M2X and SCGC partner to reduce methane emissions

By leveraging the extensive catalyst R&D and manufacturing expertise of SCGC and the deep process design and engineering knowledge from M2X Energy, this collaboration aims to streamline the catalytic steps to form methanol from syngas intermediates. The partnership seeks to identify novel catalyst formulations that can increase catalyst activity, lower byproduct formation, and improve catalyst lifetime. If successful, the use of tailored catalysts in M2X units will increase the value of the as-formed products, reduce process and maintenance requirements, and improve system reliability and uptime.

The development of commercial methanol catalysts has benefited from decades of fundamental and practical research and represents the collective, best-available performance in catalyst reactivity, selectivity, and stability. These catalysts have been employed on current M2X gas-to-methanol units, with demonstrably successful outcomes. While existing commercial catalysts address a broad range of challenges encountered within conventional methanol plants, the unique conditions within the M2X process provide an opportunity for additional formulation work, which could yield catalysts tailored to the specific requirements for distributed methanol production using M2X’s partial-oxidation reformer technology. Focused research, relying on the field experience and laboratory capabilities available at M2X and SCGC, will shorten the product development timelines. The collaboration brings together technical staff with expertise in catalyst design, reactor testing, accelerated catalyst aging protocols, and advanced materials characterisation.

This partnership presents opportunities to provide M2X with a technological advantage and to broaden SCGC’s product portfolio. "This partnership with SCGC could further intensify M2X’s process through better catalysts. This work enables refinements to our compact, transportable plants that utilise stranded gas that is often otherwise flared or vented,” noted Paul Yelvington, Chief Science Officer at M2X.

This joint development agreement highlights SCGC’s continued commitment to help bring solutions to market that curtail the detrimental climate effects of flaring or venting natural gas. “Methane is a potent GHG problem globally and at SCGC, we are committed to innovate new solutions to help our partners and clients achieve their emission goals. We are excited to collaborate further with M2X. SCGC’s expertise in catalyst R&D will further accelerate M2X’s technology development following their successful field trial runs. We are also enthusiastic about the potential deployment of M2X’s modular units to convert methane emissions to low-carbon methanol all over Asia,” said SCGC’s Dr. Suracha Udomsak, Chief Innovation Officer and Executive Vice President-New Business.

Read the article online at: https://www.hydrocarbonengineering.com/gas-processing/18012024/m2x-and-scgc-partner-to-reduce-methane-emissions/