Webinar: How a Dryer Filter Cake Leads to Reduced Operating & Maintenance Costs

This content is sponsored by Evoqua Water Technologies LLC. Sponsored content is authorized by the client and does not necessarily reflect the views of COLE Publishing. View our privacy policy.

The sludge from municipal wastewater treatment has a high impact on disposal costs. Dewatering your slurry is a critical process in achieving a dryer sludge. Ultimately, the dryer the cake, the more efficient your dewatering process is, enabling you to reuse more water while reducing your plants maintenance and operating costs.

Balancing consumer pressures for a smaller environmental footprint and sustainable operations, as well as managing rising utility costs and evolving regulatory requirements, are ongoing concerns for plant managers. Learn how your filter cake holds the key to permanently reducing your WWTPs total operating costs.

Learning Objectives:

* A review of dewatering solutions and common challenges

* How to go about calculating your total cost of dewatering and disposal with various technologies

* How a dryer filter cake yields reduced total operating costs, while improving operating efficiency

* Selecting and sizing a solution that best meets your needs

* How temporary solutions can address spikes in sludge disposal needs 

For a complimentary sludge analysis request click here.


Ed Norfleet, Dewatering Sales Manager

With over 25 years of experience working with customers across various markets, Ed has helped WWTPs meet their goals in reducing OPEX, by improving their dewatering process. Ed offers his expertise in managing filter press, belt press, centrifuge and rotary press systems.

Will Greene, Dewatering Sales Rep

After recently graduating from Saint Vincent College, Will is actively engaged in Evoqua's Leadership Development program, growing his skills as a Sales Representative. Will has been spending much of his time engaged in Evoqua's dewatering solutions, in an effort to promote Evoqua's mission to transform water, and enrich life.


Comments on this site are submitted by users and are not endorsed by nor do they reflect the views or opinions of COLE Publishing, Inc. Comments are moderated before being posted.