Media Update, page-3563

Again on Fluence Facebook just last night, order for a Tipton Series product for a " confidential global insulation manufacturer"

Fluence has recently received a purchase order to supply a Tipton extended aeration + filtration process for treatment for a confidential global insulation manufacturer. Learn more about the Tipton technology on our site. https://www.fluencecorp.com/packaged-extended-aeration-wastewater-treatment-plants/ #sustainability.

Below is content from link above. Those in the know have probably heard about the Tipton Series, but not me and is this something Fluence has always had or just a name change?


Tipton Series
Packaged Extended Aeration Wastewater Treatment Plants

Fluence's Tipton Series prefabricated, packaged wastewater treatment plants provide reliable, complete solutions for on-site treatment for municipal and private clients
With thousands of installations across the globe, Fluence has the expertise to build treatment plants to address a wide range of wastewater challenges. Tipton Series extended aeration packaged plants are designed for applications that require reliable, robust and cost-effective primary, secondary, and tertiary treatment solutions, all in a compact, portable, self-contained, and odor-free package, which can be shipped quickly to any customer, anywhere. Plants can be custom-configured for each project.

Tipton Series packaged plants are flexible and simple to operate in the field and are designed to minimize installation and startup costs. Smaller systems come completely assembled, plumbed, and wired for immediate, low-cost installation and startup.

Tipton Series plants are typically used in hotels, resorts, and parks, as well as school campuses, small communities, remote mining and construction sites, and military bases – wherever there's a need for wastewater treatment on a smaller scale.

Prefabricated packaged plants are available with flow rates from 200 to 350,000 GPD (0.76-1,330 m3/d).
Field-erected packaged have a flow rate ranging from 50,000 to 2 million GPD (189-7,570 m3/d).