Imagineering a sustainable future with bits & atoms deeptech: microwave molecular recycling and conversion solution.

Our Bits and Atoms Molecular Recycling and Conversion Technology

Having pioneered the first microwave-assisted plant for Molecular Recycling of PMMA in 1997, we continue to pioneer circular carbon with our proprietary bits & atoms deeptech: agile, feedstock agnostic, selective, continuous, modular, and containerized tech stack for all polymers, composites and carbonaceous materials, gases, and liquids. Our pioneering innovation is selectively cutting and disassociating bonds and links through selective microwave excitation by creating molecular-level, energy-induced differences in vibration and collision frequency, and through electron excitation and ionization.

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

Reduced graphene oxide

Exfoliated graphite

Agile & Modular System

The available modules (kwh and throughput) are :

MWS selective Depolymerization

MWS plasma modules

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.

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