V-Plus Agritech designs, builds, and operates vertical aquaponics farms for urban environments, offering turnkey solutions that combine hydroponic towers with fish cultivation. Their data‑driven, science‑backed approach optimizes water use—saving up to 2,910 L per 10 kg of vegetables—and reduces carbon emissions, delivering sustainable, scalable food production for schools, preschools, and corporate clients in Singapore.
Funding
Funding not disclosed
Founders
Product
Problem
Urban areas face limited land availability, high water consumption, and significant carbon emissions associated with traditional soil-based agriculture, making sustainable food production challenging for schools, businesses, and city developers.
Solution
V‑Plus Agritech delivers fully integrated, turnkey vertical aquaponics systems that combine fish cultivation with hydroponic vegetable growth in modular tower units. Each module provides up to 20 sqm of productive green space while using a closed-loop water system that recirculates nutrients, dramatically reducing water use. The design is data‑driven, with sensors that monitor water quality, temperature, and plant health, enabling precise, science‑backed cultivation. By replacing soil farming, the system cuts approximately 433 kg of CO₂e and saves 2,910 L of water for every 10 kg of vegetables produced. V‑Plus also offers design, installation, and ongoing support, allowing clients to quickly adopt sustainable farming practices without specialized expertise.
Target Audience
Primary customers are urban schools, corporate campuses, and property developers seeking compact, sustainable food production solutions for on‑site cultivation and educational initiatives.
Features
- Modular tower units that create up to 20 sqm of green space per module, scalable for various site sizes
- Integrated aquaponics loop combining fish tanks and hydroponic grow beds for simultaneous protein and vegetable production
- Real-time sensor network tracking water quality, temperature, pH, and nutrient levels with cloud‑based analytics
- Automated water recirculation and filtration system that reduces water consumption by over 90 % compared to conventional farming
- Pre‑engineered, turnkey installation package including design, construction, and training for end users
- Compatibility with educational curricula and community engagement programs to promote sustainability awareness