Aquaculture
Maintaining an optimal level of dissolved oxygen in an aquaculture setup can cost millions in power and gas supply. By incorporating a G-CAV nanobubble gas infusion device into your aquaculture system, you can improve the performance and efficiency of your aeration or gas infusion system while reducing electricity and oxygen consumption. Ensure your desired saturation in a single pass, while also stabilising water characteristics, gas distribution and retention time.
Benefits
- Efficiently infuse into water at nano scale
- Increased gas absorption rate by organisms
- Decreased organism stress
- Exceptional gas retention in liquid
- Improved water quality
- Retrofittable, scalable design allows for use in boats, farms, and transport
- Reduced surface biofilm
- Improved oxygen retention time
- Reduced impact of environmental risk factors (e.g. heatwaves, water pollution)
Ponds and tanks afford the opportunity to directly control the level of dissolved oxygen in the water. Where traditional aeration or oxygenation methods are often incredibly inefficient, direct infusion via oxygen nanobubbles allows for higher absorption rates by fish as well as an even spread of oxygen throughout the pond or tank. By incorporating a G-CAV into your pond or tank setup, it is possible to efficiently reach desired dissolved oxygen levels in a single pass, allowing for greater control over dissolved oxygen levels during both day and night.
Cage & Net fish farming is often faced with environmental challenges, such as reduced oxygen levels during warm weather and abundance of algae. By incorporating a G-CAV into your cage & net system, you can reduce the risk of environmental factors on fish health while increasing water quality. The G-CAV’s hydrodynamic cavitation technology enables it the ability to increase the quality of the environment both inside and outside of a cage or net.
A challenging aspect of aquaculture is the distribution and transport of live specimens such as crayfish, lobster, fish, fingerlings, and spat. The mortality rate of these creatures is greatly affected by oxygen consumption during travel or storage. Completely scalable, the G-CAV offers an opportunity for infusing oxygen into tanks during processing and travel. Utilizing nanobubbles, dissolved oxygen is able to stay at a healthy range for longer, making it ideal for long periods of travel.
Improved
Oxygenation
By installing a G-CAV into your oxygenation system, it is possible to boost dissolved oxygen levels to the required saturation with less passes or time spent infusing. Utilizing nanobubble technology, the G-CAV allows for oxygen or other beneficial gases to spread evenly throughout the body of water.
Improved Water Quality
Via oxygen nanobubble infusion treatment, it is possible to increase water quality within a cage/net system, improving overall dissolved oxygen levels and reducing disease and pathogen potential. With healthier water, fish stress and environmental risk factors are reduced.
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Features
Scalable
There is a G-CAV model for almost any operation size. No matter your needs, the G-CAV can be retrofitted into existing infrastructure.
Effective
The revolutionary multi-chamber design of the G-CAV allows it to create nano-sized bubbles in a single pass.
Flow-Through
Maintenance is minimal with a flow-through design that virtually eliminates blockage potential. No moving parts ensures both simplicity and reliability.
Efficient
Zero power requirements allow you to improve your operations without increasing power consumption and associated costs.