ChBE Fall 2024 Seminar Series: Shadi Salahshoor
The Department of Chemical and Biological Engineering presents it fall 2024 seminar series featuring Shadi Salahshoor, a senior program manager at GTI Energy, who will present 鈥淓volving the Natural Gas Network Towards a Net-Zero Emissions Future.鈥 This seminar will take place on Wednesday, October 23, from 3:15鈥4:30 p.m. in room 131 (auditorium) of Perlstein Hall.
Abstract
Given the urgent need to accelerate efforts to reduce carbon emissions, it鈥檚 crucial to utilize the existing infrastructure while new systems are being developed. The current natural gas network comprises millions of miles of pipelines and trillions of cubic feet of storage capacities. Due to the widespread nature of natural gas infrastructure, there are numerous opportunities to modify it in a way that it can transport and store renewable and low-carbon gases. This modification could pave the way for sustainable, long-lasting energy solutions in the United States. In this talk, GTI Energy will provide an overview of their ongoing research portfolio, aimed at reevaluating how natural gas infrastructure can be utilized to achieve net-zero goals.
Biography
Shadi Salahshoor is a senior program manager at GTI Energy, providing technical leadership and project management for a diverse portfolio of R&D projects aimed at advancing low-carbon energy solutions. She currently serves as the executive director of SUSTAIN H2 and technical director of the Net Zero Infrastructure Program (NZIP), focusing on innovative solutions to advance decarbonization pathways through the repurposing of existing gas infrastructure and enabling long-duration energy storage.
Salahshoor has extensive experience in research, engineering, consulting, and advisory roles, focusing on data-driven research, technology development, and piloting in subsurface solutions such as reservoir evaluation, underground hydrogen storage, and Carbon Capture, Storage, and Sequestration (CCUS). She holds a Ph.D. in petroleum engineering with a minor in data science and analytics from the University of Oklahoma and is passionate about a sustainable energy future.
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