| Investigator | Arun Raju |
| Project Sponsor | Taylor Energy |
| Project Period | April 2019 - March 2021 |
Overview
SFI is developing new catalytic pathways for RNG production from gasification derived syngas. Syngas produced using the novel Taylor Energy waste gasification process is used as the feedstock for methanation.
Project Abstract
UCR is designing the catalyst for the methanation reaction and work with the catalyst supplier on synthesis and supply of the desired catalyst. The goal is to evaluate potential options for the methanation catalyst and to design catalyst configurations and assist in synthesis, testing and optimization. UCR’s role is to perform material and energy balances, and life cycle and economic analysis of the proposed system and identify optimal process parameters that result in minimal carbon intensity of products. The parameters that are calculated in the life cycle analysis (LCA) include: (1) total and fossil energy used per unit of energy produced and per mile driven; (2) life cycle GHG emissions; and (3) life cycle criteria and toxic pollutant emissions. The team will particularly focus on emission reductions specific to disadvantaged and low-income communities.