In this session from Virtual Water Expo, Aerzen's Tom McCurdy discusses effective sizing and control of turbo and other energy efficient blower technologies. Watch the full video to learn how to determine the proper blower technology for your application.
The city of Guayaquil, Ecuador selected cutting-edge, high-efficiency turbo blowers for a secondary wastewater treatment plant (WWTP), allowing them to both save a significant money on energy costs and also realized additional benefits not available from common blower technology.
The Riachuelo River is one of the most polluted in the world, and a major part of the pollution comes from tannery effluent. Thankfully, a new industrial center aimed to change that. This long awaited-project would use start-of-the-art technology to treat toxic waste.
The city of Brockton, MA, opted to retire its manually assisted pressure-based blower control system in favor of a high-efficiency, high-performance airflow-based aeration control system. This upgrade resulted in a far more energy-efficient process and produced a higher-quality effluent.
The City of Wichita wastewater utility was grappling with a difficult issue — new nutrient limit targets. When issuing the permits, the state asked the city to optimize its operations to achieve those levels. This left Wichita utility officials looking for a new solution.
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