Custom Graphene, Made to Specification and Third-Party Verified

The graphene market is projected to exceed $5B by 2030, yet sourcing the material remains far harder than it should be. Supply chain fragmentation, inconsistent product quality, and the inability to customize formulations for specific applications have left manufacturers settling for inferior materials or expensive alternatives.

For a materials buyer, those failures show up in familiar ways. A promising sample arrives, and later batches never quite match it. A supplier cannot adjust the material for your application, because their production method only makes one thing. A formulation that almost works stays almost working, because there is no path to tune it. When the material cannot bend, the application has to — usually at a cost in performance, weight, or budget.

Rimere attacks this problem from the production side. Rather than adapting one fixed output to many uses, its platform is designed to build the carbon an application actually needs.

Rimere’s proprietary sequential plasma process — protected by the company’s core IP portfolio — converts natural gas into solid carbon and clean hydrogen. High-energy plasma fields break the hydrocarbon bonds in the gas directly. Because the molecules are pulled apart rather than burned, no oxygen is consumed and no CO2 is formed. And because the process controls that dissociation precisely, it can tune the carbon it produces.

That control is the difference between a commodity powder and a specified material. Whatever the input gas composition, the outputs stay consistent: solid carbon, built into graphene and custom nano-carbon structures to specification, and clean hydrogen, released as a zero-carbon fuel. Variable gas in; the same high-value products out; zero CO2.

All Rimere carbon is currently being proven out in two unique categories — crumpled nano-sheets and branched nano-spheres — with new products in development. Every material comes off the same system with no mechanical changes: plasma is programmable chemistry. For a buyer, that means a change in specification is a change in process parameters, not a change in production line. One platform. Infinite materials.

In a market defined by inconsistent quality, independent verification is not a nice-to-have — it is the first question a serious buyer should ask. Rimere carbon is third-party verified by Intertek and ACS Materials, and tunable to specification. Rather than asking customers to take internal data on faith, Rimere puts its materials in front of established outside parties.

On the commercial side, Rimere is scaling toward commercial availability, with ACS Material as its global distribution partner. The company is also backed by strategic investors including Clean Energy Fuels (NASDAQ: CLNE) and Bionatus. For buyers, the practical takeaway is straightforward: this is the right stage to bring an application forward, shape a specification, and evaluate material — ahead of full commercial scale rather than behind it.

The supply story runs deeper than any single facility. Rimere’s feedstock is natural gas drawn from the existing pipeline network — a trillion-dollar distribution infrastructure reaching every major industrial center on earth — and the platform runs on real-world gas whatever its makeup: methane, ethane, heavier hydrocarbons, varying impurities and gas qualities. Rimere converts that network into the world’s first nano-material delivery network, with no new distribution network required.

The graphene in Rimere’s current lineup is R1H, a crumpled-sheet material. R1H has been imaged by transmission electron microscopy at the 200-nanometer scale and by scanning electron microscopy at 5 microns — and the material in those images is actual production material coming off Rimere’s system, not a laboratory one-off.

Alongside it sits R1L, a branched-sphere carbon nano material produced on the very same platform. If your application calls for a particulate nano-carbon rather than a sheet structure, the carbon nano spheres page covers R1L in detail. Both categories are being proven out today, and new products are in development — each one another expression of the same tunable plasma process.

Because the carbon is built to specification, one platform can serve very different application demands. Current focus areas include:

• Batteries and energy storage — battery-grade graphene for dramatically increased energy density and charge rates, suitable for EV, grid storage, and next-generation cell chemistries.
• Advanced composites — aerospace, automotive, and industrial composites reinforced with custom graphene for extraordinary strength-to-weight performance.
• Semiconductors and electronics — ultra-thin, high-conductivity graphene for next-generation semiconductor devices, flexible electronics, and thermal management applications.
• RF and EMI shielding — Rimere graphene is proven to shield radio-frequency and electromagnetic interference, with over 95% of EMI shielded — a lightweight, high-performance alternative to conventional shielding.
• Construction and concrete — +20% concrete strength, in active testing, with graphene-enhanced concrete being validated for greater strength, elasticity, and durability.
• Oil recovery, water treatment, and soil enhancement — Rimere is demonstrating effective oil recovery, water treatment, and soil enhancement, each in application testing.

Status matters when you are qualifying a supplier, so Rimere states it plainly: the EMI shielding result is proven, concrete strength gains are in active testing, and the oil, water, and soil applications are in application testing. For the deepest look at the proven result, see the dedicated graphene EMI shielding page.

Because Rimere’s platform is tunable, an inquiry does not begin with a catalog — it begins with your application. The most productive first conversations cover three things: what the material needs to do, which properties matter most for that job, and how the carbon will be integrated into your product or process. From there, Rimere can map your requirements against its material categories, discuss the third-party verification behind them, and talk through a path to evaluation as the platform scales toward commercial availability.

If you have been settling for a material that almost fits — or paying a premium for an alternative that was never designed for your application — a specification-first supplier changes the conversation. Reach out through the contact link below to put your application in front of the Rimere team.