DESIGN NAME: Saline-Alkali Soil Terminator
PRIMARY FUNCTION: Device capable of improving land saliniz
INSPIRATION: Inspired by the spread of pollen, we hope to enhance the cultivation of beneficial bacteria in the soil and then spread it in the soil like pollen to improve the salinity of the soil;
UNIQUE PROPERTIES / PROJECT DESCRIPTION: 10% of the world ’s land suffers from salinization; design product adopts a biologically improved method to extract salt-tolerant microorganisms (halophilic bacteria, actinomycetes, etc.) in saline-alkali soil, increase the number of bacteria through a petri dish equipment, and use wind energy to increase the activity of saline water. The enhanced bacteria enter the saline-alkali land environment, which can allow the soil to self-repair, increase vegetation coverage, and solidify soil moisture;
OPERATION / FLOW / INTERACTION: Use solar energy as energy; collect beneficial bacteria in saline-alkali soil for cultivation and enhancement in the device; use the wind to spread the cultivated bacteria into the soil, so that the soil can repair itself, increase vegetation coverage, and solidify soil moisture
PROJECT DURATION AND LOCATION: The project started in China in March 2019; the design plan was completed in February 2020;
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PRODUCTION / REALIZATION TECHNOLOGY: Use solar energy as energy for bacterial cultivation; then use wind energy for bacterial transmission; materials are high-tech metals, ceramics, plastics
SPECIFICATIONS / TECHNICAL PROPERTIES: H:300cm x R20cm/R42cm
TAGS: Bacterial cultivation; improving salinized soil; ecological sustainable development
RESEARCH ABSTRACT: 10% of the world ’s land suffers from salinization; we want to use solar energy as an energy source; collect beneficial bacteria from saline-alkali land, cultivate and enhance them in the device; use wind to spread the cultivated bacteria to the soil, so that the soil can self Repair, increase vegetation cover, solidify soil moisture
CHALLENGE: The hardest part is to improve the soil in a natural and sustainable way, instead of solving the problem through artificially generated chemicals, which can reduce the cost and make the environment green and healthy;
ADDED DATE: 2020-03-13 16:33:49
TEAM MEMBERS (1) : Jia Jing;Wang Aihong;Li Zhuopeng;Zhang Lin;Liu Xiyao;Xu Xianchao;Liu Xiaotong;Li Xinyu;Zhou Zihan;
IMAGE CREDITS: Jia Jing, , 2019.
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