The animation video shows how the Mazzei® System works and includes typical installation notes for installing a injection system to water and feed plants. https://www.youtube.com/watch?v=Vg_HX-BU85U&t=4s Mazzei injectors require a sufficient pressure differential between the inlet port and the outlet port to create a vacuum to initiate suction at the suction port. Water entering the …
The animation on the video shows how Mazzei AirJection Irrigation enhances water use efficiency and improves crop yield per unit of water used. It also fosters an environment with healthy soil that benefits plants. https://www.youtube.com/watch?v=a8SZ7iewTas During a subsurface irrigation cycle, the venturi injector draws ambient air in. The air-water mixture is then delivered to the plants …
“A combination of both dissolved and micro air entrained water provides a substantially higher water to air:gas contact than can be achieved through conventional systems that rely on ineffective surface threshing methods or inefficient compressed air diffusion practices. The secret is in the formation of micro-size bubbles; delivered by infusion in ‘bite size’ particles to …
Airmix AirJection™ Aerators – The Ultimate Infuser Aerator Read More »
Typical piggery effluent dam with solids screen and aeration, close-up below. The bottom of the dam is filled with sludge. One self priming slurry pump and 50 mm injector was fitted. 1 Minute after start-up. Notice the dissolved air floating to the surface at 2 different spots. Thick crust formation approximately 1 hour after start-up. …
Examples of grey water systems installed with solids screen. To store the water and irrigate on demand, the grey water is aerated to create aerobic conditions.
Dissolved air floatation plants with ozonation. Venturis with solenoid valves Plant at canola oil factory – Removal of oil from the waste water for use in dog food production.
Printed in: Farmer’s Weekly, 15 June 2001 With an increase in intensive farming, getting rid of smelly effluents has become a problem, even in the wine industry. A soil and irrigation expert discusses a new way to get rid of this waste. The use of intensive-farming methods is giving way to smelly effluents that are …
The water that comes out of the wineries is very acidic, and it has to be neutralised. If it is then pumped untreated into an evaporation pond, the sediment (the skins, pips and fining material) settles on the bottom. The layers build up, creating stagnant conditions. Anaerobic microbes thrive where there is no oxygen, and …