In a nut shell … Are you considering a geological H2 storage project in Texas? Then, the HyFive 1.0 application will help you evaluate your project based on: 1) Existing infrastructure including transportation networks 2) Subsurface conditions (for salt caverns) 3) Feedstock and production method 4) Markets We developed this tool at BEG and it is the first of its kind. A wonderful screaning tool! Bureau of Economic Geology Jackson School of Geosciences at The University of Texas at Austin #energytransition #hydrogeneconomy
Exciting News! 🚀Successful Launch of HyFive 1.0 Web Application 🎉 This innovative tool is designed to revolutionize the evaluation process for geological hydrogen storage projects, balancing both engineering and economic considerations to provide comprehensive analysis and insights. Key Features of HyFive 1.0: Screening Tool: Quickly assess potential storage sites with high-level geospatial analysis and geoprocessing capabilities. Cost Tool: This tool offers robust cost estimation through detailed calculations based on real-world data and industry standards. It allows users to input various parameters, providing flexibility for different scenarios while ensuring accurate and reliable results. The HyFive 1.0 web application embodies this evolution, making complex evaluations more accessible and actionable. Thanks to Edna Rodriguez GIT, Sobhan Razm, Abouzar Mirzaei-Paiaman, Ph.D.,LEOPOLDO MATIAS RUIZ MARAGGI, Elizabeth Cobbe, Shweta Shambhavi, Aleksandra Sivolob, Michael Wang, Lorena G Moscardelli, Mark Shuster for contributing to the development of this application! A special shoutout to the #GeoH2 IAP and our sponsors. Stay tuned for more updates and innovations! 🌍🔋 If you are interested in this application, please contact hydrogenresearch@beg.utexas.edu. #HyFive #HydrogenStorage #Innovation #GeoH2 #TeamSuccess #geologicalstorage #salt