Leveraging a groundbreaking methane-splitting technology, the carbon generated by the ROTOBOOST TCD reactor is high-grade carbon in the form of Graphene Nanoplatelets (GNPs)—an advanced material additive that can be utilized in various downstream applications such as batteries, tires, concrete, and metallurgy.
CARBON
Engineering a Net-Zero Future
with Advanced Carbon Materials
What is ROTOBOOST Carbon Product?
High-Performing Carbon Materials for a Circular, Low-Emission Economy
Engineering the Future, Decarbonizing the Present
Structural Design for Enhanced Electrical Conductivity
ROTOBOOST CGNPs feature a unique three-dimensional curled and wrinkled sheet structure with a mesopore and macropore system — maximizing surface contact, enhancing particle dispersion, and building stable conductive networks within any host material. The result is consistent, high-performance electrical conductivity without the processing complexity conventional graphene demands.
High-Performance
We create high-performance carbon with key performance characteristics including excellent electrical conductivity (volume resistivity 0.003Ω·cm), an ultra-high oil absorption value (640mL DBP/100g), and low nitrogen BET specific surface area (22m²/g).
A Certified and Sustainable Process
The production process of ROTOBOOST Crumpled Graphene Nanoplatelets is low-carbon and environmentally friendly. Our commitment to the circular economy is validated by the Green Product Certification from TÜV SÜD, providing our partners with a transparent pathway to net-zero.
Industry-specific application
Building on the excellent properties of ROTOBOOST Crumpled Graphene Nanoplatelets and our modular production process, our carbon grades are engineered to meet industry-specific performance requirements.
Applications
A New Generation Premium Green Carbon,
More than Alternatives
ROTOBOOST
Graphene
Nanoplatelets
Born for NEXT GEN
Ultra-fast Charging Battery
Si-anode Battery
Solid-state Battery
Lithium Ion Battery
New Generation Conductive Additives
Substituting few-layer graphene derived from natural graphite & a portion of CNTs
- Optimized production cost compared to commercially available GNPs
- Significant cradle-to-gate carbon emissions reduction compared to graphene products derived from natural graphite
- Comparable enhancement to that of few-layer graphene
Multifunctional Conductive Filler
Power battery casing
Electromagnetic Interference (EMI) Shielding
High Voltage Cable Semiconducting Shield Material
- Offer ultra-high purity and stability, making them ideal for demanding applications in medical, electronics, and automotive industries.
- Multi-performance enhancement by simultaneously improving electrical conductivity, mechanical strength, heat resistance, and barrier properties.
- Enhance processability and precision by reducing viscosity, minimizing warpage, and ensuring superior surface quality in final products.
Superior
Performance
to Meet the Demands of Various Specialized Scenarios
Marine Environments
Energy Harvesting
Road/Bridge De-icing
Electromagnetic Shielding
Additives for High-Performance & Green Concrete
- Enhanced mechanical properties
- Thermal/electrical conductivity
- Significantly lower cost than traditionally-produced graphene
- Reducing cradle-to-gate carbon footprint
Filler in
Composites
Tensile Strength
Tribological Performance
Heat Dissipation
Substituting carbon black for tire reinforcement additive
- Enhance mechanical and anti-aging properties
- Better performance than traditional and recycled carbon blacks
- Rubber composite property enhancement on tensile strength, tribological performance and heat dissipation
- Cutting cradle-to-gate carbon footprint at scale
Facilitating EAF Steelmaking and Green Aluminum Production
Substituting coal & coke for graphite electrode and pre-baked anode
- 2X more conductive
Related News
Baowu—World’s Largest Steelmaker—Teams with ROTOBOOST to Industrialize Natural Gas Splitting for Green Steel at Scale
Government-sponsored BF–MOST (Business Finland × China MOST) China–Finland project to deliver on-site low-carbon hydrogen and high-value solid carbon for steel and aluminum—enabling true industrial decarbonization and value creation.
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.