Markets we serve

Plastic 2 Green targets large, technical markets where carbon performance and low-carbon chemistry command premium value.

Fullerene carbon structure — advanced carbon materials in battery and industrial markets

Nitrogen-doped enriched graphene

Nitrogen doping tailors the graphene lattice for higher conductivity, charge capacity, and stability in electrochemical systems — supporting fast-charge batteries, supercapacitors, and grid-scale storage where thermal runaway risk must be managed.

Benefits

  • Higher electrical conductivity and charge density
  • Improved thermal stability for demanding duty cycles
  • Compatible with next-generation fast-charge architectures

Applications

  • EV and commercial battery packs
  • Supercapacitors and hybrid energy storage
  • Grid and data-center backup power systems
  • Defense and aerospace power electronics
Graphene nanotube lattice — nitrogen-doped enriched graphene and electrochemical storage

Low-carbon ammonia

Ammonia is a dense hydrogen carrier and industrial feedstock. Our pathway targets low-carbon ammonia from waste plastic for fertilizer, industrial fuel, and energy transport — adjacent to the green ammonia market expansion through 2030.

See Low-carbon ammonia for market sizing and references.

Tractor applying anhydrous ammonia fertilizer — agricultural and industrial ammonia markets

Industrial carbon products

Carbon black and carbon nanotubes serve established tire, materials, and electronics supply chains. Our process is designed to supply these commodity and specialty carbon streams as co-products alongside graphene and ammonia pathways.

Tire treads — carbon black and rubber supply chains