CONTINUOUS GRAPHENE TECHNOLOGY

Graphene that scales beyond the lab.

Agriphene converts American biogas and natural gas into graphene and hydrogen through a continuous, modular production platform.

Agriphene logo
FEEDCH₄
OUTPUTC + H₂
14.8tonnes / year
per module
24/7continuous
production
2×domestic
feedstock options
0mined graphite
required

WHY GRAPHENE

A small amount of material can create an outsized impact.

Graphene's strength, conductivity, surface area, and lubricity can improve materials already used at massive scale. The missing link has been affordable, dependable production.

CONCRETE
+16.7%

28-day compressive strength

Reported in concrete at a 0.03 wt% loading of cement.

ASPHALT
+165%

longer pavement life

Reported in an independently monitored UK asphalt trial.

LUBRICANTS
−25%

friction in lubricants

Graphene can reduce wear and improve mechanical efficiency.

Performance figures reflect published studies and trials cited in Agriphene's investment materials; application results may vary.

THE BAYONET REACTOR

One continuous system. Four deliberate steps.

Agriphene's process is designed around what does not wear out. By coupling induction energy into the solids, the hot zone avoids the aging heating elements found in competing production routes.

01

Domestic feedstock

Agricultural biogas or pipeline natural gas creates a dual-source, American feedstock position.

02

Induction reaction

Methane cracks over nickel while induction couples heat directly into the solids.

03

Graphene formation

Carbon dissolves into nickel, then precipitates as graphene as the material cools.

04

Closed-loop recovery

Graphene is stripped mechanically, nickel is magnetically recycled, and hydrogen exits as a co-product.

THE AGRIPHENE ADVANTAGE

Built for tonnage, not just proof of concept.

  • Continuous production — not batch
  • No mined graphite at any stage
  • Recycled nickel catalyst
  • Hydrogen co-product with independent value
  • Modular capacity without vessel scale-up
  • Designed for deployment inside existing facilities

FOUR MARKETS

Enter by speed. Expand by volume.

Lubricants create the learning curve. Asphalt and concrete absorb volume. Defense adds a strategic domestic-supply credential.

01

Lubricants

Fastest path to market

Low loading, measurable friction reduction, and a practical first commercial channel.

02

Asphalt

Durability at infrastructure scale

Longer service life can lower maintenance cycles and improve lifetime economics.

03

Cement & concrete

The largest volume opportunity

Strength gains can support lower material use and reduced embodied carbon in construction.

04

Defense

Domestic supply-chain resilience

American feedstock and scalable production support strategic-material readiness.

MODULAR SCALE

Capacity grows by adding proven modules—not redesigning the reactor.

Each identical module adds a known increment of output. That creates factory economics, repeatable deployment, and a direct path from pilot production to industrial volume.

0114.8 t/yr

Single module
Pilot & qualification

0573.9 t/yr

Standard unit
Commercial production

20295.6 t/yr

Plant configuration
Industrial volume

NOmined graphite
USdomestic feedstock

SUPPLY-CHAIN RESILIENCE

A domestic route to a critical advanced material.

Agriphene replaces mined-graphite dependency with a continuous methane-to-graphene pathway designed around American feedstock, recycled catalyst, and deployable modules.

WORK WITH AGRIPHENE

Help build the domestic graphene supply chain.