Green Hydrogen (H₂)
Clean hydrogen produced without steam methane reforming, ready for industrial fuel, fuel cells, and localized energy off-take.
Microwave-CVD · Deep-tech materials
Transforming plastic waste into next-generation green energy and battery materials.
Proprietary Microwave-CVD technology converting polyolefin waste into high-purity Green Hydrogen and battery-grade Multi-Walled Carbon Nanotubes.
0%
Polyolefin waste upcycled, with nothing sent to landfill
Low CapEx
Microwave-CVD process vs. high-cost resistance furnaces
0 emissions
Zero direct emissions from the thermal cracking process
Why UBYH
Two high-value outputs from a single waste stream.
One microwave-driven catalytic reaction cracks end-of-life plastics into clean fuel and advanced materials, closing the loop on polyolefin waste.
Battery-Grade MWCNTs
High-purity multi-walled carbon nanotubes for Li-ion electrodes, conductive polymers, and structural composites.
Circular by Design
Every tonne of polyolefin feedstock is diverted from landfill and incineration, aligned with national green-energy missions.
The Process
Microwave Catalytic Pyrolysis, end to end.
A single, energy-efficient reaction path from mixed plastic waste to two market-ready products.
Feedstock
Waste Plastics
Post-consumer polyolefins (PE / PP) collected and shredded.
PEPP
Reaction
Microwave Catalytic Pyrolysis
Targeted microwave heating cracks hydrocarbons over a catalyst in a stainless-steel reactor.
Output
Green H₂ + MWCNTs
Clean hydrogen gas and battery-grade carbon nanotubes, separated and collected.
H₂MWCNT
Products & Solutions
Engineered for demanding B2B supply chains.
From conductive additives for next-generation battery cells to clean hydrogen for industrial off-take, UBYH outputs are specified for performance and consistency.
>95% target purity MWCNTs
Controlled diameter range and high aspect ratio for conductive networks.
Localized Green Hydrogen
Distributed production reduces transport cost and carbon footprint.
| Parameter | Target |
|---|---|
| Purity (carbon) | > 95 % |
| Outer diameter | 8 to 20 nm |
| Aspect ratio | > 1000 : 1 |
| Wall type | Multi-walled |
| Primary use | Li-ion conductive additive |
Indicative values. Final certified parameters issued with each batch.
Work with UBYH
Request a sample, a spec sheet, or an off-take conversation.
Battery manufacturers, hydrogen off-takers, partners, and investors: let's talk about putting circular materials into your supply chain.