This company develops zero-gravity circulation and pumping systems that move water vertically without energy input, ideal for applications requiring hydrostatic pressure compensation. Their technology facilitates efficient water transport for cooling, degassing, and fluid circulation in sectors like commercial water supply and vertical farming.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional water circulation systems, especially those requiring vertical movement, consume significant amounts of energy due to the effects of hydrostatic pressure. This high energy consumption results in substantial operational costs, particularly in applications like commercial water supplies, vertical farming, and aquaculture. Existing solutions often rely on energy-intensive pumps and closed-loop systems, limiting efficiency and scalability.
Solution
Zero Gravity Circulation System (0GCS) offers a patented, zero-displacement pump technology that dramatically reduces energy consumption in water circulation. The pump operates independently of hydrostatic pressure, using a switching siphon mechanism where descending water drives an equal volume of fresh water upward. This counterweight principle, combined with alternating inputs and outputs, enables continuous fluid exchange with minimal energy input, primarily influenced by friction within the piping. The technology is designed for applications requiring vertical water transport, such as aquaculture, data center cooling, vertical hydroponics, and commercial water supplies, offering a cost-effective and sustainable alternative to conventional pumping systems.
Target Audience
The primary target audience includes businesses and organizations in sectors such as aquaculture, data centers, vertical farming, commercial water supply, and platform cooling, seeking to reduce energy consumption and operational costs associated with water circulation.
Features
- Switching siphon mechanism utilizing the counterweight principle for energy-efficient water circulation
- Dual-piping system that harnesses the energy of descending water to drive upward flow
- Zero-displacement pump design that replaces water rather than lifting it
- Compatibility with various applications, including aquaculture, data center cooling, and vertical farming
- Potential for up to 90% reduction in energy consumption compared to traditional pumping systems
- High-speed, low-energy valve operation with zero-pressure equalization
- Piston pump version featuring an aluminum-extruded housing for cost-effective production
- Remote monitoring and automation capabilities for turnkey flow-through aquaculture solutions