Ningbo Beilun Meishan Waterway Project won the "Luban Award". Why did this project win the prize?

Because the project is of great help to the local ecology, economy and residents' safety. The project ensured the life and property safety of 654.38 million residents; Provide shelter facilities for more than 300 500-ton fishing boats in coastal areas to protect fishermen and facilities; The high-grade port-dredging highway at the top of the dike has become the main transportation road of 10 million TEUs; The project has built an ecological green park with an area of 6,543,800+6,000 square meters, with a variety of plants and a greening rate of 75%. Since it was put into operation, the displacement has reached 850 million cubic meters, and the water ecological environment has been obviously improved. The project is in harmony with the surrounding environment of the region, forming a coastal tourist landscape with mountain and sea characteristics.

Details Recently, the Meishan Waterway Fishery Shelter Anchorage Project (North Embankment) in Beilun District of Ningbo was selected as the first batch of China Construction Engineering Luban Award (National Quality Project) in 2020 ~ 202 1 year by China Construction Association, becoming the first water conservancy project in Ningbo to receive this honor.

The Meishan Waterway Fishery Shelter Anchorage Project in Beilun District (hereinafter referred to as Meishan Waterway Project) is a comprehensive water conservancy project that integrates the functions of moisture and flood prevention, fishery shelter, port dredging, environmental management and coastal tourism. The total investment of the project is 2.472 billion yuan. The hydraulic part of the project mainly includes two seawalls, north and south, as well as supporting locks and sluices. The design moisture-proof standard is 65438+once in 2000. The project is located between Meishan Island in Beilun District and the southwest of Chuanshan Peninsula, with Meishan Bonded Port Area in the east, Binhai New City in Xiao Chun in Beilun in the west, Baifeng Shangyang in the north and Xiangshan Port in the south. The total length of the waterway from north to south is 1 1.5km, the water area is 9.63km2, and the normal storage capacity is about 50 million cubic meters.

The award-winning North Dike Project is an important part of Meishan Waterway Project, which is located at the northern end of Meishan Waterway. The engineering grade is Grade II, and the main construction contents include 1 0,000-year seawall, 8 10 meter, and 7 holes. An 8-meter medium-sized sluice. The project started on July 9, 20 12, was completed on July 9, 20 17 10, and passed the completion acceptance on June 25, 20 18. He has successively won 20 17 ~ 20 18 China Water Conservancy Project Quality (Dayu) Award, 20 19 Zhejiang Construction Project Qianjiang Cup Award and 20 18 Ningbo City. Yongjiang Construction Cup? Quality engineering award.

According to the relevant person in charge of the project owner and construction unit Zhejiang Genwei Water Conservancy Construction Co., Ltd., it was clear at the beginning of the project? Ensure provincial and ministerial quality engineering awards (Qianjiang Cup and Dayu Award) and strive for national quality engineering awards (Luban Award)? The goal of excellent engineering.

In the engineering construction, Meishan Waterway Project (North Dike) applied the latest technology in the construction industry, and won the Ministry of Water Resources ministerial construction method 1 item, utility model patent 1 item, and the first prize of water conservancy industry QC achievement 1 item. The problems such as uneven settlement of seawall, leakage deformation of sluice connection, pile deformation during steel sheet pile insertion construction and serious corrosion of reinforced concrete by seawater are explored and solved, and the application effect is remarkable.

In project management, in order to strengthen the quality supervision and management of Meishan Waterway Project, innovation? The first project approval system? Management method: the first sign system shall be implemented for the quality control of important and key divisions and sub-projects (units) to eliminate major quality problems and quality hidden dangers.