Aquarius Technologies, LLC products

We understand the value of experience in the design of fine bubble diffused aeration systems. Although diffuser selection is critical, equally important is the design of the air delivery system. Combining Aquarius` proprietary air distribution system manufacturing process with energy efficient disc diffusers differentiates us from every other diffused aeration system in the industry today.

Constructed of an advanced EPDM membrane blend with less than 10% extractable oils results in longer life and energy efficiency. The proprietary perforation pattern is designed for increased oxygen transfer efficiencies and energy savings. Improved air distribution allows for few diffusers without sacrificing performance. The integral check valve prevents back flow during intermittent operation. EPDM standard disc diffusers are ideal for activated sludge aeration, swing zones in biological nutrient removal applications, and mixing applications.

Constructed of the same advanced EPDM membrane blend as the Standard Membrane Disc Diffuser, the Low Pressure Disc Diffuser provides a unique perforation pattern with lower headloss as the membrane gradually expands when air flow increases. EPDM Low Pressure Membrane Disc Diffusers are capable of operating over a wide range of air flows while maintaining consistent oxygen transfer efficiency. The same effective integral check valve utilized on the Standard Membrane Disc Diffuser prevents back-flow and is a great choice for intermittent operation. The EPDM Low Pressure Disc Diffuser is suitable for heavy solids, aerated mixing, and industrial applications requiring high air flow rates and can be utilized in EPDM Standard Membrane Disc Diffuser applications to meet lower headloss requirements.

The Aquarius Ceramic Disc Diffuser is constructed of high temperature composite alumina oxide ceramic that is thermally bonded at high temperatures.The ceramic disc is highly resistant to harsh chemicals often found in industrial wastewater.The density of the ceramic disc across the diffuser varies with the contour profile and peripheral channel, ensuring uniform air bubble distribution over the entire diffuser compared to flat ceramic diffusers. The positive seal created by the compression of the O-ring seat prevents short circuiting near the retainer ring and minimizes diffuser fouling. To maintain peak efficiency clean in place monitoring and cleaning systems are available. The Ceramic Disc Diffuser is suitable for activated sludge aeration and dependable performance in aggressive industrial wastewater and is recommended for continuous operation over a range of air flows.

The Aquarius retrievable aeration grid is a solution for installations where the basin / tank cannot be taken out of service. Retrievable aeration grids include: The Same Reliable Aeration Delivery System and Grid Design Utilized in our Fine and Coarse Bubble Diffused Aeration Systems, EPDM Fine Bubble or Ceramic Diffuser as Required, Lifting Frame and Ballast Designed for Each Application, Rigid Four Point Lifting Mechanism and Hook to Engage Crane. A minimum of two grids per basin are recommended for continuous operation when one grid is out of service. Don`t hesitate to consider this solution from Aquarius based on our proven performance, and design integrity.

Biological treatment systems are available in a variety of process design configurations. From suspended growth to attached growth, the Nebula MultiStage Fixed Biofilm System is designed to utilize microbiology in a smarter way. Flexible and efficient design configurations, simplistic operation and operational savings result in a low cost of ownership solution.

A customer`s decision to monitor or incorporate a cleaning system into a fine bubble aeration system is a worthwhile investment for maintaining peak performance and extending the life of the system.The following benefits result when one or both are incorporated: Savings on Maintenance Costs, Reduced Operating Cost by Maintaining Diffuser Performance, Prevention of Premature Fouling and Failure of Diffuser Discs