AERATION & BLOWERS RESOURCES
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Cabo San Lucus Mexico is known for its deep-water fishing, beautiful beaches, luxurious hotels, and as an overall vacation destination for travelers from around the world.
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Dissolved oxygen sensor monitoring is critical to making wastewater plants run smoothly and within regulations. Here are some fascinating things people can learn by looking at data from these devices.
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After twelve years of operation, a modernization of a WWTP was needed for the removal of nitrogen and phosphorous pollutants, as well as an enlargement by another 100’000 PE (population equivalent).
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Learn why a WWTP recently decided to progressively replace the old surface aerators in the biological basins by optimally-adapted equipment.
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With the increase of a WWTP's capacity, the oxygenation of its basins had become insufficient. Learn about the upgrade of its aeration performance of the existing installation with minimal capital expenditure.
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The overall wastewater treatment process is complex, and each step is integral to ensuring water is properly purified. Effluent ends up in the plants, containing substances that must be removed before the water can be properly cleaned and returned for use. The range of potential contaminants is almost endless, and can include food, pulp, waste, or other substances. Afterwards, the water requires further scrubbing, with the aid of bacteria. It is in this part of the process that compressed air (ideally provided by energy-efficient rotary lobe blowers) plays a vital role.
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Learn how a wastewater treatment plant replaced their existing aeration system, realizing better treatment and 50% savings in operating costs.
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Explore how a wastewater treatment plant realized significant energy savings and increased performance with adaptive mixer technology.
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The City of Shelby, Ohio recently upgraded its activated-sludge wastewater treatment plant to double its capacity to 5 MGD, while expanding its capability to treat and disinfect combined high-volume stormwater and wastewater flows generated by wet-weather conditions.
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In this case study, discover how a WWTP used a Mazzei aeration system to continue meeting its permit requirements without adding to the daily responsibilities of plant personnel.