This site has been created by WasteWaterEducation.org a 501(c)3 not for profit. This is a resource site for anyone interested in learning more about how to use and maximize use of conventional, advanced and community integrated wastewater systems
It seems we have been talking about a ‘water crisis’ as long as most of us have been in the water business!? THIS is the year to address how decentralized options are the solution.
During Earth Month 2022, WasteWater Education 501(c)3 will be showcasing those solutions.
A review of pilot systems designed to integrate settling techniques, and horizontal subsurface flow in constructed wetlands for the treatment of wastewater.
Alexandros I. Stefanakis, M.Sc., Ph.D. Assistant Professor, Laboratory of Environmental Engineering & Management, School of Chemical and Environmental Engineering, Technical University of Crete,
https://www.osha.gov/safeandsoundweek Safe + Sound Week is a nationwide event held each August that recognizes the successes of workplace health and safety programs and offers information and ideas on how to keep America’s workers safe.
In 2021, for the duration of this week, WasteWater Education 501(c)3 made our online/on demand CEU series free for general viewing with our thanks to Travis Vance and Patrick W. Dennison of Fisher Phillips LLP.
Mechanistic understanding of multiple beneficial aspects of iron-salts & iron-rich waterworks sludge uses in integrated urban wastewater system – Lessons learned from lab-scale, pilot, & field studies Dr. Sohan Shrestha completed his PhD in 2020 from Advanced Water Management Centre (AWMC), School of Chemical Engineering, The University of Queensland (UQ), Brisbane, Australia. Currently, he works as researcher & water treatment operator for Arris Water Pty Ltd.
Hosted by Board Member Ben Kele
JOIN US via Zoom: Monday June 28th – 4-5.30PM PT (7-8.30PM EST) 9-10.30 AM TUESDAY June 29th. AEST
There has been growing interest in integrated iron(Fe)-salts or waterworks Fe-rich sludge uses for system-wide operation, aiming to reduce the overall chemical footprint of urban water utilities.
The multiple beneficial uses of iron (either in the form of iron-salt or iron-rich sludge) in sewer system and downstream wastewater treatment plant in an integrated manner have found to achieve sulfide removal in sewers (decreasing sewer odour and corrosion), phosphorus (P) removal during wastewater treatment, hydrogen sulfide (H2S) removal during digester biogas generation, including improving the sludge settleability and dewaterability during wastewater treatment processes.
When adopting such integrated strategy of in-sewer iron-dosing, iron is reused four times during transit through the treatment chain of urban wastewater system thereby substantially reducing chemical usages.
The project outcomes identified clear opportunities for water and wastewater utilities to collaborate, and share the benefits, providing water/wastewater services in a cost-effective manner albeit with improved environmental sustainability.
The current presentation will primarily shed light on the underlying mechanism behind some key beneficial aspects when implementing iron-dosing in integrated sewer-wastewater treatment plant.
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