Agriculture
Hydrodynamic cavitation enables nanobubble gas infusion at scale and is able to increase efficiency and improve health in the agriculture sector. Whether it’s efficiently delivering the right gases to your irrigation system or keeping drinking water pristine and oxygen rich, the G-CAV is able to help you accomplish your goal of healthier, higher quality produce.
Benefits
- Nanobubble gas infusion into irrigation and watering systemsÂ
- Creates optimal gas absorption rates
- Water can be infused in one pass, massively reducing electricity and gas production costs
- Improved water quality
- Improved soil health by delivering beneficial gases through nanobubble infused water
- Effectively deliver beneficial gases to livestock via drinking water or slop
- Improved production potential of livestock by increasing gas absorption rate
- Efficiently homogenize milk during processing
- Directly associated with methane reduction technologies
Oxygen gas infusion into agricultural crop watering systems is linked to a substantial increase in crop health and disease resistance. In order to maximize both gas efficiency and absorption rate by crops, it is vital to ensure that waste is minimized, and gas remains in the water until it can be harnessed. With our groundbreaking nanobubble gas infusion technology, it is possible to almost entirely minimize waste, reduce infusion time, and increase gas absorption rate through the use of bubbles that reach as low as 10 nano in size. If you would like further information specifically on cropping, please contact us as there is much we can share.
Hydrodynamic cavitation technology presents an opportunity to increase efficiency and product quality throughout the livestock agriculture industry. Nanobubble gas delivery into drinking water and slop allows for improved delivery of beneficial gases such as hydrogen and oxygen, which are scientifically proven to increase animal health, the quality of their produce, and reduce methane emissions. At the processing stage, our G-CAV series offers state-of-the-art homogenization capabilities with a multi-chamber, flow-through design that requires minimal to no maintenance.
Huge potential exists for the improvement of both milk production and quality throughout the dairy industry, significantly benefiting health, disease resistance and mastitis management. While homogenisers utilising hydrodynamic cavitation are already present within the dairy processing industry, the current industry standard involves complex machines that often feature moving parts, increasing risk of malfunction and requiring specialised cleaning. With the G-CAV, Global Cavitation offers a solution that is flow-through with no moving parts, ensuring that maintenance is both simple and minimal. The G-CAV possesses a multi-chamber design which is unmatched when it comes to efficiency and effectiveness, making it a great option for the dairy processing industry.
Increase Yield
Improve your crop health, quality, and yield with beneficial gas infusion technology such as with the use of both oxygen and hydrogen. Utilising a nanobubble type delivery system into your existing irrigation or watering system, studies have shown it is possible to increase yields by up to 9% without the use of fertiliser, and up to 39% with fertiliser. (Source)
Improve Health
By supplementing oxygen and other beneficial gases to livestock through your drip feed or drinking water system, the health of your animals can be improved, increasing size and disease resistance, improving productivity, and reducing methane emissions and mortality rate. Nanobubble infusion ensures maximum absorption rate, increasing both efficiency and potential benefits.
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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 finely homogenize liquids and 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.