Clean Graphite, Scaled for the Future
We Preserve What Others Destroy
Conventional graphite processing damages the crystalline structure that makes graphite valuable Our dry separation delivers higher purity, higher value output at a fraction of the cost
β No water or chemicals
β Preserves crystalline structure
β Portable and modular β deploys at source
β Near-zero emissions
Crystallinity is the gateway to higher-value carbon materials, including graphene
The Growing Strategic Role of Graphite
Essential to energy, defense, and advanced manufacturing, with growing emphasis on resilient North American supply.
Energy & EVs
Graphite makes up ~28% of an EV battery. Demand is accelerating and supply chains remain dangerously concentrated offshore.
Defense & Aerospace
UAV batteries, satellites, and thermal protection systems all depend on graphite. Securing domestic supply is now a national priority.
Supply Chain Reality
Β North America has no scalable domestic solution and limited environmental approvals are making it harder to build one.
One Material, Endless Applications
From EV batteries to defense systems,
high-purity graphite powers the industries that matter most.
π
Battery Anode
$3.72B
Graphite makes up ~28% of every EV battery. The backbone of the energy transition.
⬑
Graphene
$3.58B
One of the strongest materials known. Enabled by preserved crystallinity, only possible with dry separation.
π‘οΈ
Defense
$473B
UAV batteries, thermal protection, and advanced composites. Supply security is a national priority.
π‘
Semi-Conductors
$69.3B
Critical material for next-generation chips and electronic components.
π‘
EMI Shielding
$100M
Electromagnetic interference protection for electronics, aerospace, and medical devices.
π¬
Expandable Graphite
$420M
Used in flame retardants, seals, and gaskets across industrial and construction applications.
βοΈ
Foils & Lubricants
$2.41B
High-performance thermal management foils and industrial lubricants for heavy machinery.
βοΈ
Nuclear Grade
$1.43B
Ultra-high purity graphite for nuclear reactor moderators and next-gen energy systems.
These market sizes are based on the following references
A scalable, low-emission platform for graphite, with a pathway to graphene and advanced carbon materials.
Structural Cost Advantage
$1,000β$1,200 / ton potential margin at scale
$560β$2,000/ton
Conventional
5β10x
lower cost
$80β$150/ton
Volt
Revenue Model
50/50 processing model
$1,000β$1,200 / ton potential
Improves with flake quality
Scale Example
500,000 tons production
$500Mβ$600M revenue
Industrial scale economics
Environmental Upside
Carbon credits: $70Mβ$170M
Offsets production cost
37.5B litres water saved
Economics strengthen with scale, quality, and crystallinity preservation.