Saurabh Agarwal is a versatile technical leader with deep expertise in completions and reservoir engineering and a proven record of driving innovation across complex energy projects. He combines subsurface insight with operational experience to deliver integrated solutions that span exploration, development, and production phases. His background includes resource evaluation in both unconventional and geothermal systems, with a particular strength in performance forecasting, stimulation design, and well testing. Saurabh is highly skilled in using data analytics and simulation tools to optimize reservoir performance, assess economic viability, and support long-term field development strategies. He has led multidisciplinary teams, coordinated vendor relationships, and managed end-to-end technical programs involving drilling, completions, and supply chain oversight.

Dylan Rowe is a highly motivated oil and gas professional with extensive executive, engineering, and field experience. He has a strong educational background and a keen understanding of oilfield completion operations, including cross-link, slick water, acid, salt, sand, and chemical diversion. As a leader, he recognizes the importance of data-driven process improvement, efficient logistics execution, meticulous cost management, and timely adoption of new technologies. He is technically savvy and proficient in various software, including the Microsoft Office Suite, SMARTS, Petra, CMG simulation software, and data acquisition software such as MDT and Rolligon. Dylan is dedicated to using his skills and experience to contribute to the success of his team and the oil and gas industry.

Mary Mann is a Professional Geologist specializing in geothermal energy. She has experience in all stages of geothermal energy development—greenfield exploration program design and fieldwork, thermal gradient, slim well, production/injection well drilling, targeting, well site geology, and drilling project planning. Prior to GRG (now RESPEC), she was the resource manager for a geothermal operating company, playing a key role in exploration program planning, conceptual model building, well targeting, resource monitoring and compliance, and drilling project management. Before that, she gained experience with the collection and interpretation of geophysical data, including EM and potential fields data, while working for a geophysical consulting firm. Mary is a graduate of the University of Nevada, Reno, with a Bachelor of Science in Geology. She has a background in hydrology, including as a Fulbright Scholar studying water quality and domestic water well siting to benefit rural populations in Niger.

Dr. Haiyan Zhou has over 12 years of expertise in numerical modeling of subsurface processes, with a focus on geothermal energy storage, carbon (CO₂) sequestration, and groundwater flow and transport. She has specialized extensively in geothermal energy simulation, encompassing reservoir characterization, numerical modeling, and uncertainty quantification. Her core technical toolkit includes advanced use of FEFLOW and TOUGH for geothermal modeling.

Most recently, Dr. Zhou contributed to the ESTCP Joint Base Andrews (JBA) project, where she evaluated various borehole thermal energy storage (BTES) scenarios. Her work supported the integration of BTES into the Grid-Amplified Building Energy Seasonal Storage (GABESS) system, aiming to optimize seasonal and diurnal energy storage and meet site-specific energy demands. She leveraged FEFLOW and its Python API to conduct scenario analysis and performance evaluation.