SCS Technologies, a leading provider of CO2 measurement systems, methane vapor recovery units, and petroleum LACT units, announced its membership in the Houston Energy Transition Initiative (HETI). This Greater Houston Partnership program unites diverse leaders to innovate and develop solutions that meet global energy needs while reducing carbon emissions.
“Houston has long been recognized as the energy capital of the world, and HETI’s mission is to sustain that legacy for the benefit of the region and the industry,” said Cody Johnson, CEO of SCS Technologies. “The HETI team excels at uniting the many people and organizations instrumental in the energy transition. I have had the privilege of closely collaborating with Jane Stricker, Senior Vice President and Executive Director of HETI, and I eagerly anticipate continuing to work with her and her team as members of the HETI CCUS (Carbon Capture Utilization and Sequestration) Working Group.”
HETI leverages Houston’s unparalleled energy industry leadership, skills, and systems to spearhead the development of global solutions for an energy-abundant, low-carbon future. Many of Houston’s leading companies and visionary leaders across the energy value chain are dedicating their time and resources to guide HETI’s efforts, underscoring the city’s pivotal role in shaping the future of energy.
“A complex global network is essential to supply the multiple energy sources that sustain our modern way of life. To convert this system into a sustainable, low-carbon model will demand substantial technological advancements, policy reforms, corporate initiatives, and changes in human behavior,” said Stricker. “In order to make this extraordinary transformation a reality, HETI relies on members like Cody Johnson and SCS Technologies who share in our mission to meet growing global energy demands while simultaneously pursuing decarbonization.”
The HETI CCUS Working Group is tasked with identifying and removing barriers to CCUS deployment in Houston. With an existing CO2 infrastructure, a large concentration of stationary source emissions, and ready access to underground storage reservoirs, Houston is a prime location to develop and implement CCUS technologies at scale.
