Join CSWEA| Survey of Causes and Prevention/Control of Anaerobic Digester Foaming – A WERF Study |  |
| Quantifying Economic Impacts of Excessive Anaerobic Digester Foaming |
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| Testing of Commercial Defoamant to Control Anaerobic Digester Foaming |  |
| Public-Private Partnership Results in Sustainable Energy Project At MMSD | |
| Achieving Net Zero: Sustainable Wastewater Treatment and Resource Recovery | |
| Sustainable Infrastructure Design | |
| Fermentation Enhanced Nutrient Removal at Janesville WWTP | |
| Evaluating Nutrient Removal at Nine Springs Wastewater Treatment Plant – A Technology and Cost Evaluation Study | |
| Low Level Phosphorus Removal: Case Studies from the Central States Region | |
| Anaerobic Co-Digestion Increases Net Biogas Production by Increasing Microbial Activity | |
| BIOAUGMENTATION OF ANAEROBIC DIGESTERS CAN INCREASE CH4 PRODUCTION AND COD REMOVAL | |
| Optimizing Microbial Community Structure in Anaerobic Digesters to Produce More Methane | |
| Aeration System Automation: Controls Strategies to Maximize Energy Savings at Low Capital Cost | |
| Ammonia Controlled Aeration | |
| A HUMOROUS LOOK AT THE POSITIVE AND NEGATIVE SHORT AND LONG TERM EFFECTS OF A SUCCESSFUL I&I ELIMINATION PROGRAM | |
| Reducing Inflow and Infiltration through Prioritization: An Innovative Approach in Golden Valley, Minnesota | |
| Infiltration Reduction – Richmond’s 80% Solution | |
| Don’t Be as Mad as a Hatter, Prepare for Addressing Mercury in Your Plant – Background and Case History | |
| Enhancing Environmental Monitoring Using Total Organic Carbon | |
| Design Considerations in Using Deep Bed Downflow Denitrification Filters and Moving Bed Biofilm Bioreactor Reactor for Post-Denitrification in achieving Limit of Technology |  |
| Simple, Early Steps Toward Meeting Lower Phosphorus Effluent Limits | |
| Between a rock, a hard place, and a few expensive spots: Chemical phosphorus removal constrained by toxicity of iron and aluminum chemicals | |
| A TECHNIQUE MEASURING NITRIFICATION AND DENITRIFICATION RATES IN AN INTERMITTENT CYCLE EXTENDED AERATION (ICEAS) SYSTEM | |
| Securing Outside Funding Sources for Energy Efficient Projects: A Case Study of the Fox River Water Reclamation District | |
| Janesville’s Renewable Energy Initiative | |
| LM Digester Mixers and More Microturbines Enhance Sheboygan?s Ability to Produce Energy and Go Off the Grid |
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| Plant-Wide Energy Reduction Evaluations at the Thorn Creek Basin Sanitary District | |
| Coming Full Circle: Moving Wastewater Treatment Plants Towards Energy Neutrality |
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| Sanitary Sewer Siphon Rehabilitation in Janesville, WI | |
| Pumping Downhill can be a Good Solution: Unique Challenges to Pumping Downhill – A Hydraulic Transient Analysis Case Study for the City of Indianapolis | |
| The Balance – Impacts of Corrosion and Odor Control in the Collection System on a Wastewater Treatment Facility?s Biological Nutrient Removal Process | |
| Don’t Forget the Force Mains! | |
| CLEANing the Yahara Chain of Lakes: A Watershed Wide Implementation Plan for Phosphorus Reduction | |
| Nutrient Criteria: Current Status for the Central States, TMDL Development and New Tools for Nutrient Reduction Evaluation | |
| When are Watershed Options Beneficial for Low Level Nutrient Compliance? |
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| Advanced Membrane Filtration Technology for Rain Water Reclamation for a Stadium | |
| City of Waukesha West-Side and Southeast Interceptor Sewer Cost Comparison Analysis | |
| The City of Janesville Water and Wastewater Utility and the RICE MACT, a Case Study | |
| Capital Funding of Wastewater Infrastructure: Adapting to the New Realities | |
| Wet Weather Flows Certainly Have Some Different Characters | |
| CT Setpoint Control for Disinfection of an 8.6 Billion Gallon Per Day Combined Sewer Overflow | |
| The End of Blending? What Now? |
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| A Blending Case Study: The City of Columbus Wastewater Treatment Facility Upgrade | |
| Collaboration of Industry and Local Municipality to Achieve Industrial Expansion Through Wastewater Treatment Modifications | |
| Complete Mix Moving Media Fixed Film: Industrial Pretreatment When There is Trouble Downstream | |
| Advance Oxidation Process Treatment of Membrane Filtration Concentrate Using Hydrogen Peroxide and Ultraviolet Light | |
| Nigeria Water Project: Engineers Without Borders | No File |
To provide a Water Environment Federation (WEF) organization (Illinois, Minnesota, Wisconsin) offering multiple opportunities for the exchange of water quality knowledge and experiences among its members and the public and to foster a greater awareness of water quality achievements and challenges.
Connect With Us
ahaque@cswea.org
(855) MYCSWEA (692-7932)