Core Viewpoint - CDT Environmental Technology Investment Holding Co., Ltd. is entering the green hydrogen sector as part of a strategic growth initiative aimed at addressing the demand for organic waste treatment and clean energy solutions [1][2]. Strategic Growth Initiative and Background - The initiative targets the significant resource utilization of urban and rural organic waste in China, with over 3.9 billion tons of crop straw and livestock manure generated annually [2]. - Municipal sludge production is projected to exceed 100 million tons in 2025, while the hydrogen energy industry reached several hundred billion RMB (over USD 40 billion) in 2024 [2]. Technology Collaboration and R&D Foundation - The company has appointed a Chief Scientist from the Guangzhou Institute of Energy Conversion to enhance its technical capabilities [3]. - High-temperature gasification technology is employed to convert organic waste into syngas, primarily hydrogen and carbon monoxide, at temperatures of 700-900°C [3]. Standards and Technical Optimization - A subsidiary participated in drafting the "Technical Requirements for Waste-to-Hydrogen Based on High-Temperature Pyrolysis and Gasification," which was published in January 2025 [4]. Business Model and Revenue Diversification - The company plans to implement an "EPC engineering + long-term operation" business model, focusing on syngas resource utilization to create diversified revenue sources [5]. - Waste treatment service fees will be collected from waste generators, transforming traditional environmental expenditure into a composite revenue structure of treatment fees and energy product sales [5]. Hydrogen Production and Utilization Pathways - Syngas can be purified to produce high-purity hydrogen for industrial or fuel cell applications [6]. - It can also be combusted to supply clean industrial steam, and residual syngas can be used for grid-connected power generation [6]. Flexibility and Project Evaluation - The company's technical solution allows for multiple commercialization pathways for syngas, optimizing project configurations based on regional market conditions and customer needs [7].