Innovative Catalytic Solutions, LLC recently secured a major technological breakthrough with the issuance of U.S. Patent No. 12723011. This patent, titled ‘Catalysts and processes for oxidative dehydrogenation of methane and ethane to produce ethylene, ethane, propane, propylene, and other products’, introduces a powerful way to convert lower hydrocarbons into highly valuable petrochemical feedstocks. Chemical manufacturers can now produce ethylene and propylene with enhanced selectivity and efficiency directly from methane and ethane.
Transforming Hydrocarbon Conversion
The innovation focuses on a highly stable catalyst system incorporating manganese in the form of an oxide or mixed oxide for the oxidative dehydrogenation process. Invented by Madan Mohan Bhasin and David A. Berry, this system operates effectively at high pressures and gas hourly space velocities. The specialized catalyst achieves a conversion rate of at least 10 percent and a selectivity for C2 or C3 hydrocarbons of at least 40 percent. This setup allows for sustained operation over 15 days or more while resulting in yields exceeding 20 percent. This advancement will likely transform production efficiency in the petrochemical industry by reducing waste and maximizing yield.
Patent of the Month: West Virginia
This remarkable achievement was recognized as the patent of the month for the West Virginia state for the month of October 2026, granted by Swanson Reed. The recognition highlights the immense industrial and economic significance of the invention. By solving a longstanding challenge in chemical engineering, the technology provides a more sustainable path to synthesize essential materials. The award underscores the dedication of the inventors and the company to advancing chemical manufacturing in the region.
R&D Tax Credit Opportunities in the USA
The practical applications of this patent present significant opportunities for companies to claim the Research and Development tax credit in the United States. When petrochemical companies attempt to integrate this novel catalytic process into their existing infrastructure, they will face technical uncertainties regarding scale up, reactor design, and flow optimization. Designing pilot plants, testing new operational parameters, and formulating the catalyst for custom manufacturing environments require systematic experimentation. These developmental activities directly align with the criteria for eligible research. Consequently, businesses investing time and resources into adapting and commercializing this oxidative dehydrogenation technology can offset their innovation costs through the federal research and development tax credit.
