Technology for Sustainable Green Desert Agriculture
GTB-AT uses AI and SBT® to rapidly transform deserts into fertile land sustainably. Deployed in Xinjiang and UAE.
Type
Tags
Solution maturity
Mass promotion / Mass production
Cooperation methods
Applicable industry
Applications
Key innovations
Integrating AI with novel biomaterials in SBT® technology to sustainably transform deserts into fertile land, overcoming natural constraints by enhancing soil structure and water retention.
Potential economic benefits
Convert low-value desert land into productive agricultural land, generate revenue from food, biomass, and carbon credits, while reducing water and fertilizer costs.
Potential climate benefits
By increasing biomass and creating a soil carbon sink, it directly sequesters CO2. It also reduces emissions from fertilizer use and can provide biomass for biofuels, displacing fossil fuels.
Solution supplier
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GTB Agriculture Tech
Green Technology Bank (Shanghai) AgriculturalTechnology Co., Ltd. (GTB-AT) is a high-tech company integrating AI with novelbiomaterials.
Shanghai,China
Solution details
Green Technology Bank (Shanghai) AgriculturalTechnology Co., Ltd. (GTB-AT) is a high-tech company integrating AI with novelbiomaterials. Through disruptive technological innovation, it has successfullyovercome the constraints of natural conditions and is able to rapidly transformdesert into cultivable productive land in a sustainable manner.

Before-and-After Comparison
Bymeans of its independently developed SBT® technology, combined with advancedoptimization through artificial intelligence, the Company providesfull-spectrum integrated solutions for global desert ecosystem restoration,food security, non-food biomass resource assurance, and the building of acommunity of life for man and Nature. SBT® (Special Biomass Thickener) isformulated from a scientific blend of plant cellulose, microbial consortia andother bio-based green materials. It can precisely reshape the micro-porestructure of non-traditional soils such as deserts and Gobi terrain, increasingsoil load-bearing capacity, improving the hydrological effect of vegetation,and creating stable sandy-land ecosystems. This enables deserts to achieve a 30-50%increase in water and nutrient retention, while maintaining soil aeration. Overtime, it also raises organic matter and biomass content year by year,fundamentally breaking through the constraints of natural conditions andefficiently expanding the boundaries of agricultural productivity.

Before-and-After Comparison
To date, the Company’s technological solutions havebeen successfully deployed at three sites in Kashgar, Xinjiang and the UnitedArab Emirates, spanning nearly 10,000 mu. With the capability to “reclaim 1,000mu within just ten days”, the technology can simultaneously enable ecologicalrestoration through sand prevention and stabilization, while supportingmoderate-scale agriculture, animal husbandry and urban development. It holdsvast potential for application in desertified land governance, ecologicalrestoration, desert-based industry development and combating desertification.
Last updated
09:14:04, Nov 08, 2025
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