

Frameless HEBE Cell conceptual cutaway
Illustrative concept rendering

The storage challenge

Hydrogen needs storage
that can scale.

Hydrogen is essential for decarbonizing industry, power, and transport. Safe, affordable, and scalable storage remains a critical barrier.

01

Cost

High-cost aboveground options can constrain deployment.

02

Safety and permitting

Storage systems must address safety and permitting complexities.

03

Scale and siting

Infrastructure must expand with demand and fit the site.

Inside the HEBE Cell

Engineered from the inside out.

Concept cutaway of a spherical steel liner inside mineral-composite encasement
Structural confinement

Illustrative concept rendering. Layers are not to scale.

Why underground

More capability.
Less surface footprint.

01

Reduced surface footprint

Preserves land use and minimizes visual impact.

02

Modular deployment

Add capacity as demand grows.

03

Inherent resilience

Underground placement provides protection from extreme weather and impacts.

04

Scalable infrastructure

Designed to support large underground storage networks.

System architecture

An integrated energy system.

  1. 01

    Renewable power

    Clean energy from renewable generation.

  2. 02

    Electrolyzer

    Produces hydrogen using surplus power.

  3. 03

    HEBE storage

    Stores hydrogen underground with HEBE Cells.

  4. 04

    End use

    Power for industry, transport, and reliable electricity.

Safety philosophy

Protection is part of the architecture.

01

Engineered for safety

Materials and design supported by an engineering, testing, and validation pathway.

02

Leak-tight by design

A 316L liner and high-integrity connections provide the containment architecture.

03

Thermally resilient

Underground placement provides natural thermal insulation from ambient temperature swings. Materials are selected for the −253 °C to +40 °C operating range.

04

Monitored and assured

Health monitoring and data analytics support long-term confidence.

Company design specifications, subject to engineering validation and applicable certification. Concept illustrations are not to scale.

The future starts below the surface

Build what comes next.

Connect with HEBE about technology, partnerships, and deployment.

Contact HEBE