HYDROGEN & SYNGAS
Powering the shift to low-carbon production
Why Hydrogen Matters in Decarbonization
- Over 60 hydrogen plants delivered
- Up to 98% CO₂ capture efficiency
- Modular and scalable technologies
- Green, blue and low-carbon hydrogen solutions
- Integration with CCUS systems
- Applications: steel, chemicals, refineries, synfuels, bio fuels production
Hydrogen, the most abundant and simplest element in the universe, plays a pivotal role in the decarbonization of hard-to-abate sectors. Traditionally used in ammonia production and crude oil hydroprocessing, hydrogen is now emerging as a key energy carrier for industrial applications.
Its ability to store and deliver energy without carbon emissions makes it essential for achieving net-zero goals. When produced using low-carbon or renewable feedstocks, hydrogen becomes a cornerstone of sustainable industrial transformation.
Industrial Applications of Hydrogen
Hydrogen and its derivatives are increasingly used across:
- Refineries
- Chemical production
- Synfuels and fertilizers
- Steel manufacturing
- Energy storage and transport
Our technologies support both new greenfield projects and the decarbonization of existing assets.
Nextchem Technologies for Hydrogen
At Nextchem, we provide a range of hydrogen production technologies tailored to meet your plant’s specific needs based on capacity, feedstock, and carbon intensity.
Whether you're looking to launch or revamp a hydrogen plant, minimize carbon emissions, or embark on a new green hydrogen project, we’re here to deliver proven, efficient solutions to support you at every stage of your journey.
A cost-effective solution for large-scale hydrogen and syngas production, fully compatible with carbon capture systems. Ideal for brownfield integration and chemical synthesis.
Modular and compact technology for small and medium-scale hydrogen production. Enables high CO₂ capture efficiency and reduced footprint.
Autothermal Reforming (ATR) for high-capacity hydrogen production, integration with CCUS, and downstream synthesis applications.
An innovative electric SMR design that reduces natural gas usage by 45% and CO₂ emissions by up to 98%. Perfect for biogas upgrading integration to produce low-carbon hydrogen, production in steel, synfuels, and chemical sectors.
Reliable and scalable AWE (Alkaline Water Electrolysis) technology for green hydrogen hubs, from pilot plants to full-scale industrial deployment.
Whether you're planning a new hydrogen facility, upgrading an existing plant, or seeking low-carbon alternatives, Nextchem provides:
- Feasibility and revamping studies
- Technology licensing
- Process design packages (PDP), Basic Design Packages (BDP) and FEEDs
- Proprietary equipment supply
- Digital solutions (DPM and OTS)
- Post-PDP services
Urea
Engineering excellence through decades of experience
Methanol
Complete portfolio for conventional, blue and green methanol
Carbon Management
Smart pathways for carbon capture, purification, liquefaction and utilization
Circularity
Recovering value from plastics, biomass and non-recyclable materialsLooking for more information or have a project inquiry? Fill out the form to connect with our experts. We will get back to you shortly.