Microwave Plasma Methane Pyrolysis: The Future of Hydrogen

Overview

As industries accelerate their transition to net-zero, turquoise hydrogen, produced by splitting methane into H2 and solid carbon without CO2 emissions, is emerging as a critical solution. One of the most promising pathways for this production is Microwave Plasma Methane Pyrolysis.

Microwave Plasma Methane Pyrolysis: The Future of Hydrogen

Why Microwave Plasma?

  • CO2-free: This process converts methane (CH4) directly into hydrogen and solid carbon, eliminating CO2 emissions.
  • High Energy Efficiency: Microwave plasma enables direct and selective energy transfer to methane molecules, minimizing thermal losses and enhancing conversion rates.
  • Modular & Scalable: The technology is ideal for distributed hydrogen production, making it versatile for various applications.
  • Renewable-Ready: It can be powered by renewable electricity sources.

Why Choose MKS?

MKS is a global leader in microwave plasma technology, providing solutions engineered for the demands of industrial applications.

  • Unmatched Quality: MKS systems are built for precision and durability in challenging environments.
  • Proven Reliability: The technology is trusted by innovators and industrial leaders around the world.
  • Full Power Range Availability: MKS offers a range of systems, from low-power compact units to high-power industrial platforms, ensuring consistent performance at every scale.
  • Comprehensive Support: A global service network and application expertise are available for seamless integration and ongoing operation.

MKS technology creates stable and reliable plasma environments, powering the next generation of clean hydrogen systems and helping industries decarbonize without compromise.

The future of hydrogen is powered by microwave plasma and MKS reliability.

Learn More: