Catalytic and Redox Solutions LLC

Sustainable Aromatics Manufacturing From Methane via Oxidative Coupling and Aromatization Objectives Include: I) Creating Refined Process Models of the System Based Upon Preliminary Data; Ii) Developing a Plant Design With Unit Sizing to Act as a Basis for Costing and Techno-economic Analysis (TEA) Indicating ¿15% Reduction in the Cost of Aromatics Compared to a Current State-of-the-art, Retrofit, Carbon Capture Approach; Iii) Using Mass and Energy Balances to Develop a Preliminary Life- Cycle Analysis (LCA) of the System as Well as a Compelling Baseline Case to Validate the Potential for 95% Reduction in Net Carbon Emissions Relative to an Unmitigated Industrial Process That Generates the Same Quantity of the Product; Iv) Developing a Technology-gap Analysis (TGA) and Related Phase 2 Scope of Work to Address These Gaps. Phase 2 Will Be Focused on Validating the Conceptual Design and De- Risking the Technology for Commercialization Through Larger-scale and Longer-term Demonstration of the Oxidative Coupling-dehydroaromatization (oc-dha) Technology, Experimental And/or Modeling Validation of Other Key Unit Operations, Development of Refined Tea and Lca, and Development of a Comprehensive Commercialization Plan.