Venturi Aerator

How food production companies are benefiting from our EchoStorm venturi aerator?

Due to the success of Venturi-Aeration aerators in North America and Europe, more and more farmers and food manufacturers in Australia are using Venturi-Aeration aerators to increase the value of their crops.

How food production companies are benefiting from our EchoStorm venturi aerator? Read More »

The Evolution Of Gorman Rupp’s Industrial Wastewater Pumps

Interested in the history and evolution of Gorman Rupp’s industrial wastewater pumps?
These rugged dependable and quality wastewater pumps have been produced since 1933 and are available to Australian Industry from Hydro Innovations. Read more about it here

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Industrial wastewater pump with blue motor and piping, positioned near a lagoon, illustrating Hydro Innovations' pumping solutions for aeration and efficiency in wastewater management.

Souping Up Savings With A Venturi-Aeration Wastewater Solution

A soup production facility was looking to replace its unreliable surface aerators to save maintenance costs and improve efficiency at its facility. The facility environmental engineer installed the Hydro Innovations Venturi-Aeration solution, which has resulted in improved efficiency and cost savings.

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Venturi Aerator system for wastewater treatment, featuring a soup can design, promoting efficiency in food production, Hydro Innovations branding.

Soup manufacturer improves efficiency with Venturi Aeration

A soup production facility was looking to replace their unreliable surface aerators to save maintenance costs and improve efficiency at their facility. The facility environmental engineer contacted Hydro Innovations for a solution. Hydro Innovations suggested Venturi-Aeration. The soup manufacturer greatly improved its efficiency with Venturi-Aeration.

Soup manufacturer improves efficiency with Venturi Aeration Read More »

How To Reduce High Ammonia In Wastewater Treatment

Higher than anticipated ammonia levels at this WWTP,  due to higher than anticipated organic loadings on the system was a problem that needed to be resolved.

Ammonia from the DC influent to the primary septic tank ranged between 55 mg/L and 85 mg/L depending on the time of year. It was discovered that the water going into the trickling filter was also void of DO, low in pH, and had ammonia two to three times higher than the design loadings of 25-30 mg/L.

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