- Achieving zero routine flaring by 2030 remains challenging due to operational constraints and regulatory pressure
- High energy needs for production and limited possibilities for decarbonization
OIL & GAS
ROTOBOOST Oil & Gas Solution
3D model of TCD system
Decarbonization for Oil & Gas Industry Chain
Scalable Technology for Real-World Scenarios
Upstream
Harnessing Flare Gas Molecular Potential
Challenges of Decarbonization
ROTOBOOST TCD Solution
- Harnesses flare gas molecular potential, reducing CO2 emissions by up to 85%
- On-site production of pure H2 or H2–enriched mixed gas for cleaner operations
- Generates high-value Graphene Nanoplatelets (GNP) instead of CO2
Midstream
Lower-Carbon LNG Shipping
Challenges of Decarbonization
- High carbon emissions and limited use of side streams
- Target Net Zero by 2050 for shipping – IMO regulations
- CCUS not possible due to cost and space restrictions
- CO2 sequestrations high cost
ROTOBOOST TCD Solution
- Provides H2 on-site and on-demand for marine engines, boilers, and turbines—eliminating the need for complex hydrogen storage or bunkering
- Produces revenue-generating solid carbon by-product. This solid carbon has direct applications in green steelmaking, green tires, and next-gen batteries
Downstream
On-Site Natural Gas Decarbonization
Challenges of Conventional Technologies
- Each ton of H2 produced via SMR emits over 10 tons of CO2
- CO2 capture is complex and costly while using electrolyzers would demand over 500 GWh of renewable electricity daily
- SMR and electrolysis technologies have high water consumption
ROTOBOOST TCD Solution
- No water needed as feedstock
- Targets hydrogen production costs of below US$1 per kg
- 90% less energy consmption than electrolysis
- Produces high-value graphene as a by-product, supporting circular economy models
Project
Related News
ROTOBOOST Awarded World’s First TÜV SÜD Certification for Low-Carbon Hydrogen and Carbon Products via Methane Pyrolysis
June 6, ROTOBOOST has become the world’s first company in the methane pyrolysis field to receive TÜV SÜD’s certification for the full lifecycle carbon footprint of hydrogen and carbon products.
