Sustainable Agricultural Technology

Team Gemini Sustainable Agriculture and Food Production

From fish and lettuce, to tomatoes, herbs and plants, innovative sustainable agriculture technologies provide an unprecedented foundation for sustainable, pollutant-free, energy-efficient agricultural production.

Sustainable Agricultural Technology focuses principally on advanced Solar-PV Greenhouses that integrate a combination of Hydroponic (the cultivation of plants in a nutrient liquid with or without gravel or another supporting medium), Aquaculture (the farming of ocean and freshwater plants and animals for human consumption), and Aquaponic (a sustainable food production system that combines conventional aquaculture with hydroponics in a symbiotic environment) setups.

Potential products/resources of these technologies are copious and include a variety of plants, fruits, vegetables, flowers, and fish. These products may be used as revenue sources, or even self-use (i.e., food supply) in some cases. Waste byproducts from these may also be appropriated for further processing in the Bio Refinery, and help create energy, fertilizer, compost, or other resources.

To learn more about our Sustainable Agriculture and Food Production initiatives, please use the Contact Page to request information or call us directly at 407.459.8510.

Other Team Gemini Sustainable Agriculture Components

Consistent Compost
Production of granulated or pelletized compost with consistent nutrition.
Revitalizing Agriculture Land

Revitalizing agriculture land damaged and dried out through erosion caused by monoculture fuel-crop farming.

Bringing back the proven and sustainable 3-4 fruit cultivation.

No tilling and revitalizing flora and fauna on agriculture land for better crop-growing conditions.

Organic Pesticides
Production of organic pesticides supplied to non-GMO crop farmers.
Turning Waste into Resources

Eliminating high-volume, animal-manure spray field activities, existing sludge/manure lagoons.

Creating a closed-loop animal factory farming model with centralized manure collection, processing, and producing high-value compost to be used for the crop farming industry.