Transforming methane into
advanced materials.
A plasma-based pathway designed to convert methane into high-purity graphene while generating hydrogen as a valuable co-product.
Global Enviro Singapore
A different pathway to graphene.
Rather than treating carbon only as an emissions challenge, Global Enviro is developing a modular plasma process that uses methane as feedstock instead of mined natural graphite.
A clear high-level pathway.
Methane
A carbon-containing feedstock enters the controlled system.
Plasma conversion
Plasma energy drives the material transformation.
Carbon separation
Carbon material is separated through the engineered process.
Graphene + hydrogen
Graphene is produced with hydrogen as a co-product.
Designed for industrial progression.
High-purity pathway
Development is focused on a high-purity graphene production pathway.
Methane feedstock
The pathway does not depend on mined natural graphite.
Hydrogen co-product
Hydrogen is generated alongside the carbon material.
Modular architecture
The system is being engineered for modular deployment and scale-up.
Industrial applications
Priority fields include composites, coatings, conductive materials, energy storage, cement and polymers.
Publish only verified performance.
Purity, capacity, technology readiness, carbon intensity, energy intensity, patents and certification claims must be confirmed internally. Independent test references should state exactly what was evaluated without implying endorsement.
Explore a graphene application.
Discuss material requirements, validation priorities or commercial evaluation pathways.