Cristina Jones

Colors And Shapes Inspire Me...

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what makes us different

Core advantages of fertigation

Extremely High Water and Fertilizer Use Efficiency

Water Saving: Water and fertilizer are delivered directly to the root zone, reducing surface evaporation and deep percolation. This saves 30%-50% more water compared to traditional furrow irrigation.Fertilizer
Saving: Nutrients act directly on the root system, with minimal loss or volatilization. The fertilizer use efficiency can reach 70%-90%, saving 30%-50% more fertilizer than traditional broadcasting.

Greatly Save Labor and Time

The labor-intensive tasks such as furrowing, fertilizer spreading and soil covering are simplified to the operation of "turning on the valve". A single person can manage fertilizer application in a large area, saving more than 70% of labor.

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Significantly Improve Yield and Quality

Crops remain in the optimal state of "being well-nourished and hydrated" at all times, resulting in robust growth and strong stress resistance.
It enables precise regulation of nutrients, promoting uniform fruit enlargement, sugar accumulation, and color development. This significantly enhances both the external appearance and internal quality of agricultural products.

Precise Regulation for Smart Agriculture

Fertilizer formulas and application rates can be adjusted flexibly and quickly according to the fertilizer demand characteristics of crops at different growth stages, realizing "fertilization on demand".
Combined with sensors and automated control systems, it is possible to automatically adjust fertilization plans based on environmental factors such as light and temperature.

Project

Highlighting our latest sustainable projects

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Urban Greenhouse Program

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Organic Rice Farming

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Soil Health Improvement Program

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Our services

Selection of Irrigation Methods

Flood irrigation

Water is directly channeled into the fields, allowing it to flow freely and saturate the soil. Flood irrigation is simple to implement and cost-effective, but it leads to significant water waste and can cause soil compaction and nutrient loss. This method is suitable for areas with abundant water sources, flat terrain, and soils with strong water and nutrient retention capabilities, such as rice paddies.

Sprinkler irrigation

This method uses sprinklers to disperse water into fine droplets, evenly distributing it over crop surfaces and soil. It conserves water, improves water use efficiency, and enhances the microclimate in the field by regulating air humidity and temperature. It is suitable for a variety of crops, such as wheat, corn, vegetables, and fruit trees. However, the initial investment in sprinkler irrigation equipment is relatively high, and it is significantly affected by wind—irrigation uniformity may decrease during windy conditions.

Drip irrigation

This method uses drippers to slowly and uniformly deliver water directly to the soil near the plant roots, maintaining optimal soil moisture. Drip irrigation maximizes water conservation by reducing evaporation and seepage, improves fertilizer efficiency, and helps prevent soil compaction. It is particularly suitable for arid regions, protected agriculture (such as greenhouses), and the cultivation of high-value crops like fruit trees and vegetables. Although the initial investment in a drip irrigation system is relatively high, its operational costs are lower, and it enables precise irrigation control.

For Greenhouses

The primary challenge faced by greenhouse managers in ensuring product quality and production efficiency is the balancing act between optimizing growing conditions and minimizing resource usage. This includes maintaining ideal temperature, humidity, and light levels to produce high-quality crops while reducing water, energy, and labour costs.
Precise control of irrigation and fertilization systems, optimizing water and nutrient usage and reducing waste
Monitoring of environmental conditions to help ensure optimal conditions for plant growth and product ripening
Early detection of pest and disease outbreaks, allowing for targeted treatment and preventing crop loss

For Open Field

The primary challenge faced by open field farmers in ensuring product quality and production efficiency is managing the unpredictability of weather conditions and environmental factors. Farmers must contend with varying rainfall, temperature fluctuations, and extreme weather events, which can significantly impact crop yield and quality. They must also implement sustainable practices to manage soil health, water usage, and pest control while minimizing costs.

Environmental parameters monitoring: IoT sensors can continuously monitor environmental factors such as rainfall, solar radiation, and wind direction. This data can help farmers make informed decisions regarding planting, irrigation, and crop protection measures.
Irrigation optimization: IoT sensors can monitor soil moisture levels and weather conditions in real-time, enabling farmers to optimize irrigation schedules and use water efficiently. This not only conserves water resources but also ensures that crops receive the right amount of water for optimal growth.
Crop prediction: By collecting data on environmental conditions, such as temperature, humidity, and rainfall, IoT technology can assist farmers in predicting crop development stages and yield potential. These predictions allow for better planning and decision-making regarding harvesting, marketing, and resource allocation.

Precision Agriculture​ The challenge

The global food system is expected to feed a population that is likely to grow from 7.5 billion people today to almost 10 billion by 2050.
This translates into different challenges, such as the proper use of irrigation water and the control of gas emissions from livestock.

Our services

Selection of Irrigation Methods

FertiKitT™ 5G

Fully configurable and highly cost-effective fertilizer/acid dosing unit,including the new intuitive and simple-to-use GrowSphereT™ Max controller

  • Available in 8 models to suit any hydraulics conditions, any size, and any range of irrigation systems. Configure your own system according to your needs.
  • GrowSphere™ Max controller is designed to speak the grower’s language: manages an array of local and remote devices (valves, sensors, external data sources)

FertiKitT™ 5G

Fully configurable and highly cost-effective fertilizer/acid dosing unit,including the new intuitive and simple-to-use GrowSphereT™ Max controller

  • Available in 8 models to suit any hydraulics conditions, any size, and any range of irrigation systems. Configure your own system according to your needs.
  • GrowSphere™ Max controller is designed to speak the grower’s language: manages an array of local and remote devices (valves, sensors, external data sources)

FertiKitT™ 5G

Fully configurable and highly cost-effective fertilizer/acid dosing unit,including the new intuitive and simple-to-use GrowSphereT™ Max controller

  • Available in 8 models to suit any hydraulics conditions, any size, and any range of irrigation systems. Configure your own system according to your needs.
  • GrowSphere™ Max controller is designed to speak the grower’s language: manages an array of local and remote devices (valves, sensors, external data sources)

FertiKitT™ 5G

Fully configurable and highly cost-effective fertilizer/acid dosing unit,including the new intuitive and simple-to-use GrowSphereT™ Max controller

  • Available in 8 models to suit any hydraulics conditions, any size, and any range of irrigation systems. Configure your own system according to your needs.
  • GrowSphere™ Max controller is designed to speak the grower’s language: manages an array of local and remote devices (valves, sensors, external data sources)

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Saudi project
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