Imagineering a sustainable future with bits & atoms deeptech: AI - powered microwave molecular recycling and conversion solution.
Our Bits and Atoms Molecular Recycling and Conversion Technology
Product Agnostic
Feedstock Agnostic
Capable to process all, mixed, contaminated non-preprocessed, liquids and gaseous waste streams
Cost-efficient at all scales
Molecular Recycling
Our targeted and precise microwave energy delivery enables us to selectively depolymerize and crack feedstock such as:
Rubber/tire waste
All plastic/mixed plastic/hard-to-recycle plastic such as PVC
Composite waste
Biomass/biowaste
…into monomers, oligomers, specialty chemicals, chemical feedstock, fuels, gases and hydrogen and recovered valuable materials.
Advanced Material Recycling
Our targeted and precise microwave energy delivery enables us to recover clean and high quality fillers and fibers such as:
Recovered carbon (rC)
Recovered silica (rSilica)
Recovered fibers
Activated carbon
Carbon Capture, CO2 | CH4 | LPG | LNG dissociation
Our advanced microwave non-thermal plasma modules allow to:
to crack hydrocarbon oils and gases to smaller molecules such as ethylene and propylene and
to dissociate CO2 in solid carbon and Oxygen
to split methane into solid carbon and hydrogen
Carbon Nanomaterials
Our robust and efficient microwave thermal plasma modules enable us to produce carbon nanomaterials such as:
Graphite
Graphene
Nanotubes
Agile & Modular System
MWS selective Depolymerization
- 300kwh: 0.5t/h
- 600kwh: 1t/h
MWS plasma modules
- 6kwh
- 30kwh
- 200kwh
- MWS advanced control system
- PLC control with graphical Human-Machine Interface
- SCADA interface
- Remote control and system
- System Visualization
- Operator, technical and maintenance manuals
- Operator training
- 12-month guarantee
- Extended warranty
- Service level agreement
Multiple modules can be combined into a large-scale coherent system.
The system can be combined with additional MWS modules to further enhance the products formed including MWS Distillation modules or CHP sytems to produce electricity.