Desertification Control Solutions

The average moisture content in desert areas is about 5%, but there are occasionally rainfalls, even heavy storms. If we can capture the moisture in the atmosphere before and after rain, as well as collect the peak rainfall, we can reduce soil permeability and evaporation rates, allowing limited rainwater to be used exclusively for plant growth.

This method saves 50%-70% more water compared to traditional drip irrigation techniques. Consequently, many deserts can transform into grasslands, forests, and even arable lands, thus improving Earth's ecology and human living conditions.

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In response to desertification, Zhengsai Group has developed a series of solutions over years of research. By utilizing minimal freshwater, we can maximize the area of green space.

A breathable layer that conserves water and reduces infiltration is set at a certain depth in the desert, allowing valuable rainwater or water from artificial drip irrigation to be retained as long as possible at the plant roots to meet their growth needs.

The depth and seepage rates are related to local rainfall amounts and temperatures; please consult our experts for specifics.

Using P30 concrete in high-rise buildings can significantly enhance the reliability and durability of waterproof sealing.

On June 28, 2023, actual observations of soil side excavation were conducted, revealing that the corn roots had a depth of 80 cm.

Collect rainwater and snowmelt and store it around the plant roots to reduce groundwater consumption.

After transforming deserts into fertile land using Zhengsai Group's water-retaining, seepage-reducing, and breathable technology, it can be further integrated with new energy technologies to create desert cultural tourism projects, maximizing value.