AC24 The Sidestream Treatment Journey, From Planning Through Design and How it Might Benefit Your WWTP

Recorded On: 04/11/2024

CWEA Members: $20.00
Non-Members $30.00
CWEA Contact Hours: 1.0 contact hours towards CWEA Certifications: ECI, AWTO

Eastern Municipal Water District (EMWD) has been evaluating approaches to provide cost effective and robust ways to manage nitrogen at their Regional Water Reclamation Facilites (RWRFs). Their facilities are facing many challenges; increasing facility loads, maximizing existing infrastructure and providing Operations staff additional tools to meet effluent compliance. The comprehensive approach that will be presented includes process modelling, optimization, alterative evaluation and Capital Improvement Project (CIP) planning. Through this work, sidestream deammonification was identified as a cost-effective means to meet these objectives. EMWD is leading innovation for the California wastewater profession by implementing some of the first sidestream deammonification facilites in state and the first systems in southern California.

Whole plant calibrated models were developed for evaluating 1) optimization approaches to reduce effluent nitrogen with existing infrastructure and 2) new facilites and their benefit to meeting effluent nitrogen objectives. This stepwise approach ensured existing facilites were maximized before implementing new infrastructure.

A sidestream feasibility study was performed focusing on the feasibility of implementing sidestream deammonification, conceptual design, costs, and vendor considerations for the Temecula Valley Reclamation Water Facility (TVRWRF) and the Perris Valley Reclamation Water Facility (PVRWRF). This work determined that sidestream treatment would provide a significant cost savings and provide Operations 80% TIN removal in the sidestream and ~1.5 mg/L effluent total inorganic nitrogen (TIN) reduction from current conditions, increasing operational flexibility to meet the (TIN) limit.

CIP planning was then completed including evaluating the project phasing, schedule and refinement of costs. Through this work, it was demonstrated that sidestream deammonification could help EMWD extend out the next major expansions at TVRWRF and PVRWRF by more than 5 years each, balancing budget spending, reducing near term budget demands, and more efficient allocation of staff.

The project is currently in detailed design of the TVRWRF and PVRWRF sidestream deammonification facilites, leveraging Hazen’s extensive sidestream deammonification experience from around the country. The EMWD designs implement some of the latest best practices for sidestream facility design including struvite mitigation approaches instrumentation selection, vendor selection/procurement, operator safety and designing for ease of operations/maintenance while maintaining performance.

Learning Objectives:
1. Participants will gain knowledge of how to determine if sidestream deammonification would be beneficial for their facility
2. Participants will learn about what key factors need to be considered to successfully implement sidestream deammonification at their facilites
3. Participants will learn about sidestream design best practices from actual operating facilites."


Bryce Danker

Associate Engineer

Hazen and Sawyer

Bryce Danker is an Associate engineer at Hazen and Sawyer with more than 10 years experience focused on the evaluation and design of wastewater treatment facilities.

Bryce specializes in wastewater process evaluation, optimization and design. He has extensive experience in process modeling focused on nutrient removal, pilot system design and operation, and full-scale facility evaluation, design, startup and operation. Recent focus area includes process design for large scale potable reuse, PdNA demonstration, sidestream deammonification design and densification demonstration testing.

He has a B.S. in Civil Engineering from the California Polytechnic University, Pomona, and a M.S in Environmental Engineering from the University of California, Irvine.

Ken Tagney

Director of Water Reclamation

EMWD

Ken Tagney was the Treatment Process Control Specialist, for the four Eastern Municipal Water District regional water reclamation facilities. Ken holds his Grade V certification. Ken has previously co-presented and co-authored on session topics presented at the 2017 CWEA and WEFTEC conferences. Ken is now Plant Superviosr at the Temecula Valley Regional Water Reclamation Facility for Eastern Municipal Water District.

Scott Toland

Engineering Manager

Eastern Municipal Water District

Mr. Toland possesses over 28 years of experience as a Civil Engineer in both the private and public sector. During his 17 years in the consulting industry, Mr. Toland provided detailed design, project management, and quality control of large water, wastewater, and recycled water treatment facilities, pipelines, and pump stations. Mr. Toland has managed several design projects through preliminary and final design, in addition to providing construction support and construction management services throughout the construction and commissioning phase. Mr. Toland’s experience carried into the public sector as a project manager for complex and high profile water, reclamation, and biosolids projects, and most recently as an engineering manager responsible for Eastern Municipal Water District’s wastewater and reclamation CIP program. Mr. Toland possesses a Bachelor of Science degree in Aerospace Engineering, and Master of Science degree in Environmental Engineering.

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AC24 The Sidestream Treatment Journey, From Planning Through Design and How it Might Benefit Your WWTP
Recorded 04/11/2024
Recorded 04/11/2024 Learn more about the contact hour process under the "Contact Hour / CEU" tab. Registrants can receive contact hours for watching the entire recording and providing the correct attention check code(s) as instructed within 48 hours of the webinar.
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Attendance Check Code
Enter code to continue.
Enter code to continue. To receive your contact hours for viewing the recording, please note the attention check code that will be displayed during the webinar in the top right or left corner of the presentation for approximately 90 seconds. Please enter this code in the Attention Check Code component under the "Contents" tab. Once you have entered the correct attendance check code, you will be able to create and download an electronic Certificate of Completion under the "Contents" tab.
Certificate of Completion
1.00 contact hours towards CWEA's Contact Hours: ECI, AWTO credit  |  Certificate available
1.00 contact hours towards CWEA's Contact Hours: ECI, AWTO credit  |  Certificate available Please do not return this certificate to CWEA when applying for or renewing your CWEA Certification(s). These contact hours will be reflected in your mycwea.org account within 2-3 weeks following completion.