Cases

The project is located at the periphery of Zhangjiagang Yangtze River embankment from a dry river to Conch Cement Factory, with a project cost of 10,876,400, covering an area of 115,603m2, of which 30,865m2 is water surface area and 84,738m2 is green area. In order to meet the design requirements and provide a good ecological environment for the surrounding residents, soil and water conservation and greening are integrated, 2 landscape pavilions, 1,725m2 wooden stacks, 2,356 fine trees and shrubs, and a color block area of 82,380m2 are built. starting from water body biodiversity restoration technology, three ecological subsystems are constructed: water-land transition zone, shallow water area and deep water area, and plant mat technology is applied to the bank protection The project has stabilized the slopes on both sides of the river and restored greenery. The ecological effect of the project is remarkable, and has been commended by the leaders for many times, and has become the first choice of people in Hong Kong for leisure and vacation.

After treatment Before treatment     After treatment

Baiyang Yu River Treatment Project in Qian'an City, Hebei Province

After six months of treatment

The ecological river management project on the old Shaxi Road is located on the east side of the old Shaxi Road, running north-south through Jintang Road and Xinfeng Road. The east side of the river is Tang City Junior High School. The total length of the river in the treatment area is about 600 meters, and the width of the river is about 45 meters. The slope as a whole is mounded soil, and a few parts have collapsed or slipped, which is an unstable structure and needs to be reinforced and de-risked manually. The existing vegetation of the river slope is mainly herbaceous plants with low coverage, and the middle and lower part of the slope is basically bare soil, which is very uncoordinated with the surrounding environment. Through the ecological treatment of river slope water environment syntai, the slope safety and stability, soil and water conservation and overall permanent re-greening are achieved. The successful use of planted flowering shrubs and shrubs, trees, lawns (supplemented by a small amount of flowering trees) and flexible environmental protection material plant mat technology prevented the erosion of rainwater runoff on the slope, combined with aquatic pollution-absorbing plants to purify water quality, creating a pristine ecological environment with clear water, no odor, and living space for aquatic plants and animals.

After three months of treatment