With its geological environment blending grassland and desert, Jungar Banner places great importance on the comprehensive function of grasslands in protecting against wind and consolidating soil, as well as conserving water resources. Consequently, high-end residential projects also place particular emphasis on greening and water storage. The Shangbang Academy project selected the Canlon SDR planted roof siphon drainage system, covering approximately 15,000 square meters. The system features 12 breathable observation tubes and five siphon drainage outlets, allowing infiltrated water to be directly connected to the municipal stormwater drainage network.
Taking "green, low-carbon, intelligent and safe" as the standard, Canlon based on the standpoint and original intention of the building materials industry, believes that to serve the standards well, good design and good materials are needed; good systems and good construction are also needed; at the same time, on the manufacturing end, enterprises must strengthen technological empowerment and promote new construction methods such as green construction and digital management on the application end.
The Santaihe shantytown renovation EPC project in Huanggang City is a key project with a total investment of 556 million yuan. It plans to build 7 high-rise residential buildings and 764 resettlement houses. After the project is completed, it will resettle residents relocated on both sides of the Santaihe ecological governance project, which is of great significance to accelerate the renovation of shantytowns, focus on people's livelihood and build a happy and livable new home.
In order to provide the residents of Sanya Oriental Sun City with a more harmonious ecological living environment, Canlon customized and designed the Canlon SDR siphon drainage collection system according to the main building layout of the project. A total of 13 independent breathable observation pipes and 8 siphon outlets were designed in the B and D areas of the project. The siphon drainage system of the garage roof covers an area of about 17,655 square meters. The outlet is connected to the observation well, and then connected to the municipal rainwater well through the drainage pipe to drain the infiltrated water on the garage roof to the outdoor rainwater pipe network.