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Advanced Materials

Graphene & Graphene Oxide

Graphene has changed the laboratory. Now it’s time to change industry.

For more than two decades, graphene has been hailed as one of the most revolutionary engineering materials ever discovered—stronger than steel, lighter than aluminum, exceptionally conductive. Yet despite the promise, graphene has remained largely confined to research laboratories.

The problem has never been discovering what graphene can do. The problem has been manufacturing enough of it—with sufficient quality and consistency—to support real-world production. That is the problem MEP World Group was founded to solve. Our objective wasn’t to discover another way to make graphene. It was to discover a way to manufacture it.

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The Carbon Manufacturing Ecosystem: diverse carbon feedstocks feeding the BioCene proprietary sonic reactor, producing graphene and graphene oxide for advanced materials and mission-critical applications.
Figure 1. The Carbon Manufacturing Ecosystem — from diverse feedstocks to mission-critical applications.
A National Capability

America Doesn’t Need Another Graphene Company. It Needs a Graphene Manufacturing Capability.

Most graphene manufacturers produce material measured in grams or kilograms. Research laboratories need grams. Commercial manufacturers need tons. Defense programs require repeatable, qualified, industrial-scale production capable of supporting Programs of Record, long-term sustainment, and resilient domestic supply chains.

Through our proprietary BioCene™ manufacturing platform, MEP is engineering one of the world’s first industrial-scale graphene production systems.

Up to 0
metric tons of graphene per day
Up to 0
metric ton of graphene oxide per day
2 forms
dry flake & solvent-dispersed formulations

Available as both dry flake and solvent-dispersed formulations, our materials are engineered for integration into commercial manufacturing—not simply laboratory experimentation.

From grams to 10 metric tons per day: the four-stage progression from research lab to pilot production to industrial production to the continuous BioCene platform.
Figure 2. From grams to 10 metric tons per day — bridging laboratory discovery and industrial reality.

From Research Breakthrough to Manufacturing Breakthrough

Every month, researchers publish new studies demonstrating remarkable improvements using graphene—lighter composite structures, longer-lasting batteries, more conductive electronics, improved thermal management, superior corrosion resistance, stronger infrastructure.

The science is no longer the question. Commercialization is. For decades, industry has faced a common challenge: how to manufacture graphene at industrial scale while maintaining quality, repeatability, and economic viability. BioCene™ was engineered specifically to address that challenge.

Why hasn't graphene taken over industry? Traditional commercialization barriers such as gram-to-kilogram scale and batch variability set against BioCene engineering solutions like industrial-scale production and engineered repeatability.
Figure 3. The challenge has never been the science — it has been commercialization.
The Platform

The BioCene™ Manufacturing Platform

At the heart of our manufacturing capability is MEP’s proprietary continuous-flow sonic reactor. Rather than relying exclusively on traditional batch-oriented production methods, the BioCene™ platform uses advanced sonic energy within a continuous manufacturing architecture designed to support industrial throughput, consistent material quality, and scalable production.

While the proprietary engineering of the BioCene™ process remains confidential, its design objectives are straightforward:

  • Deliver repeatable material quality
  • Support industrial-scale production
  • Accommodate diverse carbon feedstocks
  • Reduce manufacturing constraints
  • Enable qualification for demanding commercial and defense applications

The result is not simply another graphene process. It is an advanced manufacturing platform designed from first principles to industrialize graphene.

The BioCene sonic reactor: a continuous, precise, scalable system showing carbon feedstock input, sonic energy zone, controlled process chamber, and separated graphene and graphene oxide outputs.
Figure 4. The BioCene™ Sonic Reactor — continuous, precise, scalable.

Feedstock Flexibility Creates Supply-Chain Resilience

Traditional graphene manufacturing often depends upon a narrow range of highly refined graphite feedstocks. BioCene™ was engineered differently. Our platform can process a broad spectrum of carbon materials, including:

  • Natural graphite
  • Synthetic graphite
  • Biochar
  • Petroleum coke
  • Other engineered carbon feedstocks

This flexibility allows customers to optimize around performance, availability, sustainability, cost, and domestic sourcing while strengthening long-term supply-chain resilience. It also creates a vertically integrated pathway connecting strategic graphite sourcing, advanced processing, graphene manufacturing, and application engineering.

The Carbon Manufacturing Ecosystem: diverse carbon feedstocks and the BioCene platform producing engineered carbon materials and qualified, real-world applications across aerospace, energy, electronics, and construction.
Figure 5. Feedstock flexibility — diverse carbon sources, one integrated pathway.
Material Families

Graphene & Graphene Oxide

Different engineering challenges require different materials. Our production platform supports multiple advanced carbon material families.

Dry Graphene Flake

Designed for composite manufacturing, cementitious materials, thermoplastics, thermosets, lubricants, conductive polymers, batteries, additive manufacturing, and advanced industrial applications where dry blending and precision dosing are required.

Solvent-Dispersed Graphene

Optimized for conductive inks, paints, coatings, films, thermal materials, batteries, and advanced chemical formulations requiring exceptional particle dispersion and simplified process integration.

Graphene Oxide (GO)

Produced at industrial scale, our graphene oxide provides oxygen-functionalized graphene sheets suitable for membranes, sensors, filtration systems, biomedical research, conductive inks, advanced coatings, and chemically functionalized composite systems.

Advanced carbon materials and engineered solutions: dry graphene flake, solvent dispersion, graphene oxide, custom formulations, and engineering services, with their typical applications and capabilities.
Figure 6. Advanced carbon materials — multiple formats, engineered solutions.
Qualification

Engineering for Qualification

Defense programs cannot depend upon experimental materials. They require materials that can be characterized, qualified, documented, manufactured consistently, and supplied reliably for years.

From its inception, the BioCene™ platform has been engineered with repeatability, traceability, process control, and manufacturing consistency in mind. Our objective extends beyond producing graphene—we are building the engineering and manufacturing foundation necessary for graphene to become a qualified, repeatable material supporting commercial manufacturing and national defense.

Bridging the commercialization gap: a technology-readiness progression from research discovery through the BioCene platform to programs of record, showing where most companies stop and how MEP crosses the gap.
Figure 7. Bridging the commercialization gap — from laboratory curiosity to industrial capability.
Rigorous characterization and consistent quality: analytical capabilities including scanning and transmission electron microscopy, Raman spectroscopy, X-ray diffraction, BET surface-area analysis, and particle-size analysis, with quality-assurance and traceability standards.
Figure 8. Rigorous characterization, consistent quality — verified in every layer, in every batch.
Engineering Outcomes

Solving Engineering Problems

Most customers don’t contact us because they need graphene. They contact us because they need to solve an engineering challenge:

  • Reduce structural weight
  • Improve thermal conductivity
  • Increase electrical conductivity
  • Extend service life
  • Reduce corrosion
  • Improve battery performance
  • Enhance EMI shielding
  • Increase strength without increasing mass

Our scientists and engineers work directly with customers to evaluate where graphene creates measurable value, determine the optimal material formulation, and support integration into existing manufacturing processes. Sometimes graphene is the answer. Sometimes graphene oxide is. Sometimes another carbon material performs better. Our responsibility is to engineer the right solution—not simply sell material.

Engineered for mission, proven by performance: graphene and graphene oxide delivering measurable gains across aerospace and defense, energy storage, electronics, construction, transportation, space systems, and medical applications, with quantified improvements such as up to 70 percent weight reduction.
Figure 9. Engineered for mission, proven by performance — across defense, industry, and commercial applications.
National Security

Strategic Materials for National Security

Advanced carbon materials represent more than commercial opportunity. They represent strategic manufacturing capability. As the United States continues strengthening domestic supply chains, qualifying critical materials, and reducing dependence on vulnerable foreign sources, industrial-scale graphene manufacturing becomes an increasingly important national capability. MEP is committed to helping build that capability.

Technical Library

Explore Our Technical Library

Our engineers regularly publish technical papers addressing the science, engineering, and commercialization of advanced carbon materials.

The BioCene™ Manufacturing Platform

How continuous sonic processing enables industrial-scale graphene manufacturing.

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Engineering Repeatability

Qualification considerations for defense and commercial manufacturing.

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America’s Carbon Materials Strategy

Building resilient domestic supply chains for advanced carbon technologies.

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Engineering Graphene from Diverse Carbon Feedstocks

How feedstock flexibility improves manufacturing resilience and sustainability.

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From Laboratory Curiosity to Strategic Manufacturing Capability

Why commercialization—not discovery—has become graphene’s defining challenge.

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Build the Next Generation

The Future of Graphene Will Be Determined by Who Can Manufacture It.

Whether you’re evaluating graphene for an existing product, developing an entirely new technology, or searching for a manufacturing partner capable of supplying industrial-scale volumes, our team is ready to help.

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