Zhejiang Hongzhi New Material Co., Ltd. on Zhejiang Province Science and Technology Award Nomination Information Public Notice

According to "Zhejiang Province Science and Technology Award", comrade Tao Jiangwei was nominated for the 2022 Zhejiang Province Science and Technology Award "Second Prize of Science and Technology Progress Award" for public announcement, public announcement time February 28, 2023, to March 9, 2023.

Annex: Zhejiang Hongzhi New Materials Co.

Zhejiang Province Science and Technology Award Announcement Information Sheet

Nomination Awards: Science and Technology Progress Award

Result Name	High-strength ecological plastic composite sheet pile for water and waterway
Nomination Level	Second Prize
Nomination letter Related content	I. Invention patents. 1、ZL202010066197.4, a sheet pile construction method based on pile feeding structure 2、ZL201610253388.5, a kind of combined impermeable sheet pile 3、ZL201510048371.1, a kind of shore protection structure combining plastic sheet pile and concrete Second, utility model patents. 1、ZL202122561112.2, a kind of interlocking combined sheet pile structure for waterway shore protection 2、ZL202122587252.7, a kind of assembled beam structure for high cantilever waterway 3、ZL202122433792.X, an assembled high cantilever plastic steel combination sheet pile 4、ZL202122413793.8, A kind of flower trough type plastic steel ecological shore protection pressure top structure 5、ZL202122414266.9, A kind of shore protection funnel and plastic steel sheet pile with funnel 6、ZL202122170344.5, A kind of internal co-extruded plastic steel sheet pile III. Papers and monographs 1. Field experimental study of high-strength plastic steel interlocking combination sheet pile shore protection/ Henan Science 2、Experimental study of a centrifugal model for deformation characteristics of pile foundation under horizontal cyclic loading/geotechnical mechanics 3、INTEGRATION OF A NEW SHEET-PILE WALL AND OLD GRAVITY REVETMENT - A STABILITY STUDY/Soil Mechanics & Foundation Engineering 4、Response of a laterally loaded pile group due to cyclic loading in clay/Geomechanics & Engineering 5、Numerical simulation study of vertical revetment sheet pile deformation/Journal of Hebei Engineering University (Natural Science Edition)
Main Finisher	Fu Fangwei, Rank 1, Engineer, Haiyan Huixiang New Building Materials Technology Co. Jiang Zuliang, Rank 2, Engineer, Haiyan Huixiang New Building Materials Technology Co. Chen Long, Rank 3, Professor, Haihai University. Chen Yonghui, Rank 4, Professor, Suzhou Research Institute, Hohai University. Xiao Guizong, Rank 5, Senior Engineer, Haiyan Huixiang New Building Materials Technology Co. Xu Ji, Rank 6, Haiyan Huixiang New Building Materials Technology Co. Tang Zhijie, Rank 7, Assistant Engineer, Haiyan Huixiang New Building Materials Technology Co. Sheng Jia, ranked 8, engineer, Haiyan Huixiang New Building Materials Technology Co. Tao Jiangwei, ranked 9, engineer, Zhejiang Hongzhi New Material Co.
Major completion unit	1、Haiyan Huixiang New Building Material Technology Co. 2、Huaihai University 3、Suzhou Research Institute of Haihai University 4、Zhejiang Hongzhi New Material Co.
Nominating Unit	Haiyan County People's Government
Nomination Comments	The results are based on centrifugal model test research and numerical analysis of vertical revetment sheet pile by finite element software, and the polymer composite material is used as the main material of the waterway revetment project instead of conventional building materials, and the shape of the sheet pile is designed as M-type structure, which is lightweight, high-strength, green, environmentally friendly and highly adaptable. With the innovative C-T interlocking structure, the shape matches the channel shoreline, which can effectively resist the strong scouring of the channel's high-speed water flow and ship's wave, as well as the repeated scouring of the propeller; the sheet piles form an impermeable cavity at the joint after being connected, which is equivalent to a thickened impermeable barrier and has a better effect of preventing water seepage; the innovative sheet pile construction method with pile feeding structure has been developed, and the innovative channel sheet pile construction technology with a pressure-relief hole has been adopted. It solves the problems of difficult soil entry and pile-following of extra-long plastic sheet piles; it adopts flower trough type plastic steel ecological revetment pressure top structure and funnel type inverted filtration structure to create ecological and environmental integration of waterway revetment system; it establishes plastic sheet pile index system and quality inspection and testing technology through technical research by high-tech means. The product-related technology has obtained 3 invention patents, 6 utility model patents, and published 5 papers. It is to be nominated for the second prize of the Zhejiang Science and Technology Progress Award in 2022.