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Cloacina Xprt Equipment & Supplies
5 equipment items found
Manufactured by:Cloacina LLC based inArroyo Grande, CALIFORNIA (USA)
Designed specifically to meet strict municipal project specifications, the MEMPAC™-M is Cloacina’s unrivaled membrane bioreactor with the longest life cycle of any of Cloacina’s package wastewater treatment plants. The MEMPAC-M is designed for municipal clients with stringent discharge requirements or the desire to reclaim treated effluent for reuse or ground ...
Manufactured by:Cloacina LLC based inArroyo Grande, CALIFORNIA (USA)
The Cloacina Slide Rail™ System provides mounting and support of equipment requiring precise installation and repeated removal for calibration and maintenance. This system is designed to be used with any popular threaded sensory equipment (Custom clamp applications are available for non-threaded as well). The Cloacina Slide Rail System allows multiple pieces of equipment to be installed in ...
Manufactured by:Cloacina LLC based inArroyo Grande, CALIFORNIA (USA)
Cloacina’s Stage I™ is a complete package wastewater treatment plant designed for small facilities and those with a limited footprint or future plans for expansion. Recognizing that a pump station is necessary for most wastewater treatment systems, Cloacina developed a compact unit that provides high-quality treatment in the footprint of the average pump station. Most Stage I models ...
Manufactured by:Cloacina LLC based inArroyo Grande, CALIFORNIA (USA)
Cloacina’s DRYPAC Aerated Sludge Handling System processes Waste Activated Sludge (WAS) from a variety of treatment plants: sequencing batch reactors, extended aeration, solids contact and membrane bioreactors. Cloacina’s DRYPAC™ system allows clients to request the standard volute dewatering press or choose from industry standard sludge processing equipment such as centrifuges, ...
Manufactured by:Cloacina LLC based inArroyo Grande, CALIFORNIA (USA)
The PRIMEPAC™ package wastewater treatment plant utilizes the attached growth treatment process to reduce Biochemical Oxygen Demand (BOD) an average of 70%. This system is designed to treat process wastewater in an energy-efficient manner by utilizing fixed film growth and growing naturally occurring anaerobic and aerobic bacteria on the same ...