[Hubei 200000 ton polycrystalline silicon project starts construction]Recently, Longchang (Hubei) Silicon Industry Co., Ltd., located in Dawu County Economic Development Zone, Xiaogan City, Hubei Province, started construction of a 200000 ton annual polycrystalline silicon project. This project aims to process and produce high-purity industrial silicon through the recycling of discarded photovoltaic power panels and the purification and regeneration of waste silicon powder after photovoltaic crystal silicon cutting. The planned investment is 500 million yuan, covering an area of 110 acres and a factory building area of 80000 square meters. After all projects are put into operation, the expected annual output value is 2 billion yuan, the annual tax revenue is 60 million yuan, and 200 job opportunities are provided. The commencement of this project will further strengthen the recycling and utilization industry chain of waste photovoltaic modules, promote the efficient utilization of renewable energy, improve the resource utilization rate of the photovoltaic industry in Dawu County, and inject new vitality into the development of Dawu's green circular economy. Editor/Zhao E
Recently, a consortium led by hydropower won the bid for the 1B and 1C sections of the East Manila Water Supply Tunnel in the Philippines. The project will construct a water supply tunnel and supporting facilities with a total length of about 15 kilometers. After completion, it can increase the local water supply scale, improve the water supply system in the eastern part of Metro Manila, and help improve people's livelihoods and local economic development. Editor/Min Jing
On August 17, 2026, CR1G was responsible for the construction of the Guizhong Expressway Welfare Interchange Main Line Extra Large Bridge, which completed the installation of all T-beams and the main structure was successfully completed. A total of 571 pieces of 30 meter T-beams were erected in the project, releasing the interconnection construction working face and creating favorable conditions for subsequent parallel construction of multiple sections. Editor/Min Jing