Clean Energy Technologies, Inc. Advances Vermont Renewable Gas Project to Deliver Clean Power from Agricultural

­Clean Energy Technologies, Inc., a clean energy technology company delivering scalable solutions and technologies in waste-to-energy, power generation, storage, and heat-to-power, announced that the Vermont Public Utility Commission (PUC) has issued an order advancing the Vermont Renewable Gas – Lyndon (VRG-Lyndon) facility into the scheduling and public hearing stages of its Certificate of Public Good (CPG) permitting process.

On October 1, 2025, the PUC formally authorized the start of its final permitting review for the proposed 2.2 MW agricultural waste-to-energy project located in Lyndon, Vermont. The VRG-Lyndon facility is being developed by Vermont Renewable Gas, LLC, an affiliate of CETY Capital, and represents a key milestone in Clean Energy Technologies’ mission to deliver sustainable, distributed clean power solutions.

“This order marks a major step forward for the Vermont Renewable Gas project and our broader vision for community-based clean energy,” said Kam Mahdi, CEO of Clean Energy Technologies, Inc. “We look forward to completing the CPG process and moving toward construction of a facility that converts agricultural waste into reliable renewable power while supporting Vermont’s energy transition goals. The project will not only help strengthen the local economy and create high-quality jobs, but also meet the state’s strict air quality and environmental standards.”

The VRG-Lyndon project will utilize advanced pyrolysis and gasification technologies to convert farm-derived biomass into renewable synthetic gas for clean combustion. Under a $12 million Engineering, Procurement, and Construction (EPC) contract, Clean Energy Technologies, Inc.’s CETY Renewables (CR) Business unit will design and build the facility, integrating its proprietary systems to maximize efficiency and environmental performance. Once operational, the facility is expected to generate approximately 2.2 megawatts (MW) of renewable baseload power, reduce methane emissions from agricultural waste, sequester carbon dioxide through biochar use, and create new economic opportunities for the regional farming community. The project aligns with Vermont’s Renewable Energy Standard and the state’s commitment to achieving 100% renewable electricity by 2035.