The University of Tulsa is conducting research on hydrogen blending to reduce carbon emissions in the natural gas industry, partnering with Sagebrush, LLC.
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| U.S. Senator James Lankford of Oklahoma views a hydrogen blending demonstration at The University of Tulsa's North Campus research facility alongside representatives from Sagebrush, LLC, on Thursday, Sept. 5, 2024. Image Courtesy: UTulsa |
Tulsa, Oklahoma, USA– September 6, 2024:
The University of Tulsa (UTulsa) is at the forefront of research into hydrogen blending, a promising method for reducing carbon emissions in the natural gas industry. In collaboration with Sagebrush, LLC, UTulsa's College of Engineering & Computer Science is conducting experiments to optimize the blending process and mitigate potential challenges.
Hydrogen blending involves adding hydrogen to natural gas pipelines, replacing a portion of the methane and reducing carbon emissions during combustion. However, the effectiveness of this method depends on factors such as the hydrogen concentration, pipeline material compatibility, and the potential for hydrogen leakage.
UTulsa's North Campus research facility provides a unique environment for conducting these experiments. Equipped with state-of-the-art equipment and facilities, the university can quickly test different blending scenarios and analyze the results.
Sagebrush, a leading pipeline industry company, approached UTulsa two years ago to collaborate on this project. The company recognized the university's expertise and capabilities in conducting such research.
Professor Cem Sarica, a petroleum engineering expert at UTulsa, is leading the research project. He emphasized the college's collaborative culture and its ability to deliver results on a compressed timeline to meet the needs of industry partners.
The collaboration between UTulsa and Sagebrush aims to provide valuable insights into the optimal hydrogen blending ratios and potential challenges associated with this technology. The results of the research could contribute to the development of more sustainable and environmentally friendly energy solutions.