When demand increases, regulations change, and components reach their useful life, Evoqua Water Technologies responds.
Evoqua offers complete anaerobic digestion retrofits from simple repairs and upgrades to complete replacements. Evoqua is your source for OEM Dystor®, Rex® and PFT replacement parts, engineering support and on-site installation services.
The Cyclix™ system is a controls package that can be utilized with a JetMix™ hydraulic mixing system to optimize operational time and reduce energy costs. The system consists of a control panel with a programmable logic controller (PLC) and temperature sensors that monitor temperature within the reactor to dictate when the mixing system should be operated.
DO2E Aerator / Mixers are high-efficiency all welded, heavy-duty PVC devices that are unique in several ways. DO2E’s patented products are designed to pull water from significant depths for aeration and mixing. By operating with low-pressure (<1.85 P.S.I.) high-volume airflow, these devices maximize energy efficiency. Our patented products are scalable and multi voltage.
The Aqua-Jet® surface mechanical aerator, manufactured by Aqua-Aerobic Systems, has been approved by Underwriters Laboratory (UL) to meet ANSI/NSF STANDARD 61 requirements for use in potable water applications.
Mainsail Global’s Boone diffuser membranes are designed for the petro-chemical market with hydrogenated acrylonitrile-butadiene rubber (HNBR). These custom membranes are built for durability, and can withstand long-term exposure to heat, oil and chemicals readily present in petro-chemical wastewater streams. With excellent tensile strength, abrasion and ozone resistance and higher modulus retention at elevated temperatures, Boone membranes combine the physical strength and chemical makeup of HNBR for an ideal solution in petro-chemical wastewater treatment.
The OxyStream™ Oxidation Ditch from WesTech Engineering has proven to be the ideal equipment for biological wastewater treatment applications throughout the world. It combines vertically mounted, low-speed surface aerators with an oxidation ditch design to maximize oxygen transfer efficiency while maintaining the greatest flexibility for power turndown. In addition, the OxyStream™ has greater side water depths and fewer required aerators than a conventional brush rotor or disc rotor oxidation ditch. The vertical slow-speed surface aerator eliminates maintenance-prone horizontal shafts, pillow block bearings, and drive units near the water surface. Above all, the OxyStream™ Oxidation Ditch provides energy savings and produces predictable, high-quality effluent.
The bigger and completely redesigned OX™ disc aerator doubles the amount of oxygen transferred by the original Orbal® system disc aerator. This means that the same amount of oxygen can now be delivered with fewer discs, which reduces maintenance, construction and capital costs. It also allows facilities with existing Orbal systems to increase capacity if they replace their existing discs with new OX disc aerators.
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