ESG Advantages of Hydroponic Fodder
vs. Traditional Cultivation of Animal Food

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Our engineering team will assist you to design a customized solution based
on the size of your herd and daily feed requirements (lbs or kgs). Contact us
with your requirements to obtain a preliminary complimentary proposal.

Advantages of Hydroponics:

Speed: Hydroponic systems make it possible to produce high-quality fodder
in a very short time, enabling cultivation 365 days per year. 

High density: A large amount of forage can be produced in a small space,
which optimizes the use of resources.

Climate independence: Hydroponic systems can be controlled artificially,
making them independent of harsh weather conditions.



Nutrition: Hydroponic forage is rich in nutrients, which improves animal
health and performance.

Sustainability: Reduces the use of pesticides and fertilizers and
decreases pressure on water resources.

Complementarity: Hydroponic forage should be seen as a complement
to other food sources, not as a one-size-fits-all solution. 

Local adaptation: Plants must adapt to local conditions, such as
temperature, humidity, and energy availability.

 Training: It is essential to train local growers in the management of
hydroponic systems to ensure their long-term sustainability.

Speed and scalability:

Accelerated production: The cultivation cycle in hydroponic systems
is significantly shorter than in traditional farming, which allows you to
obtain high-quality forage in a minimum time.

Adaptability: These plants can be easily adapted to meet the needs of
different animal species and production volumes, making them scalable
to serve large populations.

Climate independence Environmental control:

Hydroponic systems allow factors such as temperature, humidity, and
light to be controlled, ensuring consistent and high-quality production
regardless of outdoor weather conditions.

Resilience: These plants are less vulnerable to extreme weather events
such as droughts or floods, making them a reliable solution in emergency situations.

High production density:

Space optimization: Hydroponic systems allow large amounts of forage
to be grown in tight spaces, which is especially beneficial in areas with
limited land.

Efficiency: This high production density translates into greater efficiency
in the use of resources such as water and nutrients.

Operational and logistical ease:

Automation: Many hydroponic systems can be highly automated, reducing
the need for specialized labor and streamlining operations.

Modularity: Hydroponic plants can be designed in modules, making them
easy to transport, install, and expand to different locations.

Efficient logistics: Hydroponic forage is a product that is easy to handle and transport, which speeds up its distribution to emergency areas.

Sustainability:

Efficient use of water: Hydroponic systems recirculate water, minimizing consumption and reducing pollution.

Nutritional quality of forage:

High nutritional value: Hydroponic forage is characterized by a high content
of nutrients essential for animal health, which favors better growth and development of the animals.

Customization: The composition of the nutrient solution can be adjusted
to meet the specific needs of each animal species.

Irrigation System and Nutrient Control:

Hydroponic system integration: Automated irrigation systems will be installed that will distribute nutrient solutions to the grow trays using drip or flood systems and drainage.

Climate control: Sensors will be connected to monitor temperature, humidity, and CO2 levels, automatically adjusting ventilation and irrigation systems to optimize forage growth.