The startup operates a vertical gardening system that utilizes multiple layers and supplemental lighting to enable growers to produce plants without chemicals. This method reduces handling time, increases crop yield, and lowers production costs for cultivators.
Funding
$270K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional greenhouse cultivation methods often result in inefficient space utilization, high energy consumption, and reliance on chemical inputs, leading to lower yields and environmental concerns. Existing horizontal farming practices limit crop density and require extensive land use, while also struggling with climate control and resource management.
Solution
Hydrovertic provides vertical farming systems designed to optimize plant growth, minimize resource consumption, and eliminate the need for chemical pesticides. The HydroverticSystems™ leverage multi-layered structures and supplemental LED lighting to maximize crop yields within existing greenhouse infrastructure. These systems integrate seamlessly with current operations, allowing for phased implementation and scalability. By controlling light spectrum, ventilation, and irrigation, Hydrovertic enables growers to achieve shorter growth cycles, reduce handling time, and lower heating costs. The system's design also facilitates precise nutrient management and water recycling, minimizing environmental impact and promoting sustainable cultivation practices.
Target Audience
Hydrovertic's primary customers are greenhouse farmers looking to increase crop yields, reduce operational costs, and implement sustainable growing practices.
Features
- Multi-tiered aluminum structure assembled with screws and custom-designed brackets for rapid installation and durability
- Modular shelf design with integrated roller belts and teeth to minimize handling time
- Contact-free watering system utilizing both ebb and flow and nutrient film technique (NFT) based on crop needs
- Integrated ventilation and humidity control via unique air channels to ensure optimal airflow to each plant
- Optimized LED lighting solutions tailored to specific crops, maximizing photosynthetic efficiency (PAR) and minimizing energy consumption
- Compatibility with various growing media, including pots and net pots
- Customizable height and length dimensions to fit existing greenhouse structures
- Data collection for humidity, CO2, and temperature