The substation for the China Coal Shaanxi LDPE/EVA project was completed 8 days ahead of schedule

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The power distribution substation for the LDPE/EVA project of China Coal Shaanxi was completed 8 days ahead of schedule. On November 22, the main structure of the power distribution substation associated with the 250,000 tons per year EVA production facility, which is under the general contracting of Huanqiu Daqing Company for China Coal Shaanxi Company, was successfully completed – 8 days earlier than planned. This represents an important milestone in the project’s development, and it also provides valuable time for subsequent tasks such as equipment installation and electrical system construction. It is reported that the power transformation and distribution building covers an area of 3,150 square meters and features a reinforced concrete frame structure. Serving as the \"core hub\" for powering the EVA units and the eight-circulation system, it will carry out functions such as power conversion, distribution, and regulation upon completion. It also has the important task of providing a safe and stable power supply for the entire facility area. The quality of its construction and the progress of its build are directly related to the overall operation of the project and its ability to be completed on schedule. Since the project began, the project management team has always adhered to the management principles of \"safety first, quality foremost, and controllable progress.\" By emphasizing scientific planning and targeted actions, organizing construction resources carefully, and coordinating various resources efficiently, they have successfully overcome numerous challenges such as tight deadlines, complex overlapping tasks, and a challenging construction environment, thus advancing the project’s development steadily. During the construction process, the project department strictly adheres to the requirements of standardized management by establishing and implementing a closed-loop management system of \"daily scheduling, weekly summaries, and monthly evaluations\". This system enables dynamic optimization of resource allocation, ensuring that various construction tasks are carried out efficiently and in an orderly manner. In terms of safety and quality control, the safety production responsibility system is strictly implemented, and quality control is strengthened throughout the entire construction process. On-site supervision is carried out for key procedures such as rebar binding, formwork erection, and concrete pouring, to ensure that each step complies strictly with design standards and regulatory requirements. At the same time, efforts were made to strengthen coordination with all parties involved in the project, establishing a collaborative working framework among supervisors, designers, and contractors, which ensured seamless progression and efficient advancement of all construction tasks. To address the adverse effects of frequent rainfall in autumn and low temperatures after winter set in in the Yulin area, the project team conducted risk assessments in advance and developed specific contingency plans. By strengthening the construction of on-site drainage facilities and implementing insulation measures for winter construction, they ensured the quality of concrete curing as well as construction safety. Ultimately, through continuous uninterrupted work, the task of completing the roof construction of the substation was successfully fulfilled, achieving both safety and quality standards, which earned high recognition from the client.