I. Project Background and Overview
- Project Name: Panjin Runze Jieyuan New Energy Co., Ltd. 64,000 Nm³/h Water Electrolysis Green Hydrogen Production Project
- Construction Unit: Panjin Runze Jieyuan New Energy Co., Ltd.
- Project Scale: The hydrogen production scale through water electrolysis is 64,000 Nm³/h, which means 64,000 standard cubic meters of green hydrogen can be produced per hour.
- Project Location: Panjin County, Liaoning Province (specific location may be adjusted based on project progress)
II. Introduction to the Construction Unit
- Establishment Date: Panjin Runze Jieyuan New Energy Co., Ltd. was established on May 8, 2024.
- Business Scope: Wind power generation technology services, solar power generation technology services, and R&D of emerging energy technologies.
- Equity Structure: 100% owned by Dongrun Qingyuan (Panjin) New Energy Co., Ltd., which is 100% owned by Dongrun Qingneng (Beijing) New Energy Co., Ltd., a subsidiary of China Hydrogen Energy Company.
III. Project Technology and Equipment
- Hydrogen Production Technology: The project adopts water electrolysis hydrogen production technology, which decomposes water into hydrogen and oxygen through electrolysis. The hydrogen produced is a green and clean energy source.
- Electrolyzer Equipment: The project may use advanced electrolyzer equipment to improve electrolysis efficiency and hydrogen purity. Specific electrolyzer models and manufacturers may be adjusted based on project progress and procurement plans.
IV. Project Progress and Impact
- Project Approval: On February 11, 2025, information published on the Liaoning Province Investment Project Online Approval and Supervision Platform indicated that the record approval for the Panjin Runze Jieyuan New Energy Co., Ltd. 64,000 Nm³/h Water Electrolysis Green Hydrogen Production Project was completed, marking the official approval of the project.
- Environmental Impact: After the project is put into operation, it will effectively reduce fossil energy consumption and carbon dioxide emissions, promoting green and low-carbon development. The green hydrogen produced can be used in transportation, industry, and other fields to replace traditional fossil fuels, facilitating the transformation and upgrading of the energy structure.
- Economic Benefits: After the project is put into operation, it will bring significant economic benefits. On one hand, the sale of green hydrogen will provide a stable source of income; on the other hand, the implementation of the project will drive the development of related industries and increase employment.
