Unleash the full potential of blue hydrogen
Low‑carbon, or blue, hydrogen is a cornerstone of the energy transition, providing an affordable route to decarbonize hard‑to‑abate industries, power and heavy transport at the required scale.
Leveraging over 60 years of leading expertise in hydrogen, BlueH2 by T.EN™ is a uniquely integrated low‑carbon hydrogen technologies and EPC solutions portfolio, delivering the best possible levelized cost for blue hydrogen production with the lowest carbon footprint across any type or scale of plant.
By combining proprietary reforming technologies (ATR-TPR/SMR/POX) with advanced carbon‑capture solutions, enabling up to 99% CO₂ reduction, we deliver best‑in‑class low‑carbon hydrogen facilities, helping clients achieve their decarbonization ambitions through unit revamping or grassroots projects.
Optimize your decarbonization and performance strategy
From small to large hydrogen capacities, BlueH₂ by T.EN™ combines advanced reforming technologies (SMR, ROX™, TPR™, LSV® burners and EARTH®) with flexible, proven and cost-efficient carbon capture options to deliver lower carbon hydrogen and optimized performance across plant revamps and new projects.
hydrogen plants using Technip Energies technology
years of leadership in hydrogen production
references with CO2 capture in H2 plants
of existing installed capacity worldwide
The value unleashed by BlueH2 by T.EN™
 | Up to 99+% carbon emissions capture from ~10 down to <0.1 kilogram CO2 per kilogram H2. |
 | More than 99% operational reliability Demonstrating onstream availability for uninterrupted hydrogen production. |
 | More yield and the best LCOH To arrive at the lowest levelized cost of low-carbon hydrogen production. |
 | Added value Increase your profits with the coproduction of high value products. |
Introducing BlueSight™ digital simulation platform
BlueSight™ is our new simulator and decision-maker web-based platform. By providing real-time simulations and operational insights, it enables you to access valuable data to achieve your decarbonization ambitions for any existing unit revamping.
Fully integrated technology portfolio
ATR and SMR technologies
As a global leader in hydrogen, we have integrated Oxidative Autothermal Reforming (ATR) technology, developed in partnership with Casale, into our extensive range of proprietary SMR solutions, enabling large capacity, ultra blue hydrogen production with up to 99+ percent carbon capture.
SMR is well suited to a wide range of capacities, with unrivalled experience across more than 275 hydrogen plants. We can deliver top fired reformers for hydrogen plants up to 300 kNm³/h (1 GW) in a single unit, with optimized CAPEX and the smallest plot requirements, without compromising OPEX.
EARTH®: Enhanced Annular Reforming Tube for Hydrogen
Recuperative reforming solution that saves 30 percent on fuel costs and reduces CO2 emissions by 10 percent. Fully proven in operation and can be installed in existing and new reformer tubes with simple drop-in (minimum CAPEX).
TPR®: Technip Energies Parallel Reformer convective recuperative reformer
Our proprietary convective recuperative heat exchange reformer is designed to optimize the high-grade heat cycle (reduce CO2 emissions by up to 20 percent), reduce hydrocarbon consumption and increase reforming capacity by up to 30 percent. Successfully operating for over 20 years with installed capacity up to 160 kNm3/h and growing.
LSV®: Large-scale Vortex ultra-low NOx burner
Our proprietary ultra-low NOx burner technology delivers flameless combustion and is suitable for a wider range of furnaces and fuels. Recently tested with 100 percent H2 firing. Adjustable and uniform flame heat release to enhance furnace performance.
Dual-chamber process gas boiler
Our proprietary dual-chamber process gas boiler enhances cost-effectiveness and improves energy efficiency through extended heat recovery.
A trusted partner for low-carbon hydrogen projects worldwide
- Exxon Mobil Baytown, FEED for the world’s largest blue hydrogen plant with ~1 billion ft3/day of low-carbon H2/day and 7 MT/y of CO2 capture.
- LG Chem, the first BlueH2 by T.EN™ plant to supply Daesan complex in South Korea with a 56 kNm3/h with 250,000 TPA CO2 capture.
- TG Blue Bison DOE, pre-FEED/FEED for 245 kNm3/hr blue H2 with >97% CO2 capture.
- Tallgrass Energy, technology comparison ATR versus SMR enabling >90% CO2 capture – BlueH2 by T.EN™.
- Sinopec refinery and Acetic Acid facility, China, multi-product HyCO plant with 100% pre-combustion CO2 capture.
- HPCL Visakh, India, two hydrogen trains with a combined capacity of 320 kNm3/h for comprising the largest H2 generation plant in India, including power generation and TPR™ technology for CO₂ reduction.
- Suncor Refinery, 75 MW power, largest single-train SMR hydrogen plant.
Explore further
BlueH₂ by T.EN™ brochure
BlueSight™: digital simulation platform
FAQ
Low-carbon hydrogen is produced from natural gas through a reforming process using steam methane reforming (SMR), auto thermal reforming (ATR) or partial oxidation (POx). During the reforming process, carbon is captured and stored to reduce hydrogen carbon intensity, making low-carbon hydrogen technology a cleaner and more environmental alternative to grey hydrogen production, which does not capture greenhouse gas emissions.
Low-carbon hydrogen is produced from natural gas with carbon capture and storage (CCS), while green hydrogen is produced through water electrolysis using renewable electricity. This hydrogen production method results in near-zero carbon dioxide emissions, making green hydrogen a clean and sustainable energy source to generate electricity and power vehicles.
The advantages of low-carbon hydrogen production include lower carbon emissions compared to grey hydrogen, efficient use of existing natural gas infrastructure and immediate availability at large scale through proven technologies. Low-carbon hydrogen technology serves as a transitional energy source toward a more renewable hydrogen economy, powering the energy transition and boosting global environmental climate goals to reduce fossil fuel reliance. O2 emissions by up to 20 percent), reduce hydrocarbon consumption and increase reforming capacity by up to 30 percent. Successfully operating for over 20 years with installed capacity up to 160 kNm3/h and growing.
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Unleash the opportunity of low-carbon hydrogen
Discover how BlueH2 by T.EN™ can help you efficiently and affordably achieve your hydrogen decarbonization goals, on any scale, fast.