Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).
|Date: Sunday, 21/Oct/2018|
|8:45am - 5:00pm||00A Workshops Overview: Preconference Workshops Overview|
Session Chair: Jennifer Coker, CIty of Portland;
9:00am - 4:30pm Workshop: Cogeneration – It’s a Gas! ...AKA The Feasibility of Cogeneration Room 120A Session Chair: Christina Davenport firstname.lastname@example.org
10:00am - 4:30pm Workshop: Find the Leader Within You Room 120B
10:00am - 5:00pm Workshop: Aerobic Granular Sludge (AGC) - An Innovation for Increased Performance and Capacity in Existing Footprint Room 110A
1:00pm - 5:00pm Workshop: Demystifying Water Quality Based Permitting, (Or How to Have Fun During Your Next Permit Renewal) Room 110B
|110A or 110B or 120A or 120B|
|9:00am - 4:30pm||00A1 Workshop: Cogeneration – It’s a Gas! ...AKA The Feasibility of Cogeneration|
Session Chair: Christina Davenport, City of Bend;
ID: 180 / 00A1 Workshop: 1
Sunday Oct. 21 Preconference Workshops Program
Cogeneration – It’s a Gas! ...AKA The Feasibility of Cogeneration (Meeting Room 120A)
1Clean Water Services, United States of America; 2Black and Veatch; 3CH2M now Jacobs; 4Cornerstone Engineering; 5Clean Water Services; 6Brown and Caldwell; 7King County; 8City of Bend; 9Ameresco; , , , , ,
This workshop will cover the components of cogeneration in an attempt to answer the question of the feasibility of cogeneration. There will be an overview of the costs associated with procuring, operating, and maintaining a cogeneration facility through its lifecycle.
Included in the analysis will be a list of benefits and revenue streams that can be generated to cover some or all of the costs associated with running such a facility. Alternatives to cogeneration will be discussed as well.
The workshop will include a discussion of costs, revenues, and benefits for plant managers and decision makers to help determine if co-generation is right for your facility.
Learning Objectives: Factors and means that go into the decision of whether to implement cogeneration at your facility.
Who Should Attend? Plant staff, plant managers, municipality decision makers.
Organized by Joel Borchers POM Commmittee (Clean Water Services) and Christina Davenport (Resouroce Recovery Commmitee (City of Bend) Moderated by Susan Hildreth, Residuals & Biosolids Committee (King County)
Agenda and Presentations
9:00 – 9:15 Introduction
9:15 – 9:45 Turn up the Heat - Anthony Tartaglione, Black and Veatch "This paper will benefit utility managers and operational staff by providing guidance on how to improve project efficiency. Alternatives considered to increase the hot water supply and performance are discussed along with capital and life cycle costs for each. The approach described in this paper capitalizes upon operational staff knowledge to potentially utilize and integrate existing systems in the design increasing efficiencies."
9:45 – 10:15 Conversion of WWTP Digester Gas into Compressed Natural Gas Vehicle Fuel PART 1 – Jessica Bernardini, Cornerstone Environmental Group, A Tetra Tech Company "This presentation presents the technical aspects of converting digester gas to RNG and several case studies of recent projects that study and convert WWTP digester biogas into RNG vehicle fuel. Conversion of digester biogas requires capturing and cleaning the gas prior to processing it into vehicle fuel. Additional organic wastes can also be added into the digester to increase biogas production."
10:15 – 10:30 break
10:30 – 11:00 Conversion of WWTP Digester Gas into Compressed Natural Gas Vehicle Fuel PART 2 – Jessica Bernardini, Cornerstone Environmental Group, A Tetra Tech Company (This is a continuation of the 9:45-10:15 presentation, see that description above.)
11:00 – 12:00 Cost of Operating and Maintaining a Cogeneration System – Patrick Orr, Clean Water Services "A fully functioning cogeneration facility consists of many systems. Operating and maintaining each of the systems will have a cost associated with it. These costs will typically include labor, material or parts, and consumables. Developing a plan for operating and maintaining each system will allow for budgeting and labor requirements associated with a successful cogeneration facility."
12:00 – 1:00 lunch break
1:00 – 2:00 A Presentation on the Cogen project at Central Kitsap WWTP – Peter Zemke, Brown and Caldwell "Central Kitsap WWTP provides an example of how cogeneration can be feasible for smaller municipalities. This presentation describes the performance and features of the plant’s 250-kW cogeneration system."
2:00 – 3:00 Lessons learned from Planning, Designing, Constructing and Commissioning Biogas-Fueled Cogeneration Systems – David L. Parry, Jacobs "Insights from different phases of the projects are given with regards to selection of cogeneration units, biogas treatment process, hydronic system design, and electrical interconnection."
3:00 – 3:15 Break
3:15 - 4:15 Cogeneration feasibility study for Bend, Oregon - Jeremy Keller, Ameresco "A presentation on reducing the biogas monetization options to consider for your digester with an early focus on return on investment and risk transfer.”
4:15 - 4:30 Q&A and Wrap up
Ms. Jessica Bernardini
Jessica is a Senior Project Manager with 12 years of experience in a range of solid waste and biogas utilization projects. Her most recent projects focus on the utilization of digester and landfill gas for renewable energy and natural gas in California and the Pacific Northwest. Jessica has provided engineering and permitting assistance to biogas utilization projects, prepared feasibility studies for initial analysis of project alternatives, and prepared and managed Federal and State grants and funding opportunities. Ms. Bernardini is a certified professional engineer in Oregon, Washington, California, and Alaska.
Anthony Tartaglione, P.E., BCEE
Anthony has contributed in the planning, execution, and successful completion of numerous projects through the creation of clear and attainable project objectives, developing project requirements, and managing the triple constraint - cost, schedule and quality over his 18-year career. As a process engineer, his experience includes alternative energy, thermal oxidation and thermal desorption systems, anaerobic digestion, sludge dewatering and thickening processes, pumping station design, applying mass and energy balance principles to optimize plant operations and assess future capacity needs, and executed hydraulic capacity and modeling studies.
From both engineering and management perspectives, Anthony has leveraged experience working with industry technology leaders to develop technical expertise and competency in project pre-planning, design, and constructability. He has learned the importance of effective communication in all forms and has embraced this tenet in everything he does. These qualities and experiences are reflected in his leadership skills, relationship building, and commitment to excellence and enthusiasm to create opportunities from challenges including nutrient removal and recognition of “wastewater” as “resource-water”.
Patrick is a Senior Engineer at Clean Water Services in Hillsboro OR where is has been since 2013. From 2009 to 2013 he was at Environmental Engineering Services. He received his Bachelor of Science (BS) in Mechanical Engineering from SUNY Buffalo.
Dr. Parry is Senior Fellow Technologist at Jacobs Engineering. He has over 35 years of experience in the planning, design, and construction management of wastewater treatment, solids processing, and energy projects. He is actively involved on several wastewater, biosolids, and energy projects throughout the world. He earned his Ph.D. in mechanical engineering from the University of Illinois at Urbana-Champaign. He earned his Bachelor and Master’s degrees in mechanical engineering from Brigham Young University. He is a registered mechanical and civil engineer in several states and provinces in North America. Dave is a Board Certified Environmental Engineer (BCEE) with the American Academy of Environmental Engineers.
Peter received his Ph.D. from Utah State University in 2010, and is a Mechanical engineer at Brown and Caldwell, specializing in biogas conditioning and end uses, plant heating systems, blowers and aeration systems, microalgal cultivation, and energy systems.
Jeremy Keller received his B.S. in Mechanical Engineering from the University of Washington in 2005 and his M.B.A form Oregon State University in 2007. He is a Project Developer for Ameresco where his responsibilities include (1) Initial field audits and identification of potential conservation measures, including supporting sales staff in initial client meetings; (2) Investment grade energy and resource conservation audits including project life financial forecasts. Includes logging equipment performance, analyzing trends, energy models, calculating baseline energy use and proposed retrofit scope/energy use; (3) Define IPMVP scope for post project measurement and verification of energy savings; (4) Manage small teams to package audits into construction projects including sub-contractors, and the customers staff.
He works with project managers to construct projects developed during the audit and holds the ultimate responsibility for the financial performance of multiple simultaneous multi-million dollar projects which pay for themselves with energy savings. The typical project includes lighting and water retrofits, HVAC upgrades/replacements, building controls modifications/replacements, envelope improvements and demand management. Typical customers: colleges, office buildings, warehouses, fire stations, K-12 schools, waste water treatment plants, and industrial sites. He is also responsible for building and implementing the NW region local tracking of projects, financial forecasting for integration with corporate systems and facilitated work load balancing between staff.
|10:00am - 4:30pm||00A2 Workshop: Find the Leader Within You|
Session Chair: Amy Dammerall, HDR;
ID: 301 / 00A2 Workshop: 1
Sunday Oct. 21 Preconference Workshops Program
Keywords: Leadership, service, managers
Find the Leader within You (Meeting Room 120B)
1HDR Engineering; 2Clean Water Services; 3Tetra Tech; 4City of Boise; 5Parametrix; 6WA Dept of Ecology; , , , ,
Discover your Leadership Potential! Whether you’re an aspiring leader or one who’s been there, join us for an exploration of leaders at their best.
This workshop is based on the 5 leadership principles outlined in the book The Leadership Challenge” by Kouzes and Posner. The workshop includes breakouts and table discussions to encourage shared learning.
Participation in this workshop will help operators, supervisors, and managers perform their duties better by helping them work together better.
With a firm understanding of the five practices of exemplary leadership participants will be better employees, supervisors, and managers, understanding what it takes to help lead truly outstanding performance.
Sponsored by the PNCWA Leadership Development Committee Amy Dammarell, Commmittee Chair (HDR Engineering) Overall Facilitator and Moderator
10:00 – 10:10 Welcome and Introductions
10:10 - 10:25 Outcomes and Expectations
10:20 – 10:40 The Leadership Challenge Introduction
The Five Practices
10:40 – 11:20 Model the Way
11:20 – 12:00 Inspire a Shared Vision
Lunch 12:00 – 1:00
1:00 – 1:40 Challenge the Process
1:40 – 2:20 Enable Others to Act
2:20 – 3:00 Encourage the Heart
3:00 – 3:15 Break
3:15 – 4:00 Leadership Values
4:00 – 4:30 Leaders Share Their Journey
The Five Practices of Exemplary Leadership
Model the Way
“Leaders stand up for their beliefs…They show by their actions that they live by the values they profess.”
Inspire a Shared Vision
“The most important role of vision in organizational life is to give focus to human energy”
Challenge the Process
“Change is the work of leaders…And all change requires that leaders actively seek ways to make things better – to grow, innovate, and improve.”
Enable Others to Act
“Leaders bring people together, creating an atmosphere where people understand that they have a shared fate…Leaders make sure that everyone wins.”
Encourage the Heart
“Leaders express pride in the accomplishments of their teams…They make people feel like heroes.”
Amy is an engineer, scientist, NEPA professional and project manager with 20 years of experience. Amy serves in a broad range from technical team member to project manager. In addition to her technical roles Amy serves as a facilitator for HDRs leadership development course. She also developed a technical skills transference program to translate senior level on-the-job experiences to other staff.
Mark is the Business Operations Director for Clean Water Services and has more than 30 years of experience working for utilities; serving in a management role for more than 20. Mark is a Past President of the Pacific Northwest Clean Water Association and currently serves on the Water Environment Federation Board of Trustees. A certified Group 4 operator he also holds a M.S. in Environmental Engineering from the University of Washington
Mr. Lopez, a registered engineer with 34 years of experience, provides project management and engineering experience within the public and private sectors. His technical experience includes inflow/infiltration (I/I) control program management, civil site planning; road and street design; grading, water, sewer, and storm drain design; hydrology studies and hydraulic design; cost estimating; and project feasibility studies. Mr. Lopez also has extensive disaster response related experience in direct support of FEMA and in support of Local Agency applicants requesting FEMA disaster relief funding.
Michael Comeskey is the Utilities Asset Manager for the City of Boise Public Works Department where he is leading the development of the City’s infrastructure management practices. In his career in the water industry Michael has helped municipalities, county governments, and private corporations develop innovative solutions to large-scale problems. Michael’s work enables organizations to bridge their strategic visions to their business and operational needs. Michael holds a B.S. in Biology from Washington State University and an M.B.A. from Boise State University.
Doug has 35 years of experience in wastewater facility planning and design and currently serves at the Water Technology Leader for Parametrix. He has performed comprehensive planning studies, design, construction services, and start-up for both water and wastewater systems/facilities. His expertise includes evaluating innovative technologies and helping clients select the preferred alternative through a collaborative hands-on approach. He has also conducted internal mentoring programs for the companies he has worked for the past 23 years and currently has a side business, Mesa Mobile Mentoring, which focuses on public speaking and team building.
Andy O’Neill provides technical assistance to small municipal wastewater facilities throughout central and eastern Washington. Andy’s background includes serving in various roles such as a wastewater treatment plant operator, facilities manager, board member for the State of Washington’s Wastewater Certification Advisory Committee, past president of the Water Environment Federations (WEF) member association Pacific Northwest Clean Water Association (PNCWA), and a current member of the Association of Boards of Certification (ABC) Wastewater Scheme Committee.
|10:00am - 5:00pm||00A3 Workshop: Aerobic Granular Sludge (AGS) - An Innovation for Increased Performance and Capacity in Existing Footprint|
Session Chair: Li Lei, Jacobs;
ID: 302 / 00A3 Workshop: 1
Sunday Oct. 21 Preconference Workshops Program
Keywords: Aerobic, Sludge, Anammox
Aerobic Granular Sludge (AGS) - An Innovation for Increased Performance and Capacity within Existing Footprint (Meeting Room 110A)
1CH2M (now Jacobs); 2Carollo; 3University of Washington; 4HDR; 5NEWhub; 6Aqua-Aerobic Systems, Inc.; , , email@example.com, , ,
By developing granular sludge that settle significantly better than conventional flocculent activated sludge, the innovative aerobic granular sludge process has gained tremendous interests in its capability of holding 2-3 times the biomass inventory of an activated sludge process within the same space, increasing capacity, enhancing nutrient removal, while offering energy savings.
The workshop will provide the attendees with the state of the art of the aerobic granular sludge process, and feature leading practitioners from forward-thinking municipalities/utilities, academia, consulting fields, and innovative technology providers.
The objectives of the workshop are to provide the attendees with the state of the art of the aerobic granular sludge process, including its fundamentals, worldwide applications, case studies, challenges of and design approaches to full-scale implementations, highlights of researches, and initiatives in pacific Northwest.
The workshop will also provide an opportunity through panel discussions to exchange ideas with respect to the development, assessment and implementation of aerobic granular sludge technology in existing infrastructure.
10:00 - 10:05 am: Welcome & Introductions, Dr. L. Lei, Facilitator, Jacobs
10:05 - 11:05 am: State of Art of Aerobic Granular Sludge Process and Initiatives in Pacific Northwest, Dr. H. Dave Stensel, Univ. of Washington; Dr. B. Figdore, HDR
11:00 - 12:00 pm: Approaching Aerobic Granular Sludge in Continuous Flow Processes using inDENSE® Technology. Dr. S. Murthy. NEWhub.
12:00 - 1:00 pm: Lunch Break
1:00 - 1:20: Collecting Attendee's Questions on Aerobic Granular Sludge Processes, Dr. L. Lei, Facilitator, Jacobs
1:20 - 2:15 pm: Molecular Biology Findings and Implications for Aerobic Granular Sludge Processes, Dr. M. Winkler, Univ. of Washington
2:15 - 3:00 pm: Aqua-Aerobic Systems, Inc. AquaNereda® Aerobic Granular Sludge: Worldwide Operational Experience in Full Scale Plants and the First plant in USA, Mr. M. de los Santos, Aqua-Aerobic Systems, Inc.
3:00 - 3:15 pm: Refreshment Break
3:15 - 4:15 pm: Design and Case Studies of Aerobic Granular Sludge Plants, Mr. B. Johnson, P.E., BCEE, IWA Fellow, CH2M (now Jacobs)
4:15 - 5:00 pm: Panel Discussions, All Speakers
Speakers and presentations featured:
Dr. H David Stensel. Univ. of Washington. State of Art of Aerobic Granular Sludge Process and Initiatives in Pacific Northwest. The objectives of this presentation are to provide the attendees with a background on the fundamentals of granular activated sludge and the current progress on a pilot plant study by the University of Washington and King County to evaluate the use of sidestream granular sludge bioaugmentation to enable mainstream nitrogen removal in a short-solids retention time (SRT) flocculent activated sludge process.
The outline of the presentation is as follows:
i. Seed source and “baby granules”
ii. Start up operation and performance of sidestream granular sludge system treating anaerobic digestion centrate
iii. Performance of mainstream treatment system after granular sludge addition
Dr. Sudhir Murthy. NEWhub. Approaching Aerobic Granular Sludge in Continuous Flow Processes using the inDENSE® Technology. The use of hydrocyclones in combination with an anaerobic zone metabolic selector for densification and bioP is an innovative approach for low capital cost investment for wastewater treatment plants to improve both phosphorus removal performance and increase process capacity simultaneously. Hydrocyclones retain phosphorus-accumulating organisms in the underflow leading to stabilization in treatment systems with seasonal variation by maintaining the biomass population. In some process configurations, it can lead to granulation.
This presentation highlights the implementations of hydrocyclones and performance enhancement at two Hampton Roads Sanitation District’s (HRSD) James River Wastewater Treatment Plant (JRTP) and Urbanna Wastewater Treatment Plant (UBTP), VA and the Soyen plant near Munich, Germany. The three plants have bery different configurations.
The JRTP is rated at 20 MGD, utilizes a 4-stage Bardenpho configuration with an IFAS system, and had historically poor settleability prior to the hydrocyclone installation, with SVI values of 140± 34 mL/g, not associated with filaments, nutrient deficiencies, or poor monovalent to divalent cation ratios. The influent wastewater characteristics, such as soluble chemical oxygen demand (sCOD) of 250 to 350 mg L-1, are favorable and allow for seasonal biological phosphorus removal without a formal anaerobic selector.
UBTP is rated at 0.10 MGD with two 0.050 MGD parallel trains operated in a Modified Ludzack-Ettinger (MLE) configuration. Previously the UBTP was an extended aeration system with poor settling sludge due to denitrification in the secondary clarifiers. Hydrocyclones were implemented at both plants as external selectors for selectively wasting poor settling flocs while retaining dense particles for improved settleability, in addition to elucidate the extent of metabolic selection with and without a formal anaerobic selector to enhance biological phosphorus removal performance.
Finally, the BIOCOS process (a modified SBR) at the Soyen plant will also be discussed, which was converted to perform Bio-P by using an external anerobic selector as well as an external hydrocyclone.
Dr. Mari Winkler. Univ. of Washington. Microbiology and Optimization of Granule Aerobic Sludge Process for Enhancing Mainstream Nitrogen Removal Capacities at Low Costs. This talk involves providing an opportunity to exchange ideas with respect to the development, assessment and implementation of aerobic granular sludge technology in existing infrastructure. A critical limitation of the aerobic granular sludge technology is that it cannot be readily adapted to most existing activated sludge process reactor geometries, which clearly limits its broader application. Therefore, it is a challenge to find new ways how to retrofit existing plants for aerobic granular sludge technology.
This talk will focus on the microbiological aspects of granule and floc competition and on the population dynamics in these systems.
In addition, this talk will focus on the enhancement of mainstream nitrogen removal capacities at minimal costs by determining optimal conditions for promoting growth of ammonium oxidizing archaea (AOA) with Anaerobic ammonium oxidizing bacteria (Anammox) within single granules using
(i) controlled laboratory reactor systems
(ii) EPS-mimetic hydrogels embedded with AOA-Anammox microbes
(iii) High-resolution real-time sensing modes coupled with machine learning data processing for enhanced bioreactor control mechanisms.
The aim of this talk is to establish actionable roadmaps for the further development, demonstration, and implementation of granular sludge in existing treatment facilities.
Mr. Manuel de los Santos. Aqua-Aerobic Systems, Inc. AquaNereda® Aerobic Granular Sludge: Worldwide Operational Experience in Full Scale Plants and the First plant in USA. A research partnership in the Netherlands led to the development of a first technology applying aerobic granular sludge in a full-scale wastewater treatment plant. Currently, over 30 full-scale AGS plants are operational or under design/construction worldwide.
This SBR type AGS system creates proper conditions to reliably maintain a stable granule within a single tank, without the need of a carrier, secondary clarifiers, selectors, separate compartments, or return sludge pumping stations.
The layered microbial community within the granule structure enable simultaneous processes to take place in the granular biomass, including enhanced biological phosphorus reduction, and simultaneous nitrification/denitrification, and makes the system more resistant to toxic shocks and fluctuations in chemicals, load, pH, and salinity than conventional systems. The enhanced settling properties (SVI at 30-50 mL/g) allow the system to be designed for 8 g/L of MLSS, reducing footprint by up to 75% and provideing up to 50% energy savings when compared to activated sludge systems.
The AGS technology is now entering U.S. as a promising alternative for capacity increase, retrofit, treatment upgrades with limited footprint, and enhance biological nutrient removal. To validate the technology in the US, a full-scale demonstration facility is in development and an AGS pilot unit has been constructed. Additionally, a full-scale AGS application is currently in the design stages for a municipality in Alabama.
This presentation will cover details on the granular sludge technology, the advantages that it offers, its worldwide operational experience and the efforts to introduce the technology to the US market.
Mr. Bruce Johnson, P.E., BCEE, IWA Fellow, Jacobs. Design and Case Studies of Aerobic Granular Sludge Plants. The design of Aerobic Granular Sludge (AGS) facilities falls into two major categories:
Both of these systems rely upon, and encourage, the development of aerobic granular biomass collections. These granules have the characteristics of multiple biomass populations within them (i.e. heterotrophs and autotrophs), and are more easily retained in biological treatment systems as a result of their larger settling rates/size.
Case studies of both types of the systems at Ejby Mølle WWTP (Odense, Denmark) and Central Regional Wastewater System WWTP CRWS, Trinity River Authority, Texas, will be highlighted.
While continuous feed AGS systems can be freely designed and installed by utilities, SBR AGS systems are currently patented by DHV and sold in North America exclusively by Aqua Aerobics.
This presents challenges to the North American market for two reasons:
It is important for the responsible process engineer to have independent confirmation of performance for professional liability concerns. This presentation will discuss design experience with the Morecombe WwTW in the United Kingdom, and how it approached working with DHV and confirming their process design for this facility.
Dr. Li Lei has been working in the environmental engineering and research field for over 20 years. She received her Ph. D. degree in Environmental Engineering from the University of Cincinnati and has been with CH2M now Jacob for the past 11 years. She is a process engineer supporting projects in the Northwest region, with a focus in wastewater treatment process study, modeling, design, and optimization. She has been active in PNCWA and currently leads the Emerging Technologies Committee.
Dr. H. David Stensel has forty-five years of experience in the environmental engineering industry and academia. Prior to his academic positions at University of Utah (1980-1985) and University of Washington (1985-2016), he spent 10 years in practice developing and applying industrial and municipal wastewater treatment processes. He has led the application and design of many biological processes in his career including treatment for water reuse, resource recovery, and nutrient removal. He has authored or coauthored over 160 technical publications. He is coauthor of the 4th (2003) and 5th (2014) editions of the Metcalf and Eddy Wastewater Engineering book, which is widely used by practitioners and in academic environmental engineering courses. He has presented in numerous workshops and seminars for the EPA, WEF, and Water Environment and Reuse Foundation (WERF). He has also been serving on the WERF Nutrient Challenge Program management team for the last 6 years. He has worked with King County Wastewater Treatment Division for the past 25 years and has managed several pilot plants and testing studies at their facilities.
Dr. Bryce Figdore is a wastewater process engineer with HDR based in Bellevue, WA. He has a Bachelor’s degree from The Pennsylvania State University, a Master’s degree from Villanova University, and a PhD from the University of Washington where his work focused on granular activated sludge. Bryce is enthusiastic about applying his expertise in biological nutrient removal to deliver innovative and robust solutions to protect water quality and astutely manage water resources. Occasionally he can be found exploring the great Pacific Northwest, most likely while fly fishing or hiking with his family.
Dr. Sudhir Murthy is CEO of NEWhub, a cleantech startup involved in developing and implementing new and innovative technologies. Until recently, Dr. Murthy was Innovations Chief at DC Water, and for the past 16 years led the development and adoption of new technologies and process improvements that resulted in over $1 billion new capital investment at the Blue Plains AWTP. He has over 125 peer review publications and has been involved in over 15 patent or applications. Dr. Murthy has received numerous awards from WEF, WRF and AAEES for applied research and for operational improvements. He is a Professional Engineer and licensed wastewater treatment plant operator in Virginia. He received his MS and PhD in Civil/Environmental engineering from Virginia Tech.
Dr. Mari Winkler has joined the Civil & Environmental Engineering Department faculty at the University of Washington in 2015. She received her Ph.D. degree in Environmental Engineering from Delft University of Technology, Netherlands. Her research interests include microbial ecology of mixed culture communities, mathematical modeling of microbial interactions, and innovative wastewater and sludge treatment processes including Anammox, aerobic granular sludge, resource recovery, and biosolids technology. In addition, she has had industrial experience in the field of process engineering and sales management, and is the newsletter editor of the IWA group for sludge management. Dr Winkler received several prizes for her work, including AEESP outstanding PhD dissertation award, Huber Technology prize, ISME-IWA Biocluster award, and Paul Busch award).
Mr. Manuel de los Santos is the product manager of biological processes with Aqua-Aerobic Systems, Inc. He received his M.S. degree in Sanitary and Environmental Engineering from the Universidad de Cantabria, Spain, after attaining his B.S. degree in Civil Engineering in Dominican Republic. Mr. Santos has worked in the wastewater treatment industry since 2000. His experience includes design, application and technical support for biological processes and membranes, as well as consulting in the construction field.
Mr. Bruce Johnson, P.E., BCEE, IWA Fellow, has been working in the wastewater industry for nearly 30 years, and has been with CH2M (now Jacobs) for the last 25 years. With CH2M, Bruce has led the wastewater treatment technology organization and is currently responsible for the wastewater modeling program. He is one of CH2M’s leading wastewater process engineers, and supports projects around the world. He has been active outside of CH2M both in WEF and IWA. Within WEF, he led the development of the new Nutrient Removal MOP, vice chaired the committee that developed the Wastewater Simulation MOP, and was a contributing author in MOP 8’s suspended growth chapter. He also chaired the WEFTEC wastewater symposia committee, and was a founding member and past chair of WEF’s Modeling Experts Group of the Americas.
|1:00pm - 5:00pm||00A4 Workshop: Demystifying Water Quality Based Permitting, (Or How to Have Fun During Your Next Permit Renewal)|
Session Chair: Stephen James, JUB Engineers;
ID: 279 / 00A4 Workshop: 1
Sunday Oct. 21 Preconference Workshops Program
Keywords: permitting, WQBEL
Demystifying Water Quality Based Permitting, (Or How to Have Fun During Your Next Permit Renewal) (Meeting Room 110B)
1JUB Engineers, United States of America; 2Lake Stevens Sewer District; 3Washington Department of Ecology; 4Oregon Department of Environmental Quality; 5US Environmental Protection Agency; 6Idaho Department of Environmental Quality; 7HDR, inc.; , , , , , ,
Most treatment plants do a good job of meeting the secondary treatment standards (AKA technology-based limits). But what about nutrients and toxics?
The regulatory agencies use a well-documented process to determine what new permit limits needed and what those new limits are. Do you know how they do this so you can be prepared when it is time to renegotiate your permits?
This is an interactive workshop with senior permitting staff from Idaho, Oregon, Washington, EPA, and consulting engineering that will provide a solid base for understanding permits and the information you need to be prepared.
Key learning objectives are:
The workshop will include a panel discussion of upcoming significant permitting issues in each State followed by a question and answer session.
1:00 - 1:10 Introduction – Stephen James (JUB) /Caitlin Hubbard (Lake Stevens Sewer District)
1:10 - 1:30 POTW permitting intro (lightning round) – Karen Burgess (US EPA)
1:30 - 2:00 Overview of how WQBELs are developed – Tom Dupuis (HDR Engineering)
2:00 - 2:30 Example problem – Ellie Key (WA ECY)
Simple steady state dilution model– hand calculation with a partner (includes documents showing calculations, etc.) evaluating a toxic constituent and reasonable potential analysis. This will provide a hands on overview of how permit limits are developed.
2:30 - 3:00 Coordination/Partnering with regulators –Jon Gasic (Oregon DEQ)
This session summarizes the process of what is helpful to work with regulators and permittees including:
3:00 - 3:15 Break
3:15 - 3:40 What would YOU do? – Round Table Discussion, Mary Anne Nelson (IDEQ) moderating: This hands on exercise presents an example (priority) pollutant and walks the group through permit development. This will be an interactive group activity and will include key elements that need to be considered with each permitted constituent
3:40 - 3:55 Upcoming significant issue topic 1 - Panel, all DEQ, ECY and EPA speakers
This includes each regulator talking about where people are having trouble meeting permits, what changes they see coming, what they are concerned about. This session will focus on both single constituents and new multiconstituent methods such as the biotic ligand model.
3:55 - 4:15 Stump Your Regulator – “What If” Scenarios or “What would you do” Scenario - Panel, all DEQ, ECY and EPA speakers
Participants will be asked about items they would like to know more about at the beginning of the presentation. Panelists will address each of the issues raised.
4:15 - 4:35 Upcoming Significant Issue topic 2 - Panel, all DEQ, ECY and EPA speakers
An opportunity to have people ask about tough issues to see what other states are doing about them (blending, temperature, PCB, others)
4:35 - 4:55 “What would you do” group discussion including previous Panel
4:55 - 5:00 Thank you and Closing
Stephen James, PE - Sr Project Engineer for J-U-B Engineers has worked on permitting for over 25 years and has successfully negotiated one of the few variances granted in idaho as well as a number of compliance schedules.
Caitlin Hubbard - Caitlin is currently the Lead Operator of Lake Stevens Sewer District WWTP and brings extensive experience with process control and how that relates to permitting.
Ellie Key, PE - Eleanor is the Senior Engineer in Ecology’s Water Quality Program in Olympia, WA. In this position, Eleanor serves as a technical permitting and policy lead where she provides guidance to permitting staff from all of Ecology’s regions and also to the larger regulated community. Prior to joining Ecology’s headquarters in fall of 2016, Eleanor served as a water quality staff engineer in the Ecology’s Eastern Regional Office where she was responsible for over 20 municipal treatment plants. Eleanor hold a BS in Environmental Engineering from the Colorado School of Mines and a MS in Environmental Engineering from Washington State University.
Jon Gasik, PE - Jon is a Senior Environmental Engineer in the Water Quality Division of the Oregon DEQ specializing in water quality and permitting. He brings over 20 years of experience in permitting as well as hazardous waste and environmental impairment liability for public and private agencies. Jon has an MS in Civil Engineering from the University of Southern California and a BS in biochemistry from the University of California at Los Angeles.
Mary Anne Nelson - Mary Anne Nelson is the IPDES Program manager for the Idaho Department of Environmental Quality, providing assistance, guidance, and regulatory control for surface water discharge activities in Idaho. After nearly 15 years working at DEQ, Mary Anne is experienced in tackling complex environmental issues that require understanding and communication among diverse groups with varying interests. She has spent the last 4 years leading Idaho’s efforts to gain delegated authority for the Idaho Pollutant Discharge Elimination System Program, which was approved in June 2018 and has begun transferring permit authority from EPA. Mary Anne is native of Salmon, Idaho, and holds a Ph.D. in chemistry from the University of Nebraska–Lincoln. She is also a certified public manager.
Karen Burgess, PE - Karen Burgess works for the U.S. Environmental Protection Agency, Region 10 office in Seattle in the position of NPDES Permits Unit – State Oversight Lead. Karen works closely with Region 10 states (Alaska, Idaho, Oregon and Washington) to oversee the implementation of NPDES program that has been delegated to states. She is a licensed professional engineer in the State of Washington with a Bachelor’s degree in Chemical Engineering and a Master’s degree in Business Administration. She worked in industry as a Process Engineer and for Washington State’s Department of Ecology prior to joining EPA.
Tom Dupuis, PE - Tom has more than 40 years of professional experience, with a primary focus on the Clean Water Act. He worked initially for a research and consulting firm in Wisconsin, then for the State of North Carolina, and next with international consulting firms while based in Wisconsin and Idaho. He has worked on Clean Water Act projects in nearly every state and territory in the U.S., and has bachelors and masters degrees in environmental engineering from Marquette University.
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