Core Viewpoint - CHAR Technologies Ltd. is collaborating with Synagro Technologies and the Baltimore City Department of Public Works to demonstrate a high-temperature pyrolysis (HTP) process aimed at destroying PFAS chemicals from biosolids, showcasing a significant advancement in sustainable waste management solutions [1][6][7]. Group 1: Project Overview - The demonstration of the HTP process will take place on May 9, 2025, at the Synagro Back River Facility, coinciding with the Water Environment Federation's conference [2]. - Following the demonstration, Synagro and CHAR Tech will conduct evaluations from May to December 2025 to assess the effectiveness of the HTP process in PFAS destruction [3]. Group 2: Technology and Benefits - CHAR Tech's HTP technology converts organic materials into renewable energy and bioproducts, including biochar and syngas, through a process that avoids combustion and associated odors [5][12]. - The HTP process not only addresses PFAS contamination but also aligns with global green energy initiatives by converting waste into sustainable energy, thereby contributing to the decarbonization of heavy industries [13]. Group 3: Stakeholder Perspectives - Synagro's Chief Commercial Officer expressed enthusiasm for the demonstration, highlighting its role in meeting future customer needs through innovative solutions [4]. - The CEO of CHAR Tech emphasized the project's significance in addressing critical environmental challenges [6]. - The Director of the Baltimore City Department of Public Works noted the commitment to environmental leadership and innovation through support for technologies that convert waste into usable resources [7].

Core Viewpoint - Carba has entered a 5-year agreement with Microsoft to deliver 44,000 carbon removal credits, utilizing its innovative pyrolysis technology and burial method to effectively remove carbon dioxide and store biochar underground [1][3]. Company Overview - Carba is a carbon removal company based in Minneapolis, Minnesota, specializing in converting waste biomass and organic materials into stable biocarbon for pollution management and permanent carbon dioxide removal [7]. - The company employs a patented autothermal process and an anoxic burial method, which allows for carbon removal credits certified for over 1,000 years [7]. Technology and Methodology - Carba's pyrolysis technology stabilizes carbon from biogenic waste, transforming it into economically valuable biochar with high carbon content [3]. - The biochar will serve as an alternate daily cover in landfills, protecting it from degradation and potentially providing environmental co-benefits, such as reducing odors and remediating pollutants [5][6]. Financial and Operational Aspects - The project received a $7 million grant from the Department of Energy for a Carbon Negative Shot Pilot, indicating strong governmental support for its initiatives [7]. - The methodology used by Carba has been certified by Isometric, ensuring that each credit represents a permanently removed ton of carbon dioxide [7]. Strategic Partnerships - The agreement with Microsoft allows for the exploration of biochar's end-use and its co-benefits, while ensuring a straightforward monitoring and verification process for the carbon credits [6].