Convert
Transform natural gas into flexible syngas and hydrogen intermediates.
Technology
The technology foundation behind Hedron’s projects
Hedron combines its proprietary advanced reforming platform with complementary technologies to create flexible pathways to low-carbon fuels, chemicals, hydrogen and power.
Proprietary core · Integrated project designHedron Corporation
The integrated pathway
From natural gas to essential low-carbon products
Natural gas is converted through Hedron's proprietary advanced reforming process into syngas, a flexible intermediate that can be configured toward hydrogen, fuels, chemicals and power. Renewable energy, water electrolysis, green hydrogen, carbon capture and storage, biomass and direct air capture can be integrated around the core process according to the requirements of each project.
The proprietary core
Advanced reforming at the center of the project
Hedron's advanced reforming platform provides the core conversion pathway. Project configuration then brings together product synthesis, hydrogen processing, carbon management, utilities and enabling infrastructure within one integrated development concept.
Integrate
Configure complementary technologies, carbon management and infrastructure around the core platform.
Produce
Develop pathways to fuels, chemicals, hydrogen and power for global markets.
Project-dependent integrations
Configured around each project opportunity
Not every project uses every integration. Hedron selects and combines complementary technologies according to available resources, infrastructure, carbon-management requirements and target products.
Renewable Energy
Renewable power can be incorporated into project design to support process requirements and lower-carbon product pathways.
Water Electrolysis & Green Hydrogen
Electrolysis and green hydrogen can be integrated where local power, water and project economics support their use.
Carbon Capture & Storage
Carbon capture, transport and storage infrastructure is configured as an integral part of project development and carbon management.
Biomass & Biogenic Carbon
Biomass and biogenic carbon pathways may be incorporated into selected fuel and chemical configurations.
Direct Air Capture
Direct air capture may provide atmospheric carbon dioxide for selected synthetic-fuel pathways where project conditions support its integration.