Review Meeting on “Application Research Report of High Strength Plastic Steel Interlocking Composite Sheet Pile Ecological Revetment in Waterway Engineering
On April 28, 2019, a review meeting was held in Haiyan on “ Application Research Report of High Strength Plastic Steel Interlocking Composite Sheet Pile Ecological Revetment in Waterway Engineering “.People who participating in the meeting were industry experts, Provincial Port and Shipping Management Center, Jiaxing Port and Shipping Management Bureau, Haiyan Port and Shipping Management Bureau, Jiaxing Port and Shipping Management Bureau, Haiyan Port and Shipping Management Bureau, Haiyan Huixiang New Building Materials Technology Co., Ltd., Jiaxing Century Traffic Design Co., Ltd., Hehai University, etc. On the same day, the party visited the site of the third phase of Haiyan Tanqiao Line.
Modern polymer engineering materials developed and produced by Haiyan Huixiang New Building Materials Technology Co., Ltd. are used to construct waterway revetment, replacing traditional extensive revetment structures such as concrete and block stones, and reducing damage to large ecological environment. The new revetment structure has excellent engineering stability, high construction efficiency, structural durability, energy conservation and environmental protection. In order to make this excellent revetment structure system more standard, normative, universal and practical. The meeting passed the research on ecological revetment of high-strength plastic-steel interlocking composite sheet piles to achieve the purpose of technological innovation and comprehensive promotion and application, and reached a review opinion after the meeting review of the expert group.(Opinion attached)
The participants unanimously affirmed the social and economic benefits of Huixiang high-strength plastic steel interlocking composite sheet pile, and fully discussed and demonstrated the applicability of high-strength plastic steel sheet pile. In addition to being popularized in waterway and water conservancy departments, the research results can also be widely applied in highway, urban construction, railway and other fields.