The Public Utilities, Energy, and Technology Interim Committee in Utah convened on October 16, 2024, to discuss significant advancements in waste-to-energy technology and its implications for the state's energy landscape. The meeting featured a presentation by W2E Technology, highlighting their innovative approach to converting waste into renewable energy.

W2E Technology's Chief Operating Officer, Tony Farricone, introduced the company's process, which utilizes an exothermic thermal chemical reaction to transform various feedstocks, including agricultural waste and plastics, into hydrogen and carbon dioxide. This method not only produces green hydrogen but also recycled hydrogen, which can be further processed into sustainable aviation fuel (SAF) and low-carbon maritime fuel.

Farricone emphasized the efficiency of their technology, noting that it operates in a closed system that minimizes emissions and energy consumption. The process is designed to be modular, allowing for scalability based on customer needs. Each unit can process up to 10 tons of feedstock per day, with the potential to expand capacity by adding additional modules.

The committee members expressed interest in the technology's versatility and its potential to address waste management challenges while contributing to renewable energy goals. The discussion also touched on the sourcing of sulfuric acid, a key component of the process, which can be obtained from local suppliers.

In conclusion, the meeting underscored the growing importance of waste-to-energy technologies in Utah's energy strategy. The committee plans to explore further collaboration with W2E Technology as the state seeks sustainable solutions to its energy and waste management needs.