大沽河拦河坝工程采用橡胶坝加调节闸相结合形式,橡胶坝单孔净宽49m,坝袋高度3m,共6孔,采用书脊式充气坝袋,为弧形结构,采用国内的一次性整体成型、整体硫化工艺,坝袋外表平整美观、无搭接缝。整道橡胶坝呈“C”型布置,结构新颖,是国内第一个弧形书脊式橡胶坝,为大沽河综合治理增添了一道亮丽的风景线。
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Tempered by time, the original aspiration burns like a torch. The rubber dam of Henan Power Station, produced and constructed by Qingdao Huahai Environmental Protection Industry Co., Ltd., has been standing firm along the Luohe River and safeguarding the operation of the power station since its commissioning. With its stable and reliable performance, it has become an important water conservancy supporting barrier for the safe operation and efficient power generation of Henan Power Station. This flexible dam body, having withstood the test of wind and rain, not only undertakes the important mission of water resource regulation, flood control and supply guarantee of the power station, but also demonstrates Huahai Environmental Protection’s ingenuity and responsibility in deeply cultivating the field of water conservancy equipment and empowering the energy industry, providing a solid guarantee for Henan Power Station to achieve "safe, efficient and green" operation.
Recently, the integrated marine oil spill containment and recovery system independently developed by Qingdao Huahai Environmental Protection Industry Co., Ltd. has successfully passed comprehensive inspection by a professional classification society. All performance indicators fully meet relevant standard requirements, and the product has obtained official authoritative certification. This lays a solid foundation for the product to enter broader markets and serve more complex operational scenarios.
Once an oil spill occurs in mountainous areas or ravines, it always poses a tough challenge: narrow roads, steep slopes, and rugged terrain make it impossible for large-scale equipment to access. Conventional oil booms are heavy and difficult to transport. By the time they are finally delivered to the scene, the oil has already spread. In addition, there are limited emergency personnel in remote areas, making rapid deployment and containment even more difficult.