Jason has over 26 years of experience collaborating with Fortune 500 companies such as Petronas and Quanta Services. His areas of expertise encompass oil and gas, renewable energy, hydrogen and biomethane production, transportation, and storage, which have enabled him to develop and implement innovative and sustainable energy solutions. This extensive background has earned him a reputation as a respected specialist in the industry. Currently, Jason is working at Fyfe as a principal engineer, renewables and hydrogen. In this role, he is contributing to the renewables, hydrogen and biomethane projects, further advancing the field of sustainable energy.

Kane is a Senior Technical Consultant for Worley Consulting’s Advisory group with experience in Life Cycle Assessments (LCA), decarbonisation, commercial strategy and due diligence across oil and gas, mining, and new energy. A published author on methane emissions measurement, reporting and verification; Kane supports the energy transition by creating a targeted approach to bridge the gaps between industry, government, and modern society. He has bachelor degrees in Chemical Engineering (First Class Honours) and Business Management, an operations management background, and a passion for sustainability.

Dr. Yazdani obtained his Ph.D. in Chemical Engineering from the National University of Singapore through a collaborative program with the Institute of Sustainability for Chemicals, Energy, and Environment. During his doctoral studies, he developed stable heterogeneous catalysts for the sustainable production of glycols from biomass. Since joining the Laboratory for Chemical Technology at Ghent University in 2019, where he is now a senior scientist, his research has focused on catalyst design for the production of light olefins via CH4 and CO2 conversion and plastic pyrolysis, with particular emphasis on scaling up catalytic processes.

Hassan Imran Masud is a postgraduate from School of Chemical Engineering at Adelaide University, graduating Master’s of Chemical Engineering. In his master’s degree, Hassan investigated the performance of catalysts and reactor design in hydrogen production through ammonia decomposition using computational methods. He is currently a Ph.D candidate with a focus on investigating and developing new economically and environmentally sustainable processes to pretreat lithium ion batteries for recycling.