Clorofilab offers a fogponics system that replaces traditional soilless farming with ultrasonic nutrient‑rich micro‑fog, eliminating pumps, substrates, and recirculating water loops. The one‑way flow lets roots directly absorb fresh fog droplets, simplifying cultivation and reducing equipment failures while maintaining plant health.
Funding
Funding not disclosed
Founders
Product
Problem
Conventional soilless farming systems rely on recirculating water loops, high‑pressure pumps, substrates, and continuous sensor monitoring, which create mechanical failures, disease buildup, and high operational complexity.
Solution
Clorofilab replaces the two‑way flow architecture with an ultrasonic fogponics system that generates a continuous stream of nutrient‑rich micro‑fog. Roots directly absorb fresh droplets in a one‑way flow, eliminating the need for pumps, substrates, and pH/EC sensors. The design reduces water usage by up to 95%, cuts system weight by 50×, and removes gravity constraints, enabling lighter, more portable installations. By removing the recirculation loop, the platform minimizes cross‑contamination risk and lowers capital and maintenance costs, while maintaining plant health and growth rates comparable to traditional hydroponics.
Target Audience
Primary customers are commercial growers, vertical farming operators, and research facilities seeking low‑maintenance, water‑efficient cultivation solutions.
Features
- Ultrasonic fog generator produces a steady mist of nutrient‑enriched micro‑droplets for root uptake
- One‑way flow eliminates recirculation, removing pumps, filters, and drainage systems
- No pH or electrical conductivity sensors required; nutrient balance is delivered via fog composition
- Up to 95% reduction in water consumption compared with conventional hydroponics
- System weight up to 50 times lighter, allowing flexible installation angles and mobile setups
- Zero cross‑contamination risk due to lack of shared water reservoirs