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    Restart for Hongda smelter

    Hongda's 100,000 t/a zinc smelter, in China's Sichuan Province, completed scheduled maintenance and equipment upgrading and officially resumed production on 21st June, the company said. The smelter had been shut down for planned maintenance since January, during which time a modernisation project for the electrolytic zinc smelting system was also carried out. Following the nearly six-month revamp, the resumption of production is expected to improve overall operational efficiency, reduce unit production costs, and increase the utilisation rate, The company said. The stable supply of sulphuric acid generated by the zinc smelter will effectively leverage the synergies of the "sulphur-phosphorus" industrial chain in the company, an help alleviate cost pressures on the company's phosphorus chemical business segment.

    AkzoNobel to supply green hydrogen/ammonia/methanol plant

    AkzoNobel says that it is providing long-term corrosion protection and chemical and heat resistant coatings for the wind power and chemical processing facilities at the Songyuan Hydrogen Energy Industrial Park. Constructed by China Energy Engineering Group Co., Ltd., it is the world’s largest integrated green hydrogen-ammonia-methanol project. Now on its second phase, the industrial park operates entirely on 100% renewable electricity and is currently focused on producing 45,000 t/a of green hydrogen and 200,000 t/a of green ammonia and methanol.

    Construction begins on large scale green methanol project

    Construction has begun in northeastern China on a project that will produce 100,000 t/a of green methanol in its first phase from a combination of biomass and wind-powered green hydrogen. The project, part of the Shenyang Wind-Solar-Hydrogen Fusion Biomass Green Methanol Demonstration initiative, will be located in Kang-ping, Shenyang City. In its first phase, the facility will produce 100,000 t/a of green methanol, with construction expected to be completed within 24 months. The plant will gasify waste straw as its primary raw material, which will be processed into synthesis gas. This gas will then be combined with green hydrogen generated from 6.5 MW wind-powered electrolysers to produce low carbon methanol. The plant will also include a biomass pre-treatment facility capable of producing 337,000 t/a of biomass briquettes, providing a stable supply of feedstock.