01
Water heating
Developing submerged combustion and heat exchange for water heating systems.
Explore projectHYDROGEN. ENGINEERED FOR REAL APPLICATIONS.
The smallest molecule. A bigger energy future.
We develop hydrogen systems for heat, industrial processes and decentralized energy. From laboratory prototypes to proposed industrial pilots.
FROM MOLECULE TO APPLICATION
Our work connects PEM electrolysis, hydrogen–oxygen combustion and heat exchange. We develop systems around the process they need to serve: heating water and air, generating steam and supporting industrial applications.
OUR TECHNOLOGY
One platform.
Different forms of heat.
Hydrogen and oxygen are generated from prepared water, supplied separately to the burner and converted into heat. Heat exchangers adapt that energy to the application.
01Renewable power
02PEM electrolysis
03Hydrogen & oxygen
04Useful heat
Conceptual system. Performance and electricity origin are evaluated for each application.
02
Air heating
Burner and radiator concepts transfer heat to a separate air stream.
Explore project03
Steam generation
Research into steam generation, condensation and heat recovery in a closed loop.
Explore projectPROJECT PORTFOLIO
Ideas with
a place in the real world.
Explore our technologies, application concepts and proposed pilot projects. Each project shows its current development stage.
01 / H2Prototype
Hydrogen water heating
A hydrogen–oxygen burner brings heat into a water-based system.
Core technology
02 / H2Prototype
Hydrogen air heating
A burner and heat exchanger deliver a controlled stream of warm air.
Core technology
03 / H2Research
Hydrogen steam systems
Research into compact steam generation and heat recovery.
Core technology
04 / H2Research
PEM integration & control
Integrating water electrolysis, power supply and heat demand.
Core technology
05 / H2Proposed project
Timber drying
A proposed hydrogen heat application for controlled kiln drying.
Industrial applications
06 / H2Concept
Coffee & cocoa drying
Exploring controlled heat for agricultural processing.
Industrial applications
07 / H2Proposed project
Poultry & food processing
A proposed pilot for ventilation heat, hot water and process preheating.
Industrial applications
08 / H2Concept
Palm oil process heat
Exploring hydrogen heat for tank-temperature maintenance and process duties.
Industrial applications
09 / H2Concept
Hospitality heat systems
Hydrogen concepts for hot water, laundry and selected steam loads.
Industrial applications
10 / H2Concept
Solar & off-grid applications
Exploring solar-powered hydrogen systems for distributed sites.
Industrial applications
11 / H2Concept
Bitumen heating
A closed-loop concept for transferring hydrogen heat to bitumen.
Industrial applications
12 / H2Research
Bali R&D platform
Prototype development and a proposed expansion of testing capabilities.
Research & pilots
13 / H2Proposed project
Lithuania pilot programme
A proposed pathway from laboratory testing to a European industrial pilot.
Research & pilots
14 / H2Proposed project
H2 R&D Center Sarawak
A proposed research and engineering centre in Sarawak.
Research & pilots
15 / H2Proposed project
Hydrogen production & compression
A proposed integrated hydrogen-production infrastructure project.
Hydrogen infrastructure
16 / H2Concept
SL Tower & HAWG
A community water and connectivity concept with hydrogen-enrichment integration.
Hydrogen infrastructure
16 / 16
RESEARCH & DEVELOPMENT
Build. Measure.
Validate.
Progress starts with a working prototype and credible measurements. Our development approach combines experimental engineering with application-specific validation.
A REGIONAL PERSPECTIVE
Develop
Design burners, heat exchangers and integrated hydrogen systems around a defined use case.
Measure
Track electricity, water, gas production and useful heat through a complete energy balance.
Validate
Use independent testing and pilot trials to establish performance before scaling.
Indonesia
Bali laboratory development and application concepts for hospitality, agriculture and industry.
Malaysia
Proposed research and industrial applications in Sabah and Sarawak.
Europe
A proposed Lithuanian pilot and opportunities for industrial heat applications.
ABOUT H2ENERGY
Science at the core.
Engineering in practice.
H2Energy is a hydrogen technology research and engineering initiative. We bring together experimental physics, system design and practical industrial needs to move ideas towards measurable applications.
AK
Aleksandr Kim
Chief Technology Officer
EA
Evgeniy Abramov
Chief Engineer
LET’S BUILD WHAT COMES NEXT
Your process.
Our next challenge.
Discuss a pilot, research collaboration or industrial application. Tell us what you need to heat, where and at what scale.