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On December 18, the Wushen Banner wind-solar integration project, with a total investment of 11 billion yuan, as well as the green carbon-reduction upgrade project, commenced construction. By working quickly and keeping up with the schedule, they turned what would have been idle periods into busy times, striving to deliver successful results by the end of the year. Zhongtian Hechuang integrates the construction of supporting facilities for green carbon-reduction upgrade projects as well as demonstration projects for green hydrogen-based chemical manufacturing using wind and solar energy. The main components of these projects include the integration of green hydrogen and green oxygen, the construction of a new LNG plant with a capacity of 500,000 Nm3 per day, CO cryogenic separation facilities, an acetic acid production plant with an annual capacity of 300,000 tons, a vinyl acetate production plant with an annual capacity of 200,000 tons, a green hydrogen production plant with an annual capacity of 30,000 tons, photovoltaic installations totaling 288 MWp, wind power installations totaling 450 MW, 60.36 kilometers of 220 kV transmission lines, along with various auxiliary utilities and supporting production facilities. The total estimated cost for the project’s design is around 11 billion yuan, aiming to achieve integrated development of green electricity, green oxygen, and green hydrogen. It is reported that the dynamic compaction work for the integrated wind and solar hydrogen production project in Wushen Banner began in winter, with completion planned before the Spring Festival, in order to create the conditions for the completion of this integrated wind and solar hydrogen production project next year. These two projects are scheduled to come online in 2026 and 2027 respectively. Once completed and operational, they will extend, supplement, and strengthen the existing industrial chain, further expanding the coal chemical circular economy chain. This will enable a transformation of Ordos’ coal resources from being used as fuel to serving as raw materials, and of its products from undergoing basic processing to high-end manufacturing. It will also lead to an optimization of the regional industrial structure, with the development of a stronger and larger industry based on coal-derived olefins, as well as high-end materials and fine chemicals.