NEUMAN & ESSER and Graforce to unveil low-carbon hydrogen plant at PRC Europe 2026

By AI, Created 5:04 PM UTC, May 18, 2026, /AGP/ – NEUMAN & ESSER and Graforce will present an integrated plant concept for low-carbon hydrogen production at PRC Europe 2026 in Amsterdam on May 18–19. The modular system combines methane pyrolysis with compression, gas treatment and plant integration to turn methane-rich gas streams into hydrogen and solid carbon without forming CO2 in the reactor.

Why it matters: - The plant concept targets methane-rich gas streams that are often flared or emitted, giving operators a pathway to cut emissions while producing saleable hydrogen. - The integrated approach could reduce the need for downstream CO2 capture infrastructure in some industrial settings. - The companies are positioning the system for markets where low-carbon hydrogen and carbon removal frameworks are becoming more relevant.

What happened: - NEUMAN & ESSER and Graforce said they will present a fully integrated low-carbon hydrogen plant solution at PRC Europe 2026 in Amsterdam on May 18–19. - The joint system pairs Graforce’s methane pyrolysis technology with NEUMAN & ESSER’s capabilities in hydrogen compression, carbon processing, gas treatment and plant integration. - The solution is designed to convert natural gas, flare gas, landfill gas or biogas into hydrogen, solid carbon and usable industrial heat or syngas.

The details: - Graforce’s plasma-pyrolysis process splits methane into hydrogen and solid carbon without forming CO2 in the reactor. - The process can reach methane conversion rates of up to 98%. - Specific energy consumption is about 10–15 kWh per kilogram of hydrogen. - The hydrogen output can be compressed and purified for industrial use. - The solid carbon can be processed for use in soil or in materials such as asphalt, concrete, metallurgy, batteries, pigments or long-term carbon storage pathways. - The plant concept is modular. - Standard units start at 0.5 MW. - The system can scale to multi-MW industrial installations. - A 20 MW configuration can produce about two tonnes of hydrogen per hour. - The 20 MW version is expected to be available from 2028. - The companies will show the solution at an event that brings together leaders from refining, petrochemicals, energy and industrial decarbonization. - More information is available on Graforce’s LinkedIn page.

Between the lines: - The announcement frames methane pyrolysis as a way to make low-carbon hydrogen from existing gas streams rather than only from new renewable infrastructure. - The emphasis on modularity suggests the companies want to appeal to operators that need phased or site-specific deployment. - The mention of carbon removal frameworks signals that the solid carbon byproduct may become part of the commercial case, not just a waste stream.

What’s next: - NEUMAN & ESSER and Graforce will present the concept in Amsterdam and use PRC Europe 2026 to reach industrial buyers and project developers. - The 20 MW configuration is slated to become available in 2028. - Further market adoption will likely depend on how regulators, customers and carbon markets value turquoise hydrogen and solid carbon use.