Aeration Solutions for Diverse Industries
Precision Aeration Solutions supplies high-performance surface aerators for a wide range of industries that depend on efficient, reliable wastewater treatment. Our turbine aeration systems are used in municipal, industrial, agricultural, and specialty applications where improved oxygen transfer and reduced operating costs are essential.
Our hazardous-duty aerators are also designed to support demanding frac water environments where dependable performance is critical.
Precision Aeration Solutions' air turbine surface aerator has demonstrated the ability to transfer 4.7 pounds of dissolved oxygen per horsepower-hour during field testing, delivering the equivalent of approximately 450 pounds of dissolved oxygen per unit each day.
Our surface aerators are commonly used by:
Municipal wastewater treatment facilities
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Wineries and breweries
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Aquaculture operations
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Dairy farms
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Horticulture nurseries
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Hog and cattle feedlots
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Mining operations
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Chemical manufacturers
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Food processing facilities
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Industrial wastewater treatment plants
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Oil and gas operations
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And many other wastewater applications
Industries & Clients We Serve
Over the years, Precision Aeration Solutions has completed aeration installations across numerous industries and operating environments. Our growing portfolio of projects demonstrates how turbine aeration technology adapts to a wide variety of wastewater treatment challenges while delivering dependable performance.
Many of our customers continue to return for additional equipment and system expansions, reflecting the long-term reliability and effectiveness of our aeration solutions.
Industries We Support
Municipal Wastewater
Wineries & Breweries
Farm Wastewater
Industrial Wastewater
Aquaculture
Oil & Gas
Other Specialized Applications
Oil & Gas Industry
Precision Aeration Solutions provides hazardous-duty surface aerators for oil and gas applications, including frac pits and frac tanks.
Aeration is commonly used to help reduce Biological Oxygen Demand (BOD) and Chemical Oxygen Demand (COD) while increasing dissolved oxygen throughout the water. As oxygen reacts with dissolved metals and other contaminants, oxidation occurs, allowing many compounds to settle to the bottom of the pit for easier management.
Benefits of Aeration in Oil & Gas Applications
Increasing dissolved oxygen encourages the growth of aerobic microorganisms that naturally break down hydrocarbons. As these microbes consume the contaminants, they convert them into carbon dioxide, which is safely released into the atmosphere.