蓋婭智壤科技股份有限公司

蓋婭智壤科技股份有限公司

AgriGaia® Tech offers a multifunctional, sustainable subsurface irrigation system. This innovative irrigation system, originally designed in Taiwan, mimics natural processes to deliver water and nutrients directly to crop roots and soil microorganisms, enhancing irrigation and fertilization efficiency.

Field usage over eight years has proven that it can save 70% of irrigation water and reduce labor time by 85%. Even in hot climates, it ensures the necessary work can be completed.

The system is easy to assemble, allowing farmers to independently install and maintain it after basic training. It also supports automated control interfaces, meeting the needs of smart agriculture technology management.

The installation and use of this pipeline provide numerous sustainable agricultural functions without additional costs: water conservation, reduced plowing (carbon sequestration), female-friendly design, and soil care interfaces for long-term planting. It aligns with the Sustainable Development Goals (SDGs) 2, 5, 6, 13, 15, and 17.

For more information: https://agaiatech.com/
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Multi-Functional Subsurface Irrigation System|Sustainable Upgraded

Solution Description

Smart Agriculture

The AgriGaia Subsurface Irrigation System is an innovative irrigation technology designed for modern "climate-smart agriculture," significantly improving water resource utilization and reducing farmers' labor intensity. Utilizing a modular design, the AgriGaia Subsurface Irrigation System not only lowers maintenance costs but also makes the initial installation more affordable. The system integrates AI and IoT technologies, achieving a perfect combination of efficient water delivery and precise irrigation control.
• Innovative irrigation technology saving 70% of water usage and reducing farmers' labor hours by 85%.
• Modular design ensures low installation costs and easy maintenance.
• Integration of AI and IoT technologies for precise and efficient irrigation.
• Provides effective solutions to challenges posed by hot climates.

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