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On December 12, the project design meeting and signing ceremony for the technical renovation project of Siming Chemical’s 100,000 tons per year facility for the resource utilization of high-concentration waste liquids, which aims to produce 200 million Nm3 of syngas per year as well as hydrogen and to utilize hydrogen in various ways (referred to as: Siming Chemical’s Phase II water-coal slurry project), was held at Ningbo Engineering Company. In the Phase II project of Siming Chemical, Ningbo Engineering Company is primarily responsible for the engineering design of gasification, purification, as well as the associated utility systems and auxiliary production facilities. This project employs a water-cooled wall semi-waste-boiler water-coal slurry gasification technology, which enables the resource utilization of high-concentration waste liquids while generating steam as a by-product; it thus facilitates the transformation of petrochemical enterprises toward green and sustainable development models. Upon completion, the project will further enhance the role of the park’s sewage treatment center, opening up new avenues for promoting the green development of the chemical industry park. As early as 2016, Ningbo Engineering Company took on the task of engineering design for the first-phase project of Siming Chemicals, which involved the production of hydrogen from high-COD organic wastewater through pulping. In April 2018, after the project was completed and put into operation, it was able to treat 60,000 tons of wastewater per year and produce 160 million cubic meters of hydrogen. It also assumed some of the functions of the park’s wastewater treatment center, achieving good economic and environmental benefits and receiving high praise from the project owner. Sun Huoyan, design manager for the Phase II water-coal slurry project at Siming Chemical: During the early stages of the project, the design team from Ningbo Engineering Company worked together with this project to handle various tasks, ranging from the feasibility study and project approval process to the procedures for safety and environmental impact assessments. Next, the design team will work together with the owner’s management team to ensure high-quality completion of the engineering design and the construction of a top-notch project, thereby contributing to the high-quality development of Siming Chemical.