Direct energy coupling
Microwaves deliver energy into the catalyst and feedstock rather than heating the full reactor mass, cutting energy demand.
The Microwave-CVD advantage.
An energy-efficient stainless-steel reactor system that replaces costly electrical-resistance furnaces, cracking polyolefin waste directly into Green Hydrogen and battery-grade MWCNTs.
Traditional vs. UBYH
A fundamentally more efficient way to crack hydrocarbons.
Conventional thermal processes heat the whole reactor mass through resistance elements. Microwave-CVD couples energy directly into the catalyst and feedstock.
Conventional
Electrical resistance furnaces
- High capital and energy cost to heat the entire furnace mass
- Slow ramp-up and poor thermal responsiveness
- Indirect heating limits selectivity and yield control
- Heavy footprint, difficult to distribute
UBYH Microwave-CVD
Stainless-steel MW-CVD reactor
- Low CapEx: energy delivered directly where the reaction happens
- Rapid, selective heating of catalyst and feedstock
- Higher control over H₂ and MWCNT product quality
- Compact, modular, deployable near waste sources
Process Flow
From PE/PP waste to hydrogen and carbon.
Input
Waste Plastics (PE / PP)
Post-consumer polyolefin waste, sorted and shredded into a consistent feedstock.
PolyethylenePolypropylene
Reaction
Microwave Catalytic Pyrolysis
Microwave energy couples into the catalyst, driving selective thermal cracking inside the stainless-steel reactor.
CatalyticMW-CVD
Output
Green Hydrogen + MWCNTs
Hydrogen gas is captured for off-take; solid carbon is collected as battery-grade multi-walled nanotubes.
H₂MWCNT
Waste Plastics (PE/PP) ⟶ Microwave Catalytic Pyrolysis ⟶ Green Hydrogen (H₂) + Battery-Grade MWCNTs
Reactor System
Built for efficiency, control, and scale.
Stainless-steel construction
A robust, corrosion-resistant reactor engineered for continuous industrial operation and straightforward maintenance.
Low CapEx & modular
A compact footprint lowers capital cost and enables deployment close to where plastic waste is generated.
Want the engineering detail?
We share detailed process parameters and performance data with qualified partners and off-takers under NDA.