Application practice of ATOH2O air water generator in irrigation field

Background

With the intensification of global climate change and the increasing scarcity of water resources, agricultural water use faces huge challenges. Especially in arid or semi-arid areas, the high cost, high consumption and water shortage of traditional agricultural irrigation methods seriously threaten crop yields and sustainable agricultural development. At the same time, the excessive use of surface water and groundwater has also caused irreversible damage to the ecosystem. In this context, ATOH2O air water generator, as an innovative technology, provides an environmentally friendly and efficient new option for solving agricultural water problems.

Challenges

A large orchard located in an arid area mainly grows cash crops (such as grapes), but faces the following problems due to water scarcity:

Insufficient water source: The region has little precipitation, groundwater resources are decreasing year by year, and the existing irrigation methods are difficult to maintain the normal operation of the orchard.

High irrigation cost: The cost of water extraction, storage and transportation is extremely high, which directly affects the profitability of the orchard.

Unstable water quality: The soil is severely salinized and the existing water source mineralization is high, which affects the growth of crops and the quality of agricultural products.

Environmental pressure: Traditional irrigation methods have caused certain unsustainable impacts on water resources and soil, and a more efficient water-saving and environmentally friendly solution is urgently needed.

Solution

To address the above problems, the orchard deployed multiple ATOH2O air water generators to use the humidity in the air to provide continuous and stable irrigation water for the orchard. The water produced by these devices every day is introduced into the intelligent irrigation system to provide a pure water source for the crops in the orchard. The specific implementation is:

Air condensation water

The machine extracts moisture from the air through high-efficiency condensation technology and converts it into water. Even in arid climate conditions with a relative humidity of only 30%, the ATOH2O air water generator can still work efficiently and provide reliable water. This allows the orchard to not rely on groundwater or surface water, thereby protecting the local water ecosystem.

Precision water treatment

The quadruple filtration process of the air water generator ensures pure water without pollution and optimizes the water quality required for irrigation:

Preliminary filtration: removes particulate matter in the air;

Activated carbon treatment: adsorbs harmful compounds that may be attached to the air;

Microbial purification: ensures that the water body is free of bacteria or pathogens and can be used directly for irrigation;

Mineralization regulation: adjusts the mineral content of the water quality to meet the specific water quality requirements of certain crops, such as controlling salinity to adapt to soil conditions.

Energy saving and intelligent integration

The air water generator has low energy consumption and can further reduce operating costs through a solar power supply system. In addition, the water in the equipment can be directly connected to a drip or sprinkler irrigation system to achieve precise irrigation, avoiding the waste of traditional flooding. This precise irrigation method not only saves water resources, but also improves the crop growth environment and promotes the development of efficient agriculture.

Implementation effect

The introduction of the ATOH2O air water generator has brought significant economic and environmental benefits to the orchard:

Stable water supply: The orchard no longer needs to rely on unstable precipitation or expensive groundwater extraction, and irrigation water is guaranteed throughout the year. A single device can provide 50-100 liters of pure water per day, and the cumulative supply fully meets the needs of precision irrigation.

Cost reduction: Within a few months, the orchard saved about 40% of the water acquisition cost, including transportation expenses and investment in water-saving equipment.

Crop yield improvement: The purified water quality effectively improved the problem of soil salinization, increased the yield of grapes by 25%, and the quality of agricultural products was highly praised by customers.

Environmental benefits: Reduced excessive exploitation of groundwater and waste of water resources, fundamentally alleviated local environmental pressure, and met the goal of sustainable agricultural development.

Customer feedback

The person in charge of the orchard said: "ATOH2O air water generator is a disruptive technology that helps us achieve complete self-sufficiency in water use. It not only reduces irrigation costs, but more importantly, it improves water quality, which has a significant effect on crop yield and quality. We welcome such an environmentally friendly and efficient irrigation method, which is also the future development direction of agriculture."

Conclusion

The application of ATOH2O air water generator in the field of irrigation fully demonstrates its great potential to solve the problem of water shortage. By extracting moisture from the air and purifying it, it provides agricultural users with a green and environmentally friendly way to use water, especially suitable for areas with scarce water resources and high requirements for water quality. Whether it is large orchards, greenhouse agriculture, or the cultivation of other cash crops, ATOH2O can be a reliable water resource solution while promoting the sustainable development of agriculture.

If you want to learn more about how ATOH2O air water generator can help the development of modern agriculture, or want to customize a solution suitable for your agricultural scenario, please feel free to contact us!