UNLOCKING
NATURAL GAS 2.0
One Technology Addressing Multiple Challenges
A Certified Solution for Safe, Reliable, and Low-Carbon Innovation
A Groundbreaking Technology
Designed For Large-Scale Decarbonization
In Industrial Sectors
Unlocking Natural Gas 2.0
In 2021, ROTOBOOST introduced Rotobox, first-ever prototype using Thermo-Catalytic Decomposition (TCD) technology to convert natural gas into low-carbon hydrogen and high-value solid carbon efficiently, aiming to decarbonize various industries.
Pre-Combustion Carbon Removal
The TCD method introduces an innovative approach termed “pre-combustion carbon removal” targeting carbon reduction at its source, particularly in sectors where this is notoriously difficult. This method not only confronts the issue directly but also paves the way for the development of hydrogen solutions that are both cost-effective and low in carbon emissions.
Feedstock Diversity
ROTOBOOST TCD technology is engineered to efficiently process a wide range of hydrocarbon feedstocks across industrial sectors. Beyond natural gas, it is also capable of handling flare gas, volatile organic compounds (VOCs), and biogas. This versatility enables rapid, scalable, and sustainable carbon reduction solutions for industries such as oil & gas, maritime, steelmaking, and energy.
Test
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Higher Efficiency & Lower Energy Consumption
Through continuous innovation in core TCD technologies — including materials, catalysts, and reaction processes — we have significantly improved conversion efficiency while reducing energy consumption compared to other technical pathways. This allows us to deliver highly cost-effective carbon reduction solutions tailored to our customers’ demands.
How Does ROTOBOOST TCD
Reactor Work?
How Does ROTOBOOST TCD
Reactor Work?
