Cultivatix has announced the successful completion of its first Fodder Capsule System in Al Khor, Qatar. This installation features an advanced bioreactor that produces high-quality biofertilizer from atmospheric carbon dioxide, reaffirming Cultivatix's commitment to water-efficient and environmentally responsible food production in arid regions.
Designed in the United States and manufactured in Spain, Cultivatix systems represent a fusion of international innovation and precision engineering. This project combines hydroponic fodder cultivation with an algae bioreactor to ensure continuous, high-yield livestock feed production while significantly reducing environmental impact.
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High yield climate resilient fodder production
The Fodder Capsule System installed in Al Khor is built to excel in extreme climates using multi-layer insulation technology originally developed for space satellites. This ensures uninterrupted, chemical-free livestock feed production with up to 95% less water consumption compared to traditional methods.
The system is fully insulated and optimized for temperature, humidity, and light control, featuring innovative German phytosensor technology that measures vital plant signals and automatically adjusts growth protocols for maximum efficiency. In addition, an integrated AI interface delivers real-time growth recipes in Arabic, Bengali, Pashto, and other local languages—making this a localized, smart farming solution tailored for Qatar's desert environment.
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The system, with a total growing area of 483.84 m² in Fodder 14, boasts a remarkable monthly alfalfa yield of up to 400,000 kg per capsule. It is designed for sustainable water usage, utilizing 48 times less water compared to traditional methods. This innovative system supports diverse crop options, being compatible with alfalfa, barley, corn, millet, oats, rye, sorghum, soybean, and wheat. A distinctive feature of this system is its ability to cultivate multiple grains simultaneously, enhancing its versatility and efficiency in agricultural production.
A circular economy approach to the algae bioreactor
At the core of this installation is a modular bioreactor with a capacity of 18,000 liters, engineered to cultivate nutrient-rich algae for biofertilizer production. By harnessing algae's ability to capture CO₂ and enrich soil nutrients, the system enhances fodder productivity while supporting Qatar's environmental sustainability goals.
The full bioreactor is equipped with features that ensure optimal performance and environmental benefits. It allows for up to 120 harvests per year, providing a consistent supply of biofertilizer. Smart sensors are integrated to optimize growth conditions by monitoring and adjusting pH, salinity, and oxygen levels, ensuring ideal conditions for cultivation. Additionally, the bioreactor offers CO₂ sequestration benefits, contributing to the reduction of greenhouse gas emissions. Its modular and scalable design allows for easy future expansions, making it a versatile and sustainable solution for agricultural needs.
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"Cultivatix is redefining agriculture in arid regions by integrating smart, resource-efficient systems that not only produce high-quality fodder but also enrich the environment," said Carlos Taminez, CEO of Cultivatix. "This project is just the beginning. Our goal is to expand this model across the Middle East, ensuring food security while minimizing ecological footprints."
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