Dry Reforming of Methane (DRM)
Process Units Strategic Application & Offtake Solutions
RDIS Dry Reforming of Methane (DRM) technology offers a sustainable route to convert methane (CH₄) and carbon dioxide (CO₂)—two potent greenhouse gases—into synthesis gas (syngas), a valuable precursor for fuels and chemicals.
Utilizing high-temperature catalytic reactors, the DRM process simultaneously mitigates emissions and generates hydrogen-rich syngas with a high H₂:CO ratio, ideal for downstream applications like methanol production, Fischer-Tropsch synthesis, and synthetic fuels.
Our systems features advanced catalyst formulations, heat integration, and real-time monitoring to ensure long-term operation and catalyst longevity. DRM is particularly suited for industries with high CO₂ and methane emissions, offering a way to convert liabilities into valuable resources.
Applications:
- Methanol/DME plants
- Refineries and chemical hubs
- Carbon-intensive industries
Benefits:
- Converts two greenhouse gases into fuel-grade syngas
- Compact, high-throughput design
- Reduces carbon footprint and earns carbon credits
- Ideal for integration with CO₂ capture units
With environmental compliance becoming a core business driver, RDIS DRM solution turns decarbonization into a strategic advantage—enabling circular resource use and sustainable growth.