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SecondAmendmentɋOrdinanceNo.ŵųŴŹɌųżź04/05/16JR
ThirdAmendmentɋOrdinanceNo.18130108/21/18JR
ORDINANCE NO. 2O 1 S-003
AN ORDINANCE OF THE CITY OF DENTON, TEXAS AUTHORIZING THE CITY
MANAGER TO EXECUTE A PROFESSIONAL SERVICES AGREEMENT FOR ENGINEERING
AND CONSULTING SERVICES FOR THE DEVELOPMENT AND IMPLEMENTATION OF A
COMPUTER MODEL TO OPTIMIZE CHEMICAL USAGE FOR PHOSPHOROUS REMOVAL,
ENERGY EFFICIENCY, METHANE GENERATION, AND OPTIMIZATION OF THE
PROCESSES DURING DRY AND WET WEATHER AT THE PECAN CREEK WATER
RECLAMATION PLANT; PROVIDING FOR THE EXPENDITURE OF FUNDS THEREFOR;
AND PROVIDING AN EFFECTIVE DATE (FILE 5718-AWARDED TO HAZEN AND
SAWYER, P.C.1N THE NOT-TO-EXCEED AMOUNT OF $136,017).
WHEREAS, the professional services provider (the "Provider) mentioned in this ordinance
is being selected as the most highly qualified on the basis of its demonstrated competence and
qualifications to perform the proposed professional services; and
WHEREAS, the fees under the proposed contract are fair and reasonable and are consistent
with and not higher than the recommended practices and fees published by the professional
associations applicable to the Provider's profession and such fees do not exceed the maximum
provided by law; NOW, THEREFORE,
THE COUNCIL OF THE CITY OF DENTON HEREBY ORDAINS:
SECTION 1. The City Manager is hereby authorized to enter into a professional service
contract with Hazen and Sawyer, P.C. to provide professional engineering services for the
development and implementation of a computer model for phosphorus removal at the Pecan Creek
Water Reclamation Plant, a copy of which is attached hereto and incorporated by reference herein.
SECTION 2. The City Manager is authorized to expend funds as required by the attached
contract.
SECTIONmm3. The City Council of the City of Denton, Texas hereby expressly delegates the
authority to take any actions that may be required or permitted to be performed by the City of Denton
under File 5718 to the City Manager of the City of Denton, Texas, or his designee.
SEC�N�'�ON 4. The findings in the preamble of this ordinance are incorporated herein by
reference,
SECTION 5. This ordinance shall become effective immediately upon its passage and
approval,��mmmm�
PASSED AND APPROVED this the ��,� _ da of �'..,�
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ATTEST:
JENNIFER WALTERS, CITY SECRETARY
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APPROVED AS TO LEGAL FORM:
ANITA BURGESS, CITY ATTORNEY
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STATE OF TEXAS
COUNTY OF DENTON
THIS AGREEMENT is made and entered into as of the 6TH day of Janu�, 20l 5, by and
between the City af Denton, Texas, a Texas municipal corparation, with its principal office at
215 East McKinney Street, Denton, Denton County, Texas '76201, hereinafter called "OWNER99
and Hazen and Sawyer, P.C., with its regional office at 8350 North Central Expressway, Suite
775, Dallas, Texas 75206 hereinafter called "CONSULTANT999 acting herein, by and thraugh
iheir duly authorized representatives.
WITNESSETH, that in consideration of the covenants and agreements h.erein contained,
the parties hereto do mutually agree as follows:
..
� 1; � � •! ,
The OWNER hereby contracts with the CONSULTANT, a licensed Texas architect or
en i� neer, as an independent con.tractor. The CONSULTAIVT hereby agrees to perform the
services as described herein, with diligence and in accordance with the professional standards
custo�narily obtained for such services in the State of Texas.
The Project shall include, without limitation, professional engineering services in suppart of
developing a computer model to model the plant processes for optimizing the chemical usage for
phosphorous removal, energy ei'ficiency, methane generation and optimization of the processes
during dry and wet weather at the Pecan Creek Water Reclamatian Plant far the City of Denton.
The Pecan Creek Water Reclamation Plant (PCWRP, Map-Exhibit 1) permit from Texas
Commission on Environtnental Quality (TCEQ) was modified by TCEQ to add phosphorous
remaval down to 0.5 milligram per liter in the permit issued in June 2013. Wastewater
department has three years to design and construct the facilities to meet the phosphorous limit
permit deadline. Currently the final design using chemical removal af phospharous is underway
by the consultant retained by the wastewaier department.
The PCWRP has permitted capacity to treat 21 million gallons per day average daily flow. The
current flows treated at the plant are averaging 15 million gallons per day. As such, there is
excess capacity in the plant process units. The intent of the plant process computer model
development is to evaluate the current excess capacity ta treat the influent phosphorous
biologically and thereby optimize the use of ferric chloride that will be used for the remaining
phosphoraus removal. In addition, the process model will evaluate current energy usage for
treatment and provide optimal level af aeration to make the aeration process and energy use
more efficient, and evaluate methane gas production in the digesters. The computer model will
also allow plant personnel to evaluate "what iY' options to optimally operate the plant under
varying loading conditions during dry as well as wet weather conditions. The model will also
allow evaluation af the side stream flows that will be especially important with chemical addition
for phosphorous remaval, The computer model will thus allow plant aperations staffto see the
big picture and also provide the ability to get down to evaluation of each process for optimal
aperation as well as trauble shooting if there are process disruptions.
The main tasks and objectives for the project include the following:
Task/Objective 1- Develop and deliver to the City a fully calibrated plant process model
using BioWinTM 4.1 for the current plant configuration, operation, and influent and
effluent data. The plant model will be calibrated to a level that is sufficient to
accommodate future nutrient removal planning, chemical feed optimization far
phospharus removal and confirmation of design criteria. The model will also be validated
far wet weather simulations using the City's historical wet weather data.
• TasWObjective 2- Develop and deliver to the City an operations tool ta assist wastewater
treatment engineers and plant aperators in optimizing operations of the plant including
chemical feed for phosphorus removal.
• Task/Objective 3- Provide training to the City staffon the use ofthe calibrated model
and the operations tool for use in operations, planning, and design.
The detailed requirements of Tasks 1-3 are further defined within the Scape of Work within
A chment A. All completed documents or reparts are to be reviewed by OWNER's personnel
follawing CONSULTANT's in-house quality control and quality assurance pracedures prior to
submission. The OWNER will provide CONSULTANT with one consolidates set of comments on
documents or reports upon completion of its' intemal review. Any additional services requested
shall result in a change order to the authorized purchase order, and an amendment to this contract.
,..
� � � , •
The CONSULTANT understands that the goal of this project is to provide professional
assistance in developing a calibrated wastewater treatment process model and operations tool for
the Pecan Creek Water Reclamation Facility (PCWRF). One purpose of the process madel is to
simulate and validate impacts of future planning scenarios including flow/load variations;
evaluatian of operational strategies to maximize the use of existing infrastructure and delay
capital expenditure; evaluation af potential nutrient removal potential including biological and
chemical phasphorus removal; assessing impacts for side stream flaws and co-digestian;
optimizing pracess canfigurations; define wet weather protocols and standard operating
procedures; optimizing operational costs including energy usage; etc. The CONSULTANT
further understands that the City af Denton would like to use the process model as an operations
training and optimization tool that can be used by City StafFto train and understand impacts of
process decisions and optimize operations to lower O&M costs.
The detailed scope ofwork and deliverables are deiu�►ed within Attachment A.
The CONSULTANT shall perform the following services in a professional manner�
Information Provided By OWNER
All base-mapping data, historical building permit information, Land Use Assumptioas
information, and CIP project cost inforznation for completed projects used in the analysis shall be
provided by the OWNER. CON5ULTANT shall be entitled to rely on the completeness and
accuracy of all information provided by the OWNER.
ARTICLE III
ADDITIONAL SERVICES
Additional services to be performed by the CONSULTANT, if authorized by the
�WNER, which are not included in the above-described Basic Services, are described as
follows:
A. During the course of the Project, as requested by OWNER, the CONSULTANT will be
available to accompany OWNER's personnel when meeting with the Texas Natural
Resource Conservation Commission, Texas Commission on Environmental Quality, U.S.
Environmental Protection Agency, or other regulatory agencies.
B. Assisting OWNER or contractor in the defense or prosecution of litigation in connection
with or in addition to those services contemplated by this Agreement. Such services, if
any, shall be furnished by CONSULTANT on a fee basis negotiated by the respective
parties outside of and in addition to this Agreement.
C. Sampling, testing, or analysis beyond that specifically included in Basic Services.
D. Preparing applications and supporting documents for government grants, loans, or
planning advances and providing data for detailed applications.
E. Appearing before regulatory agencies or courts as an expert witness in any litigation with
third parties or condemnation proceedings arising from the development or construction
of the Project, including the preparation of engineering data and reports for assistance to
the OWNER.
F, Providing geotechnical investigations for the site, including soil borings, related analyses,
and recommendations.
H. Preparation for and attendance at public meetings not specifically identified in the Scope
of Services.
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or his designee; however, under no circurnstances shall any monthly statement for
services exceed the value of the work performed at the time a statement is rendered for
the Project:.
Project Completion Schedule
Task/Mileston�e ................ ....... ...... .._ wM._... .... . .. Co�mplete.. ..��,,,. _ _ .....e
d by End of:
. ..... ....... . ._......___ _ __ -- .. .............. �_.....
Contract / NTP January 2015
�Kickoff� Meetina... �.. . ... ..�....�.� ...... .
_ _ ..,..
JanuaN 2015
nformat on R��� ��
Pla� � �_.. _ m .
p t Site Visits and � January 2015
eview
�� � -�- Janua 2...
Complete Process Model Development ry 015
and Historical Data Analvsis
Finalize�Process Sampling�Plans Ja �
nuary 2015
p�.. .,,,,......_. ................. ._..... � ..
Samplinq - Win Process Supplemental February 2015
Com lete Plant
ter
,��.. ... ... ....... � ��
Sampi ng PSumProce
.
p ss Supplemental June 2015
mer
....,. �. - _____._ ...................._,..,, __
Complete Process Model Calibration June 2015
DR..... a..
_ ......� .. ...............�.. .. ...,..
AFT Prooess Model Report JuIv�2015
FINAL Process Model Report Auqust 20
__ ..... ......
15
____._...� ... ---- _ _ . � �� .,�...�� �...r _ _._ _ __-
Complete Process Model Training August 2015
The OWNER may withhold tlie final five percent (5%) of the contract amount until completion
of the Project.
. .�.�. ... .._� ............... � " � ������u�t:..Schedule
etai e as �,�� � ����°�+����� �..���__. _ _. ___ _ __ ....... .
Task/Milestone Payment upon Completion��������'�
......... .. ...... ... m . ... .�. ..
Review���lnfo a�nd Develop Current Flow a�'����� ��
. _
nd Load ... $ 9......�. �.... .
� ��,476.00
��Process���Model� Develo m�en ������ � � ������� ������
. p t and Calibration _ ........ ...,_..__. _.�,m .�.._.. m. $22,933.00
- ......... .. ....,.. ..
Process Supplemental Sampling __ __ ...............� �-m-..... ....-._--. ....... $42,142.00
. ..... , m... _ _.. ....._ �� -_. , ,_...� _ �.� ....
Process Model Report $25,874.00
_ ... ........ ..... .. .. ...... .. .. .. .. .. ..m....... _..�_��.
Process Model Training $15,324.00
Pro���ress Meetin s �����������
.._ m.. .. ___�v� _�.�.._ �
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9 g _...___.... _ . $ g,958.00
.... �m,,, � , n�n� n�
emal QA/QC $ �7,3�16.00
_
�,nt... . .. _,,. . .....�... .. .......� A � A� ... _
H
ydraulics or CFD _______ ,994.00
.. . w� �e�s� $ 5
$.1.3,...� ................
Total Cost �" �� ____..,.. 6,017 00
Nothing contained in this Article shall require the OWNER to pay for any work which is
unsatisfactory, as reasonably determined by the City Manager or his designee, or which is
not submitted in compliance with the terms of this Agreement. The OWNER shall not be
required to make any payments to the CONSULTANT when the CONSULTANT is in
default under this Agreement.
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The 30 day processing period for invoices will begin on the date the invoice is received or
the date the items or services are received, whichever is later.
Direct deoosit for pavments: Contractors are encouraged to arrange for receiving payments
through direct deposit. Please complete and submit the attached City of Denton Substitute
W-9 farm.
Invoices: Invoices shall be sent directly to the City of Denton Accounts Payable
Department, 215 E McKinney St, Denton, TX, 76201-4299 with a copy to the attention of PS
Arara, P.E., City of Denton Utilities, 901 B Texas Street, Denton, TX 76209. The invoice
may also be electronically delivered to City af Denton Accounts Payable Department at
accountspa able(cr�,cityofdenton,com. Invoices must be fully documented as to labor,
materfals, and equipment provided, if appl�cable, and must reference the City of
Denton Purchase Order Number in order to be processed. No payments shall be made
on fnvoices not listing a Purchase Order Number.
� � ,
The City of Denton qualifies for sales tax exemption pursuant ta the provisions of Article
20,04 (F) of the Texas Limited Sales, Excise and Use Tax Act. Any Cantractor performing
work under this contract for the City of Denton may purchase materials and supplies and rent
or lease equipment sales tax free. This is accomplished by issuing exemption certificates to
suppliers. Certificates must comply with State Comptraller's ruling #95-0.07 and #95-0.09.
,.
�: � . � �. ,� ,��
The CONSULTANT will exercise reasonable care and due diligence in discovering and
promptly reporting to the OWNER any defects or deficiencies in the work of the
CONSULTANT or any subcontractors or subcansultants.
.•
,� ' ' � 1 1
All documents prepared or furnished by the CONSULTANT (and CONSULTANT's
subcontractors ar subconsultants) pursuant to this Agreement are instruments of service, and
shall become the property of the OWNER upon the termination of this Agreement. The
CONSULTANT is entitled to retain capies of all such dacuments. The documents prepared and
furnished by the CONSULTANT are intended only to be applicable to this Project, and
OWNER's use of these documents in other projects shall be at OWNER's sole risk and expense.
In the event the OWNER usas any of the information ar materials develaped pursuant to this
Agreement in another praject or for ather purposes than specified herein, CONSULTANT is
released from any and all liability relating ta their use in that praject.
,.
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ARTICLE XI
INSU NCE
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E, The CONSULTANT shall furnish insurance certificates or insurance policies at the
OWNER's request to evidence such coverages. The insurance policies shall name the
OWNER as an additional insured on all such policies, and shall cantain a provision that
such insurance shall not be canceled or modified without thirty (30) days' prior written
notice to OWNER and CONSULTANT. In such event, the CONSULTANT shall, prior
to the efFective date of the change or cancellation, serve substitute policies furnishing the
same coverage.
..
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The parties may agree to settle any disputes under this Agreement by submitting the
dispute to mediation. No mediation arising out of or relating to this Agreement may proceed
without the agreement of both parties to submit the dispute to mediation. The location for the
mediation shall be the City of Denton, Denton County, Texas unless a different location is
agreed to by the parties.
, ,,
� ,� � �
A. Notwithstanding any other provision of this Agreement, either party may terminate by
giving thirty (30) days' advance written notice to the other party.
B. This Agreement may be terminated in whole or in part in the event of either party
substantially failing to fulfill its obligations under this Agreement. No such termination
will be affected unless the other party is given (1) written notice (delivered by certified
mail, return receipt requested) of intent to terminate and setting forth the reasons
specifying the non-performance, and not less than thirty (30) calendar days to cure the
failure; and (2) an opportunity for consultation with the tertninating party prior to
termination.
C. If the Agreement is terminated prior to completion of the services to be provided
hereunder, CONSULTANT shall immediately cease all services and shall render a final
bill for services ta the OWNER within thirty (30) days after the date of terminatian. The
OWNER shall pay CONSULTANT for all services properly rendered and satisfactorily
performed and for reimbursable expenses to termination incurred prior to the date of
termination, in accordance with Article V"Compensation." Should the OWNER
subsequently contract with a new consultant for the continuation of services on the
Project, CONSULTANT shall cooperate in providing infarmation. The CONSULTANT
shall turn over all documents prepared or furnished by CONSULTAIVT pursuant to this
Agreement to the OWNER on or before the date of termination, but may maintain copies
of such documents for its use.
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ARTICLE XVI
SEVERABILITY
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The CONSULTANT shall coinply with all federal, state, and local 1aws, rules,
regulations, and ordinances applicable to the work covered hereunder as they may now read or
hereinafter be amended.
,
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In performing the services required hereunder, the CONSULTANT shall not discriminate
against any person on the basis af race, color, religion, sex, national origin or ancestry, age, ar
physical handicap.
A TICLE XIX
PE SONNEL
A. The CONSULTANT represents that it has or will secure, at its own expense, all
personnel required to perform all the services required under this Agreement. Such
personnel shall nat be employees or officers of, nor have any contractual relations with
the OWNER. CONSULTANT shall inform the OWNER of any conflict af interest ar
potential conflict of interest that may arise during the term of this Agreement.
B. All services required hereunder will be performed by the CONSULTANT or under its
supervision. All personnel engaged in work shall be qualified, and shall be authorized
and permitted under state and local laws to perform such services.
C� In those instances deemed necessary by the OWNER, the CONSULTANT, its employees
and/or its Sub-consultants shall be required to submit to background checks.
.• j
.
.
The CONSULTANT shall not assign any of its scope of work under in this Agreement,
and shall not transfer any af its scope of work under this Agreement (whether by assignment,
navation, or otherwise) withaut the prior written consent of the OWNER. Should the
CONSULTANT assign any part af the monies due under this Agreement, CONSULTANT is
required to provide written notice of the sanne to OWNER. Any assignment of monies due under
this Agreement shall not change any of the terms ar conditions of this Agreement ta include but
not limited to the terms and conditions for payxnent under this Agreement.
,•
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No waiver or modification of this Agreement or of any covenant, condition, or limitation
herein contained shall be valid unless in writing and duly executed by the party to be charged
therewith, and no evidence of any waiver or modification shall be offered or received in evidence
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the provisions hereaf. In accomplishing the projects, CONSULTANT shall take such
steps as are appropriate to ensure that the work involved is properly coordinated with
related wark being carried on by the OWNER.
�°, The OWNER shall assist the CONSULTANT by placing at the CONSULTANT's
disposal all available infarmation pertinent to the Project, including previous reparts, any
other data relative to the Project, and arranging for the access thereto, and make all
provisians for the CONSULTANT to enter in or upon public and private property as
required for the CONSULTANT ta perform services under this Agreement.
G. The captions of this Agreement are far informational purposes only, and shall not in any
way affect the substantive tern�s or conditions of this Agreement.
H. If there is any conflict between the terms of this Agreement and the exhibits attached to
this Agreement, the terms and conditions of this Agreement will control over the terms
and conditions of the attached exhibits or task orders.
,.
' � �
The OWNER shall have the right to audit and make copies of the books, records and
computations pertaining to this agreement. The CONSULTANT shall retain such books,
records, documents and other evidence pertaining to this Agreement during the contract period
and five years thereafter, except if an audit is in progress or audit findings are yet unresolved, in
which case records sha11 be kept until all audit tasks are completed and resolved. These books,
records, documents and other evidence shall be available, within 10 business days of written
request. Further, the CONSULTANT shall also require all Subcontractors, xnaterial suppliers,
and ather payees to retain all books, records, documents and other evidence pertaining to this
agreement, and to allow the OWNER similar access to those documents. All boaks and records
will be made available within a 50 mile radius of the City of Denton. The cost of the audit will
be borne by the OWNER unless the audit reveals an overpayment of 1% or greater. If an
overpaynnent of 1% or greater occurs, the reasonable cost of the audit, including any travel casts,
must be borne by the CONSULTANT which must be payable within five business days of
receipt of an invoice.
Failure to comply with the provisians of this article shall be a material breach of this contract and
shall constitute, in the OWNER'S sole discretion, grounds for termination thereof. Each of the
terms "books", "records", "documents" and "other evidence", as used above, shall be construed
to include drafts and electronic files, even if such drafts or electronic files are subsequently used
ta generate or prepare a final printed document.
ARTICLE. XXIV
ENTIRE AGREEMENT
i
This Agreement, consisting of J� pages and three 3 exhibits, constitutes the
complete and fmal expression of the agreement of the parties, and is intended as a complete and
exclusive statement of the terms of their agreements, and supersedes all prior contemporaneous
offers, promises, representations, negotiations, discussions, communications, and agreements
which may have been made in connection with the subject matter hereof.
IN WITNESS HEREOF, the City of Denton, Texas has caused this Agreement to be
executed by its duly authorized City Manager, and CONSULTANT has ���c������ this Agreement
through its duly authorized undersigned officer on this the �_ day of �p���������� 5 �
20 65 .
_.
CITY OF DENTON� "� ��J� �
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BY� � ��"��Ca�� I�N�'1�'C�1 i�� , �"] �.�� �MANI�GER..
ATTEST:
JENNIFER WALTERS, CITY SECRETARY
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AP�I�� t�"� ��;1 ��.� TO LEGAL FORM:
ANITA BURGESS, CITY ATTORNEY
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WITNESS:
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ATTACHMENT A:
SCOPE OF WORK
CITY OF DENTON
PECAN CREEK WATER RECLAMATION FACILITY
PROCESS MODELING AND OPERATIONS TOOL DEVELOPMENT
Background and Project Overview
The City of Denton (City) requested assistance from Hazen and Sawyer to develop a calibrated
wastewater treatment process model and operations tool for the Pecan Creek Water
Reclamation Facility (PCWRF). One purpose of the process model is to simulate and validate
impacts of future planning scenarios including flow/load variations; evaluation of operational
strategies to maximize the use of existing infrastructure and delay capital expenditure;
evaluation of potential nutrient removal potential including biological and chemical phosphorus
removal; assessing impacts for sidestream flows and co-digestion; optimizing process
configurations; define wet weather protocols and standard operating procedures; optimizing
operational costs including energy usage; etc. In addition the City of Denton would like to use
the process model as an operations training and optimization tool that can be used by City Staff
to train and understand impacts of process decisions and optimize operations to lower O&M
costs.
Project Objectives
The main objectives for the project include the following:
• Develop and deliver to the City a fully calibrated plant process model using BioWinT"^ 4.1
for the current plant configuration, operation, and influent and effluent data. The plant
model will be calibrated to a level that is sufficient to accommodate future nutrient
removal planning, chemical feed optimization for phosphorus removal and confirmation
of design criteria. The model will also be validated for wet weather simulations using the
City's historical wet weather data.
• Develop and deliver to the City an operations tool to assist wastewater treatment
engineers and plant operators in optimizing operations of the plant including chemical
feed for phosphorus removal.
• Provide training to the City staff on the use of the calibrated model and the operations
tool for use in operations, planning, and design.
Project Scope
This section describes the details for the process model development and training scope.
Task 100: Process Model Development and Training
Subtask 101: Review Existina Information and Develoa Flows and Loadinqs Criteria
ENGINEER will review information provided by the City for the PCWRF to be modeled and
become familiar with the current processes at the plant.
Scope of Work �"������,� . � �� .��
Pecan Creek WRF Process Modeling Page 1 of 14 ���0i`��°°°W��'�0 �"�"��v�"� ��`�°��°o�°'
Three years of operating data will be reviewed to establish current influent loading criteria.
ENGINEER will review the historical plant data in conjunction with the current data in order to
establish design flow and loadings to the PCWRF. Operating data will include parameters listed
in the assumptions section below. Any parameters listed in the assumptions section that are
not available to the ENGINEER may be included in the supplemental sampling plan. Key
activities will include:
• Summarize three years of operating data in an Excel spreadsheet. Create the following
plots to understand treatment plant operations and pertormance:
o Influent concentration and load vs time for: BOD, COD, TSS, TKN, ammonia, TP,
pH, alkalinity
o Influent and primary effluent concentrations and load vs time for: BOD, COD,
7SS, TKN, ammonia, TP
o Effluent BOD, TSS, TP, and nitrogen speciation (TN, ammonia, TKN, and
NO3/NO3) vs time
o Primary and secondary clarifier overtlow overflow rates (gpd/s� vs time
o Total and aerobic SRT vs time
o MLSS and MLVSS vs time
o Total and secondary yield vs time
o Solids production and influent BOD, TSS, and COD load vs time
• Pertorm statistical analysis to identify typical load peaking factors for maximum day,
maximum month, and peak week loading. Establish current flow and load.
• Conduct mass balances on TSS and VSS throughout the plant, as well as around
primary and secondary clarifiers. This information is used to assess data quality for the
calibration.
• Select a period to which to calibrate.
ENGINEER will review existing process performance using three years of plant monitoring data
provided by the City. ENGINEER will identify existing issues related to data and process
pertormance. The findings of this review will be reviewed during the site visit and used in the
development of the supplemental sampling plan.
ENGINEER will conduct a one day site visit to the plant during review of the existing
information. The purpose of the visit will be to review current operations, develop understanding
of treatment processes at the plant, and to identify potential issues that need additional
clarification or sampling. Locations for process sampling will also be verified during the site
visit.
Assumptions:
The City will provide record drawings for the PCWRF, preferably electronic versions in
PDF and AutoCAD format.
They City will provide current operations and maintenance manuals for unit processes
for which they are available,
The City will provide planning reports, historical data, monthly operating reports (MORs),
and other plant data. It is assumed that information will be provided by the City in
electronic format (Microsoft Excel), when possible. Specific historical parameters used
to develop the process model includes, but is not limited to:
o Influent: Flow Rate, Temperature, pH, Alkalinity, CBOD, COD, TSS, VSS,TKN,
Ammonia, Nitrate, Nitrite, Total Phosphorus (TP), Ortho-P and Volatile Fatty
Acids
Scope of Work � �.,�"� �� ��� �
Pecan Creek WRF Process Modeling Page 2 of 14 a��°°W��mw°°'° �:°°m°�w��� ���°��a°�"u
o Primary Effluent: Flow Rate, CBOD, TSS, Ammonia, TP, TKN, # of clarifiers in
service
o Final Effluent: Flow Rate, CBOD, COD, TSS, TDS, TP, Ortho-P, Nitrogen
Speciation (TN, Ammonia, TKN, Nitrate, Nitrite)
o Primary Sludge: Wasting Rate
o Aeration Basin: MLSS, MLVSS, SVI, SRT, Air Flow Rates, DO
o Secondary Clarifier: Blanket Depth, # of clarifiers in service
o Primary Sludge: Flow, TSS, VSS
o WAS: Flow, TSS, VSS
o RAS: Flow, TSS, Nitrate
o Thickened WAS: Flow, TSS, Polymer Usage, Filtrate TSS
o Digester: Feed Rate, Temperature, Methane Produ�tion, SRT, Effluent TSS,
Effluent VSS, pH, # of digesters in seniice
o Belt Filter Press: Feed Rate, TSS, Polymer Usage, Cake Concentration, Filtrate
TSS
o Return Flow (from solids handling): Flow Rate, TSS, Ammonia, Nitrate, TP,
Ortho-P
The process model criteria will be based on the previous three years and will include
projections / estimates of future flows up to the design capacity and loads.
Historical criteria for minimum month, annual average, 30-day max average, and peak
wet weather flows will be estimated based on data analysis. No flow monitoring or
collection system analysis will be pertormed as part of this project.
Future criteria estimation (beyond current design criteria) will not be considered as part
of this project.
Meetings:
A one day (8 hour) site visit will be conducted with the following goals:
o Interview plant operations staff (plant manager and operations manager) to
become familiar with the site, current process flow scheme and performance, and
to seek input from project staff on current issues / problems
o Review historical data analysis from available plant data and clarify anomalies in
trends
o Confirm PCWRF process flow diagram and perform plant walkthrough
Deliverables;
Electronic copy (PDF format) of the PCWRF flow and load trend analysis including, at a
minimum, plots listed above.
Electronic copy (PDF format) of the PCWRF process flow schematic after the plant site
visit.
Electronic copy (PDF format) of the meeting / site visit minutes and summary of
discussion.
Subtask 102: Process Model Development and Calibration
ENGINEER will develop a tailored and calibrated process simulation model of the PCWRF
using BioWinT"" 4.1. The process model will be developed with sufficient detail to allow users to
manipulate individual treatment trains where desired by the City (i.e., individual treatment trains
will be provided in the models).
Scope of Work � tl��"�� ���� ��.� tl
Pecan Creek WRF Process Modeling Page 3 of 14 ���6o��°�m�°°° °`°°�'���"� �`ow�o`�°'a
Prior to field sampling, the model will be developed and initially run with available historical data.
Issues generated from the initial effort will be used to refine the supplemental sampling plan for
the plant (discussed in subtask 103).
After sampling, data collection, and analysis, the model developed will be calibrated using
historical data and data gathered during the supplemental sampling. The model will be
calibrated to the generally accepfed calibration Level 3. Generally, model calibration follows the
following steps after the initial model setup and runs under historical data:
• Revise influent fractions for wastewater based on supplemental sampling and historical
data. Typically, this is an iterative process.
• Run model simulations using supplemental sampling period. Compare results to actual
operating data. Typically, solids quantities and concentrations and effluent values are
reviewed,
• Make modifications as necessary to operations related parameters in the model to close
mass balances and depict performance on a unit process basis.
• Make modifications to kinetic model parameters if necessary. Typically, modifications to
these parameters are not made unless there is clear evidence that these changes are
justified.
In general, use of calibrated process models allows the evaluation of the following:
• Plant specific chemical feed optimization for phosphorus removal.
• Plant specific BNR strategy evaluation and optimization.
• Predicted effluent constituents including nitrogen and phosphorus species, BOD, COD,
TSS, and ammonia.
• Predicted solids concentrations in the biological process.
• Predicted solids production from plant processes.
• Oxygen demand from plant processes.
• PerFormance of plant processes under different flows, temperatures, and loading
combinations.
• Performance of plant processes under wet weather events (including constituents
mentioned above), and optimization of wet weather operational strategy.
• Impacts of recycle streams.
• Solids streams, including stabilization processes.
• Process risk and reliability associated with numbers of trains and unit processes in
service.
Assumptions:
The ENGINEER will develop two model configurations including: one for current
operation and basin configuration and one for improvements required to provide
biological phosphorus removal. Two operational scenarios will be developed using the
current basin configuration including:
o Bio-P removal and chemical usage reductions with existing infrastructure (cost
savings in chemical)
o Aeration / DO adjustments to optimize air usage (cost savings in energy)
The calibrated model workshop will include review of the two operational scenarios
described above.
At present, limitations of process modeling include the following:
Scope of Work � P.,B�� � ��, �
Pecan Creek WRF Process Modeling Page 4 of 14 dsrdea�mreownoea �rnmtnmw�u ��commt��ta
o Models cannot simulate the fate of compounds of emerging concern (including
personal care products, growth hormones, nano materials, etc.), radioactive
constituents, toxicity, or heavy metals.
o Models cannot predict short circuiting, back mixing, or uneven flow distribution
unless specifically input into the model. However, if flow distribution and mixing
is a concern computational fluid dynamics (CFD) can be used to troubleshoot the
issue as described in Subtask 108.
o Models cannot predict settleability issues associated with filamentous organisms,
bulking, or foaming. Manual inputs must be made to the model for poor settling
conditions.
o Models do not have a built in safety factor, and therefore, biological processes
will continue until the minimum conditions are reached. Safety factors are
typically applied to design to account for unpredictable field conditions.
• Performance of secondary clarifiers relative to solids removal will be simulated using
available models within the simulation software. Specific CFD models of the clarifiers
will not be developed under this scope.
• Level 3 model calibration includes calibration with field collected data and will be
consistent with the procedure used for performance calibration with other plants with
effluent nutrient requirements.
• Model will be calibrated to generally accepted standards of Level 3 model calibration
accuracy targeting less than 10% differences on solids balances.
• Model calibration will be verified through comparison of daily historical data for a period
of six months to one year. In addition, model will be verified through comparison the
supplemental sampling period on an hourly basis.
• Wet weather model validation will be analyzed using the City's historical wet weather
data. This does not include supplemental sampling during a wet weather event, The
analysis includes the following:
o The ENGINEER will analyze the five largest storms to develop a representative
storm hydrograph.
o The ENGINEER will create dynamic wet weather simulation model that the City
can use for subsequent evaluations. This would typically involve maximum month
load at minimum week temperature and a specified design storm.
• The degree of accuracy on individual constituents will be agreed to during the calibration
process with the City and ENGINEER.
• Studies for kinetic model parameter verification are not included in this task. If needed
for process modeling, and if requested by the Ciry, ENGINEER can provide additional
laboratory and field sampling to verify kinetic parameters that are found to be
significantly different than standard default values as part of an additional service
authorized by the City.
Meetings:
� One half day (4 hour) workshop to review initial model process flow, operation
characteristics, additional sampling requirements and proposed locations. (after initial
model run, before complete calibration and supplemental sampling)
• One half day (4 hour) workshop to present the calibration results including verification
plots and discussion of the two operational scenario adjustments and results.
Scope of Work ����ea� �� �� '��
Pecan Creek WRF Process Modeling Page 5 of 14 �°�"��`��,"`�" "",°`����mg° ��`""n�`°`�
Deliverables:
• Electronic copy (PDF format) and 5 hard copies of presentation materials for meetings.
• Electronic copy (PDF format) of ineeting minutes and discussion summary.
Subiask 103: Process Supplemental Samplina Plan
ENGINEER will develop a concise and tailored Process Supplemental Sampling Plan for
PCWRF. The purpose of supplemental sampling is as follows:
• Determine diurnal loading patterns for influent constituents.
• Determine detailed influent fractions for modeling calibration.
• Gather additional data on side streams.
• Gather data for verification of default kinetic rates within model.
• Gather data on areas of plant that require additional characterization.
Developing a supplemental sampling plan typically involves the following:
• Identify locations for composite and grab sampling. Determine the parameters to
quantify at each location to gather requisite information for the model calibration.
• Prepare a written sampling plan. Coordinate with City operations and laboratory staff
prior to sampling dates.
Upon approval of the sampling plans by the City, sampling will be pertormed, followed by a
period for data review (during this time calibration can also begin). It is assumed that
ENGINEER will collect, analyze where possible, and coordinate contract analysis of samples
taken during the effort.
Assumptions:
• The ENGINEER wilf perform two supplemental sampling events; one during the winter
season and one during the summer. Each sampling event will require three (3)
personnel for three (3) days and ten (10) hours per day.
• The majority of analyses will be performed by either ENGINEER or the City's laboratory.
ENGINEER will coordinate the City's staff / laboratory to provide sample pickup and
analysis. The City will expense all laboratory analysis separate from this contract.
Outside laboratory analysis costs are not included as part of the ENGINEER's contract.
.� Depending on the historical data available, the ENGINEER may require assistance from
the City to develop additional analysis on samples currently collected by PCWRF.
• Additional sampling for wet weather event validation is not included in this task.
� A specific lump sum item has been included in the direct costs to cover the ENGINEER's
consumables related to the sampling and analysis performed by the ENGINEER.
• It is assumed that responsibility for the sampling and analysis will be divided as follows:
o Composite sampling and analysis will be conducted by the City staff
o Grab sampling in aeration basins will be conducted by H&S. Analysis will be
performed by both H&S staff and City laboratories
o Grab sampling of sidestreams will be conducted by H&S. Analysis will be
performed by both H&S staff and City laboratories
o Diurnal grab sampling and analysis will be performed by City staff
Scope of Work , p���� I� �_ �
Pecan Creek WRF Process Modeling Page 6 of 14 �°�0i "�m°�"N��� a��`�����R� ����Wwpw��`��
o The following table is an initial estimate of number of analyses required for EACH
sampling event:
Sam lin T�����e ������Total��#�of�Analys�is����by��� Total��#of�Anal s�������� �������.�
_ . p.. 9 Yp . ................
y is by
the Cltv / EVENT ENGINEER / EVENT
�..... _�..�...�_.._. .........................,,,,,, .._�.�._�....�_......_..._���._..�_.em.... .a..,���y.� ....... .. .�...�---�.ewm� .....
Composite 917 0
Grab -�aeration basins. ... . ...... ... �.�$ � �.�.� e_...__ �4.�.�. _W m.n.. __ _
,_._ .......�.�._...w��.._...... . .... .... ....�....�.��...�.ko �.e ..ew__ ee�� ....��__ �,�.�_ .�_.....
Grab — recvcles 84 84
��������� ..,.._� ...._�... _�w_.. .e.... �.......m�a�e.e��.a....�.. .. _�w.,� . ........... .._� .....
Grab —
diurnal 240 0
�......�� ....... . �� �_�. .... ..��... ........ �.�..�� ...�,,.. � ...w._ .o�.e._� �
� Total: 1389 ������ � ������ 504
Meetings:
• One two (2) hour meeting to review the sampling plan, specific sample locations,
collection responsibilities and any handling instructions. (after the initial process model
run with historical data)
Deliverables:
• Electronic copy (PDF format) and two (2) hard copies of the draft sampling plan will be
submitted to the City, along with estimates of analysis costs for the plant for review.
• Electronic copy (PDF format) and two (2) hard copies of the final sampling plan will be
submitted to the City, along with estimates of analysis costs for the plant.
Subtask 104: Process Model Report
ENGINEER will prepare a report for the City, documenting the development and calibration of
the process model. The process model report will have the following sections:
1.
2.
3.
4.
5.
6.
7.
8.
9.
Executive Summary
Background and Purpose
Existing Facility Summary
Historical Influent Data Review
Plant Operating Data and Historical Performance Review
Supplemental Sampling Summary
Model Development and Calibration
Planning / Design Model and Plant Operations Planning Model Description
Model Use and Maintenance
The report will be developed to summarize the development of the calibrated process model.
The primary purpose will be to document the data, assumptions, and methodology used in the
model.
Assumptions:
• The draft report will be presented in a meeting setting with the City. ENGINEER will
finalize the report based on comments from the City.
• The report will not be a user's manual for the model. If desired by the City, a user's
guide can be developed as an additional task. This does not include any standard
BioWinT"" User's Manual that comes with the delivery of the software. It is assumed that
Scope of Work � � � � ����' �ro
Fecan Creek WRF Process Modeling Page 7 of 14 ���`������OoiA ���Pw��`m ��?����o�pp
normal documentation will be provided through licenses purchased separately from the
software manufacturers by the City.
Meetings:
• A two (2) hour meeting will be designated for the draft report review and to collect
comments from the City.
Deliverables:
• One (1) electronic copy (PDF format) and five (5) hard copies of the draft report.
• One (1) electronic copy (PDF format) and five (5) hard copies of the final report.
• The final electronic versions of all data used in the model development and calibration,
and final model files will be provided to the City at the end of the project. Files will be
provided on DVDs. A total of 5 copies of the information will be provided.
Subtask 105: Model TraininQ
ENGINEER will provide the City with process model training after the PCWRF model has been
calibrated and is ready for use. The training involves an introduction to process modeling,
overview of the software and more detailed capabilities or use of the model.
Assumptions:
• The City will purchase all software licenses required for their use. The ENGINEER will
use their own licenses for model demonstration and training.
• The City staff that will be using the model will complete the software manufacturer's
standard tutorials prior to the PCWRF specific model training. These tutorials will
introduce staff to the software and how to navigate through menus and functionality.
• Introductory, High Level Overview Training — training will be held in one four (4) hour day
to provide a high level overview of the project objectives, PCWRF process modeling and
the modeling software selected for this project. Modeling will be presented in terms of
advantages, limitations, and how it is intended to be utilized. A demonstration of model
features will be presented.
• Specific Model Software Overview Training — training will be held over two (2) - four (4)
hour days at the City's office. Training will provide an overview of the features and use
of the modeling software (BioWinT"' 4.1).
• Model Software Training — Training will be held over one four hour day at the City's
office. Training will provide information on advanced topics, including running scenarios,
sensitivity analysis, and model modifications / maintenance.
• As part of the training for each session, ENGINEER will develop a training session
manual that will contain a summary of the information presented in the training.
ENGINEER will apply for operations training contact hours for the training sessions.
Meetings:
• See assumption above for training details including number of sessions and timeframe.
Scope of Work ' �� �� �����"��
Pecan Creek WRF Process Modeling Page 8 of 14 �"xdr°��°"°Po�° N"�O�wW"� �''a�'��"�"°"
Deliverables:
• One (1) electronic copy (PDF format) and five (5) hard copies of the training materials.
Subtask 106: Proqress Meetinqs
ENGINEER will coordinate with the City to plan and conduct meetings throughout the projeci on
a regular basis. For each meeting, ENGINEER will prepare a meeting summary which contains
discussion items, key decisions, and action items. Meeting summaries will be distributed to the
project team for review, then �nalized and saved in the project records. Meetings included in
this project include the following:
Assumptionsm
Project Kickoff Meeting — purpose of ineeting is to discuss project scope and schedule
with p�oject team from ENGINEER and the City. Project objectives will be reviewed at
this meeting and process model expectations and level of calibration will be discussed.
Communication protocol and other project procedures will also be discussed during the
meeting.
Monthly Progress Meetings — purpose of ineeting is to discuss monthly progress,
coordinate information with the City staff and update the schedule.
All meetings will be held at the City's offices. ENGINEER staff working on the project
remotely will be available by conference call for monthly progress meetings.
Meetings:
• Project Kickoff Meeting.
• Twelve (12) monthly progress meetings are included in the fee.
Deliverables:
• One electronic copy (PDF format) and five (5) hard copies of the meeting materials.
• One electronic copy (PDF format) of the meeting minutes and sign-in sheet.
Subtask 107: Internal QA/QC
ENGINEER has a corporate Quality Assurance program that is applied to all projects. The
Quality Assurance for this project will be performed at several levels and will include the
following:
• Involvement of technical advisors throughout the project. The purpose of technical
advisors is to provide technical input on the approach and decisions made during the
project,
• Internal checking of all calculations / spreadsheets used for the analysis. All calculations
and spreadsheets used for historical data analysis will be checked internally by a
technical advisor.
• Sampling and Analysis QA/QC.
• Model simulations / calibration. Models will be checked internally for several items,
including the following:
o Unit process sizing / connectivity — models will be checked for accurate
representation of the existing process flow train, including unit process volume,
connectivity, and process model type
Scope of Work �" �.�� � ��, g���
Pecan Creek WRF Process Modeling Page 9 of 14 �wind`W�°���6m0 "��°°�aW`µ ���a��0��¢�
o Model parameters — Model parameters used will be reviewed against standard
values to verify that no modifications have been made unless necessary and
verified through field investigation
o Calibration — Checks used during calibration will be reviewed to ensure that
typical modeling practices are not left out of the process. Results of calibration
will also be reviewed for level of accuracy relative to plant performance
o QA/QC of final developed report
Assumptions:
• Documentation of all QA/QC will be kept in the project records and will be submitted to
the City.
Meetings:
• None
Deliverables:
� QA/QC logs will be provided in electronic (PDF) format.
Task 108: Hvdraulic and CFD Model Validation
This task is for the ENGINEER to develop hydraulic models or CFD models to confirm or
evaluate flow distributions or mixing within the plant.
Assumptions:
Specific locations for hydraulic or CFD modeling will be determined during the study
phase of the project. Services available through this task include, but are not limited to:
o CFD modeling of channels, tanks, pipes, chemical injection, etc. Model
developed from record drawings and scenarios can be run varying flow rates to
develop velocity gradients, path lines and mixing gradients
o Hydraulic profiles can be developed in HazenPro, a spreadsheet based model
designed and used by the ENGINEER. Initial hydraulic profile will be developed
from record drawings. Any field measurements required to validate will be taken
by the City during "average flows". Verification can also be performed during wet
weather events through use of data collected by the City in-house resources on
wate� depths and general observations of function during the storm event
If the extent of modeling is exceeds $5,995 during the study phase a breakdown of tasks
and required labor hours will be provided to the City of Denton. The labor rates provided
in Attachment B: Category Labor Rates will be used to calculate the fee.
Meetings;
• To be identified based on services requested.
Deliverables;
Electronic copy (PDF format) and five (5) hard copies of hydraulic analysis and results in a
technical memorandum format when applicable.
Scope of Work �;° , '���;��,�� ,��,"����
Pecan Creek WRF Process Modeling � Page 10 of 14 �°"�'°���a"`�`�° �'��0��"'�° ���°m�od�'°"
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,■ !I �' ' �• '!' � ! ! 1' f f �,
• Name as additional insured the City of Denton, its Officials, Agents,
Employees and volunteers.
• That such insurance is primary to any other insurance available to the
additianal insured with respect to claims covered under the palicy and that this
insurance applies separately to each insured against wham claim is made or
suit is brought. The inclusion of more than one insured shall nat operate to
increase the insurer's limit of liability.
• Cancellation: City requires 30 day written notice should any of the policies
described on the certlficate be cancelled or materially changed before the
exparation date.
• Should any of the required insurance be pravided under a claims-inade fonn,
Consultant/Cantractor shall maintain such coverage continuously throughout
the term of this contract and, without lapse, for a period af three years beyond
the contract expiration, such that accurrences arising during the contract term
which give rise to claims made after expiration of the contract shall be cavered.
• Should any of the required insurance be provided under a form of caverage that
includes a general annual aggregate limit providing far claims investigation or
legal defense costs to be included in the general annual aggregate limit, the
Consultant/Contractor shall either double the occurrence limits or obtain
Owners and Contractors Protective Liability Insurance.
• Shauld any required insurance lapse during the contract term, requests far
payments originating after such lapse shall not be processed until the City
receives satisfactory evidence of reinstated coverage as required by this
contract, effective as of the lapse date. If insurance is nat reinstated, City may,
at its sole optian, terminate this agreement effective on the date af the lapse.
' • � � � ;. .. . � .
All irrsurance policies proposed or obtainecl in satisfaction of this Contract shall additionally
camply with the following marked specifications, and shall be maintained in compliance with
these addetionad specifications throughout the duration of the Cantract, or longer, if so noted:
[X] A. General Lfability Insurance:
General Liability insurance with combined single limits of not less than �500,000.00
shall be provided and maintained by the Contractar. The policy shall be written on
an occurrence basis either in a single policy or in a combination of underlying and
umbrella or excess policies.
If the Commercial General Liability form (ISO Form CG 0001 current edition) is
used:
Coverage A shall include premises, operatians, products, and completed
aperations, independent contractors, contractual liability cavering this
contract and broad form property damage coverage.
Coverage B shall include personal injury.
Coverage C, medical payments, is not required.
If the Comprehensive General Liability form (ISO Form GL 0002 Current Edition
and ISO Form GL 0404) is used, it shall include at least:
Bodily injury and Property Damage Liability for premises, operations,
products and completed operations, independent contractors and property
damage resulting from explosion, collapse or underground (XCU)
exposures.
Broad form contractual liability (preferably by endorsement) covering this
contract, personal injury liability and broad form property damage liability.
[X] Autamobile Liability Insurance:
Contractor shall provide Commercial Automobile Liability insurance with Coinbined
Single Limits (CSL) of not less than $500.000.00 either in a single policy or in a
combination of basic and umbrella or excess policies. The policy will include bodily
injury and property damage liability arising out of the operation, maintenance and use of
all automobiles and mobile equipment used in conjunction with this contract.
Satisfaction of the above requirement shall be in the form of a policy endorsement for:
any auto, or
all owned, hired and non-owned autos.
[X] Workers' Compensation Insurance
Contractor shall purchase and maintain Worker's Compensation insurance which, in
addition to meeting the minimum statutory requirements for issuance of such insurance,
has Employer's Liability lirnits of at least $100,000 for each accident, $100,000 per each
employee, and a$500,000 policy limit for occupational disease. The City need not be
named as an "Additional Insured" but the insurer shall agree to waive all rights of
subrogation against the City, its officials, agents, ernployees and volunteers for any work
performed for the City by the Named Insured. For building or construction projects, the
Contractor shall comply with the provisions of Attachment 1 in accordance with
§406.096 of the Texas Labor Code and rule 28TAC 110.110 of the Texas Worker's
Compensation Commission (TWCC).
[_] dwner's and Contractor's Protective Liability Insurance
The Contractor shall obtain, pay for and maintain at all times during the prosecution of
the work under this contract, an Owner's and Contractor's Protective Liability insurance
policy naming the City as insured for property damage and bodily injury which may arise
in the prosecution of the work or Contractor's operatians under this contract. Coverage
shall be on an "occurrence" basis, and the policy shall be issued by the same insurance
company that carries the Contractor's liability insurance. Policy limits will be at least
combined bodily injury and property damage per occurrence with a_ WW�WWWWW w� aggregate.
[X] Professional Liability Insurance
Professional liability insurance with limits not less than 51,000,000.00 per claim with
respect to negligent acts, errors or omissions in connection with professional services is
required under this Agreement.
�] Builders' Risk Insurance
Builders' Risk Insurance, on an All-Risk form for 100% of the completed value shall be
provided. Such policy shall include as "Named Insured" the City of Denton and all
subcontractors as their interests may appear.
[�] Commercial Crime
Provides coverage for the theft or disappearance of cash or checks, robbery inside/outside
the premises, burglary of the premises, and employee fidelity. The employee fidelity
portion of this coverage should be written on a"blanket" basis to cover all employees,
including new hires. This type insurance should be required if the cantractor has access
to City funds. Limits ofnot less than each occurrence are required.
[_] AdditionalInsurance
Other insurance may be required on an individual basis for extra hazardous contracts and
specific service agreements. If such additional insurance is required for a specific
contract, that requirement will be described in the "Specific Conditions" of the contract
specifications.
ATTAC NT 1
[_] Worker's Compensation Coverage for Building or Construction Projects for
Govern ental Entities
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2) na later than seven days after receipt by the contractor, a new certificate of
coverage showing extension of coverage, if the coverage period shown on the
current certificate of coverage ends during the duration of the project.
F. The contractor shall retain all required certificates of coverage for the duration of the
project and far one year thereafter.
G. The contractor shall notify the governmental entity in writing by certified mail ar
personal delivery, within 10 days after the contractor knew or should have known, of
any change that materially affects the provision of coverage of any persan providing
services on the project.
H. The contractor shall post on each project site a notice, ir� the text, farm and manner
prescribed by the Texas Workers' Compensation Commission, informing all persons
providing services on the project that they are required to be covered, and stating how
a person may verify coverage and report lack of coverage.
I. The contractor shall contractually require each person with whom it contracts to
provide services on a project, to:
1) pravide coverage, based an proper reporting of classification codes and payroll
amounts and filing of any caverage agreements, which tneets the statutory
requirements of Texas Labar Code, Section 401.011(44) for all af its employees
providing services on the project, for the duratian of the project;
2) provide to the contractar, prior to that person beginning wark on the project, a
certificate of coverage showing that coverage is being provided far all employees
af the persan providing services on the project, for the duration of the project;
3) pravide the contractor, prior to the end of the coverage period, a new certificate of
coverage showing extension of coverage, if the coverage period shown on the
current certificate af caverage ends during the duration of the project;
4) obtain from each other person with whom it contracts, and provide to the
contractor:
a) certificate of coverage, prior ta the other persan beginning work on the
praject; and
b) a new certificate of coverage showing extension of coverage, priar to the
end of the coverage period, if the coverage period shown on the current
certificate of coverage ends during the duration of the project;
5) retain all required certiiicates of coverage on file for the duratian of the project
and for one year thereafter�
6) notify the governmental entity in writing by certified mail or personal delivery,
within 10 days after the person knew or should have known, of any change that
materially affects the provision of coverage of any person providing services on
the project; and
7) contractually require each persan with whom it contracts, ta perform as required
by paragraphs (1) -(7), with the certificates of coverage to be provided to the
person for whom they are providing services.
: : : � , � r � � � , _ � r- � • �-� . - � _ �
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, �. _ �. . � � . , �
K. The cantractor's failure to comply with any ofthese provisions is a breach of contract
by the contractor which entitles the governnnental entity to declare the contract void if
the contractor does not remedy the breach within ten days after receipt of notice of
breach from the gavernmental entity.
Certi�cate of Insurance
azen and Sawyer, P.C.
��"�`�� CERTIFICATE OF LIABILITY INSURANCE °;z�5zo;4°""�"'
THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER. THIS
CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES
BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S), AUTHORIZED
REPRESENTATIVE OR PRODUCER, AND THE CERTIFICATE HOLDER.
NN�Pt�IR�'ANT: If the certlficate holder is an ADDITIONAL INSURED, t�d� �a#lcy��+��� must be endorsed. If SUBROGATION IS 6N�IV��, �ut����t to
the terms and conditions of the policy, certain policies may require an endorsement. A statement on this certificate does not confer rights to the
certificate holder in lieu of such �r�d�rrs�wa��r�t(�zj.
PRODUCER � ��7"�'��
Marsh USA, Inc. ����C
1166 Avenue of the Americas sHON�E F e�Y` C Fe �, N��•
New York, NY 10036 �'��"N�-
Attn: NewYork.certs@Marsh.com Fax: (212j 948-0500 �'�����"�'
IM��RFlEFt��wj AFFORDING COVERAGE � NAI� #
700402--GAUWP-14-15
INSURED ......... ......... .........
HAZEN AND SAWYER, P.C.
ATTN: WILLIAM CRAYON
498 SEVENTH AVENUE
NEW YORK, NY 10018
itisuReR a, Hartford Fire Insurance Co
iNSUReR e, Hartford Casually Ins Co
INSURER C �: N/A ......... ......... ......... ....... .........
iNSUReR �: Twin Ciiy Fire Insurance Co
INSURER E :
!"«i �
N/A
29459
Ct��'�k�a4Ca�� CERTIFICATE NUMBER: NYC-006978310-b1 REVISION NUMBER:3
THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD
INDICATED, NOTIMTHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT VNTH RESPECT TO WHICH THIS
CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS,
EXCLUSIONS AND CONDITIONS OF SUCH POLICIES, LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS.
IN$R ....... ......... ....... ...... '�41��L"��d��,.... ........ ..... ..... POLICYEFF....f P4l.N�Y�'�F� ._.... ..... ....LIMITS ...... ...... ......
�Tp TYPE OF INSURANCE � iuco unin POLICV NLIMBER IMMI�D/VVVVI I�p;�'ry�ry,I�pqp'YYYV
...........�.
� .�..�.__...._....,.,�.
A GENERAL LIABILITY 10 UUN UU0690 03129I2014 i 03I29I2015 encN occuRRErvce $ 1,OOQ000
b�rti61�� �. "��� I","�f�{Efa
� X � COMMERCIALGENERALLIABILITY P4��=rypl:�Re�a�lmn„rc�m�.�na'd�atcap � _
� CLAIMS MADE I X I OCCUR i MED EXP (Any one person) � 10,000
� PERSONAL & ADV INJURY � 1 000,000 I
� GENERALAGGREGATE $ 2000,OOOI
GEN'L�AGGREGATE LIMIT APPLIES PER: PRODUCTS - COMPIOP AGG $ �2 OOO,OOO� �'
,.... . . ... , ........ ......... ......... ......... .........
POLICY X � 4��fi1?. � LOC $
B AUTOMOBILE LIABILITY � � 1 OUENUUO9F)O AOS O3I29 ���
� .........�
/2014 03I29I2015 ccaMh�4n�c�a �{r+Ia:�eF L��nir 1,000,000
( 1 r„F�;r�����s�tl? $
A X ANY AUTO 10UENAN2667 (MA) 03/29I2014 03129I2015 BODILY INJURY (Per person) S
�� ALL OWNED ���� SCHEDULED BODILY INJURY (Per accident} $
AUTOS AUTOS $
..... NON-OWNED � p�+�'�8F"E:��`["Y L�r�hGAt�E
HIRED AUTOS AUTOS �*!' �&��'���k� ._ .,.. .... .....
Comp.IColl. Deductible $ 1,000
... ...._._ .� �. __.
UMBRELLA LIAB I Y� OCCUR EACH OCCURRENCE ., $ .
EXCESS LIAB CLAIMS MADE AGGREGATE $
nFn I aa�TFNr�nN � � � W.. $�.
�.L� .. ,
p WORKERS COMPENSATION � 10 WB AJ 7349 �� 03129I2014 03I25I�015 �� Wpv i in�Uc �r�
AND EMPLOYER5' LIABILIrv � p� 1,000,000
. ANY PROPRIETOR/PARTNER/EXECUTIVE —� E L. EACH ACCIDENT S
' OFFICER/MEMBER EXCLUDED� � N � N /A ����� " ���� �����
(Mandatory In NHf E1 DISEASE - EA EMPLOYEE' S 1,000 000
If yes, describe under 1,000,000
DESCRIPTION OF OPERATIONS bslow E L DISEASE - POLICY LIMIT S
__ ...... .. ..........�.�. .w...��.�
� DESCRIPTION OF OPERATIONS I LOCATIONS I VEHICLES (A@ach ACORD 101, Addltlonal Remarks Schedule, If more space le requlred)
Re: Cily of Denton Contract # 5718 – Pecan Creek Water Reclamation Facility Process Modeling And Operations Tool Development
The City af Denton, its Officials, Agents, Employees and volunteers is included as addilional insured (except warkers' compensatian) where required by written contracl. This insurance is primary and non-
contributory aver any exis4ing insurance and limiled to liability arising out of lhe operations of lhe named insured and where required by written canlract.
City of Den4on, Texas
21b Easl McKinney Street
Denton, TX 76201
ACORD 25 (2010/05)
CAN��LL.l4TN
SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE
THE EXPIRATION DATE THEREOF, NOTICE WILL BE DELIVERED IN
ACCORDANCE WITH THE POLICY PROVISIONS.
AUTHORIZED REPRESENTATIVE
of Marsh USA Inc.
Manashi Mukherjee �
O 1988-2010 ACORD CORPORATION. All rights reserved.
The ACORD name and logo are registered marks of ACORD
HAZEB�SA-01 CDIXON
' DATE (MMIDDIYYYY) ������
CERTIFICATE OF LIABILITY INSURANCE 12/15/2074
THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER. THIS
CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES
BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S), AUTHORIZED
REPRESENTATIVE OR PRODUCER, AND THE CERTIFICATE HOLDER.
IMPORTANT: If the certificate holder is an ADDITIONAL INSURED, the policy(les) must be endorsed. If SUBROGATION IS WAIVED, subject to
the terms and conditions of the policy, certain policies may require an endorsement. A statement on this certificate does not confer rights to the
certificate holder in lieu of such endorsement(s).
PRODUCER ��T�'��
PdNsRYA�, ..
Ames � Gough ������ 7�p� 827-2277 ��"� idp� 827-2279
8300 Greensboro Drive l+�+'�r �u, �m&}, � � d�+�,..�+�1� � �
Suite 980 p�������
McLean, VA 22102
ry�9k�REFk�S� AFFORDING �pV�CSp,�E NAIC q
�NSUaeRa:Continental Casualty Company (CNA) A(XV) 20443
INSURED
Hazen and Sawyer, P.C.
498 Seventh Avenue
New York, NY 1001 S
INSl1RER B :
INSURER C :
INSURER D,,:
INSURER E :
INSURER F :
�pi/�'Fi�;�ES CERTIFICATE NUMBER: ��"U"M�pt�N NUMBER:
THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD
INDICATED. NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS
CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREINISSUBJECTTOALLTHETERMS,
EXCLUSIONS AND CONDITIONS OF SUCH POLICIES. LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS.
����, p��� ���� _ p�a.per ��� r���.w�� �x� unnirs
�r� TYPEOFINSURANCE iucn wvn'�� ,POLICYNUMBER 1WE�M9RGft7t"�W^f'Y_ �I�R�CpLYlY"CYY.
COMMERCIAL GENERAL LIABILITY EACH OCCURRENCE $
, CSAC�NG� iG �t�W"Y`�CS
„,,,I CLAIMS-MADE 1 OCGUR PREMISES (Ea occurrencel �
�,.. . _ ....
r
MED EXP (Any ona person} $
I � PERS6NAL &,ADV INJURY $ ... ..
GEN'L AGGREGATE LIMIT APPLIES PER: � GENERAL AGGREGATE S
POLICY [ N I I�6Y- �I _ _
ll Ay Gq p �� LQC PRODUCTS - COMPtOP AGG �
... ��I�I�I'�: .... $
_...... _.... -..�.�..�
AUTOMOBILE LIABILITY � ���'�'l��X�1F f.a `aI��C�IC"vtl�E" �k�ll�` $
l:(
� u ��:G,ul�arak�
���� ANYAUTO 86DILYINJURY(Perperson) $
ALL OWNED SCHEDULED BODILY INJURY (Per accident} $
auros a,uros
�o�-owr��� ��aC�� ���v rrr,r��,��:. $
HIRED AUTOS AUTOS qp"Pa,r �drrirl��prf� _
$
__ .... _.......
' UMBRELLA LIAB � OCCUR EACH OCCURRENCE $
IEXCESSLIAB � CLAIMS-MADE AGGREGATE $
DED ( � RE7ENTION � $
� ......... ........ _ .. .�.�
f WORKERS COMPENSATION �
AND EMPLOYERS' LIABILITY I I GTATI ITF ERH
ANY PROPRIETORfPARTNERIEXECUTIVE Y I Nm � E L EACN ACGIDENT $
OFFICERtMEMBER EXCLUDED? �_� N I A �- ����� - -- --
(Mandetary In NH) I EL DISEASE - EA EMPLOYEF $
If yes, describe under �������� ������ ��������� ��
DESpRIPTION 6F OPERATIONS below I E L DISEASE - POLICY LIMIT �$
�.. .�.�.�. .�.. .� ...... _......____��.....
A Professional Liab. AEH008231489 03/29/2074 03129/2015 Per Claim/Aggregate 1,000,00
�.. �....� _
DESCRIPTION OF OPERA710NS / LOCATIONS / VEHICLES (ACORD 101, Addltlonal Remarke Schedule, may be attached if more space�ls requlred)
RE: City of Denton Contract # 5718 — Pecan Creek Water Reclamation Facility Process Modeling And Operations Tool Development
30-day Notice of Cancellation will be issued in accordance with policy terms and conditions.
City of Denton, Texas
215 East McKinney Street
Denton, TX 76201
:�T:,'� �4�i���A'��I I [�l� I
SHOULD ANY OF THE ABOVE DESCRIBED POLICIES 8E CANCELLED BEFORE
THE EXPIRATION DATE THEREOF, NOTICE WILL BE DELIVERED IN
ACCORDANCE WITH THE POLICY PROVISIONS.
AUTHORIZED REPRESENTATIVE
O 1988-2014 ACORD CORPORATION. All rights reserved.
ACORD 25 (2014/01) The ACORD name and logo are registered marks of ACORD
� �.
I
� � ,, � ;� ' ' ; � '
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Environmental Engineers & Scientists
.v �
���µ�.�����������m� olutions
� ri ��I� IIIII{(�ie�llll��{i�i1�11�
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Since 1951 , Hazen and Sawyer has focused on
providing water environment solutions. Today, we
are the top engineering firm in the nation focused
entirely on water and wastewater.
This clarity of focus - combined with our decades
of experience - means that we regularly find
ourselves faced with some of the world's greatest
planning, design, and construction and program
management challenges, The opportunity to
face these challenges brings many of the most
qualified wastewater engineers and scientists to
our employ - people who relish developing smart,
forward-thinking solutions to address the needs
of our clients.
����� �,���T�Cs ���:��a c�������'��� r�pRr����� s�lw��.���.����.���u�������
Ox�,r hG..��; �a���p:��.�uu���°�r��;�,4ir��h��:�,�i ��fi��q�.�� u�s^�����;�
��SFIIm �I�d�4AldIY�A`�'�',��n r,n4ll��m8411�ftd 41T f�:�,d�� 9I�IY;�,"iW'M� I�4�=.�oMNll�o
��Fn����,� ���.s��Do°P��� ����������A�.:����
Hazen and Sawyer conducts and sponsors
innovative research that links the latest technical
thinking to the needs of the industry, enabling
us to deliver the most practical, efficient, and
sustainable solutions to our clients. We use
sophisticated models during planning and
design to maximize the return on investment
from the solutions we recommend, and project
management tools to deliver finished facilities that
meet budget and schedule objectives,
Hazen and Sawyer provides fast-treck planning, design, and conslruction administralion to lhe Miami-Dade
Water and Sewer Department to upgrade the South District Waslew2ter Treatment Plant to a T:?€��� �r�,�v,� I iEr�[r-I. �,v��E
f1i ,[���ifQ�yrri�rrr� 4�.�r:if�Y?�< <�re��; ��i q.1�74� I��r���,:h9� �rr l47¢; 4�.`I:b.
We're helpin� lhe 3-mgd
Hdlsborou�h WWl I' lo �ip�ride ils
Bioloqical Nulrient Removal (13NR)
process.
New re;qulalions require lhal fhe
plant disch�rg� no ir�ore than 1 2
mg/L lotal Nilroc�en ( f N) and 0.03
my/L Total F'hosphorus (1 P) at
d�sign flow, � ,
H�izen and SawyPr has served
for ovc�r � decade as Ihe des��n
enginear for New York City's
150 mgd Bowery E3ay WWTP,
providinc� a three-ph�se pl�nt
enh�ncement wilh a r,umulalive
conlrect velue of over $500
f1lI�Il011. �� � r?�r�. 11 �r- f�:� r, ��I;_iC�.��:
�r�iUi<<II;' ��Jf lil�i�ii>,�, ,I� i;;,
��I�:�Ir; ir.ainf�iui�i��r�; (��r,ilili�_ � !u
�>��i,iti,�n �����iui <!i �'l,iir��> ,��.ii���U
, i�����,�,��„i� Wein�i�lemented
several innovalive design
features — such as Invent Mixers
and lYan ,port B�affle Walls —
associated wilh BNH upgrades,
which were sucressfully
compleled prior to conseni order
mileslones.
� � ;�� ������ ��,, ��,,��� ��111� � „�6u �u, �„�� II� � �l � N�e���,��'�n m �u,u�� � � flR,�,�w
Process models can simulate a range of
scenarios to identify the best treatment
alternatives for wastewater plant process
optimization, process configuration development,
and assurance in meeting effluent goals. The
output of a model, however, can only be as
accurate as the data and process understanding
put into it.
� JO�I� ��:��G�i�� ��M,:�°,, �V'��::�s��af��"��� II�U �.�r��nlr"„P�;."���q�.a��.�
�����u������7��� �:U���:�� �����°.���� ����Q:�i�.�����'��..�� �i�7� �6n�.:���� ���,u�°°��.�;��
� �' �I �� �. �� �,��� � � � �E �,� ���,� � �; �� � o � � �' � Q� � V.'�,'o '�� II � �1. F II �� 7M �� �" a �. � �a ��,� � �a'�..m.
�'���a"�:�''1�;��J�a", '�Ql�,^�V�.'�9�u"� �������� k�.��"k�..���Q ��':1��t�u�6°°��un:"o
���.��i��p�tilV R:�'�"� �I��!��'�R'�: f�l�m�of�° II��°��o�����:°a.
Before: Wiihout Canopy Baffle
Decades of designing new plants, upgrades
to meet lower nutrient limits, plant expansions,
facility re-ratings, process optimizations, and
independent research have all shaped our state-
of-the-art approach to process modeling, design,
and optimization,
V'Ve develop true whole-plant process models,
using industry standards such as Biowin°' in
combination with proprietary tools such as our
Computational Fluid Dynamics clarifier model
and our Hazen Energy Efficiency Tool (HEET).
Together, these tools provide the most complete
understanding of process alternatives available
anywhere and identify process optimizations that
will bring the greatest return on investment,
After: With Canopy Baffle
Contours of Velociry Magnitude (ft/s)
� m��������r�r���i�111�rrUrrrlri�r��u���i,����i��� %�i�a�� i�� I I I N` %������i;��������
0 1.0 2.0 3 0 4.0 6.0 A 0 7.0 B4O �I 4k 10.0
� e2�,��l�.tr �I����(`' � t��'r�`II;.,�(,;7
At the 60-n�c�d F, Wayne Hill Water Resources Center, Hazen and Sawyer performed special sampling and BioWinQD
process model calibration and verification that identified influent sampling problems that significantly overestimated
iniluenl loads. We used CFD modelinc� of the primary clarifiers combined with full-scale tesling of a baifle to
increase primary removals. The combination of these efforts resulted in a Wy�1�r< <r��.�r��� ,w�� wr� ���r�v ����c }� ifW i�.�9.i�re��
�,��rs��-¢Yt��rr�s.f ;.,liw�Y��r��r ��;
Facing iougher future regulations, the 14-mgd Mason Farm WWTP looked to Hazen ancl Sawyer for economical
w�ys to coi�ply. We used a c�librated Biowin�' model lo evaluale several operalional changes and recommended
adoplion of a step (eed configuration that reduces chemical and energy requirements associated with meeting
ihe pending 3.0 mc�/L effluenl TN limit. Operation in the step (eed mode is expected to r�� rt��, r� �,��iC�,� ir �„�� r,k1��,r�
f rJ'.1.41 , , ,��9r'', ;.;:r!.
HEET is a diagnostic and predictive tool that tracks energy
consumption throughout each point in the treatment process. When
used in conjunciion with BioWin�'D,
Workinc� from an energy baseline, HEET Iarc�ets operatinc� scenarios
to betier manac�e variable electric rates leading to cost savings and
allows rapid analysis/optimization of process and energy scenarios.
Case Studies
Lcxation Site NolableElements AnalysisGoal
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liiin•�r�,��,im ,U � I.vi.fi•..,r�, n I�io�.��. �� � � (�pnin��atinn
1�, :If'.,',���'.lif �'Y 1'� 11':I(�
� . .,..; �-,
��=i. ,
Dlycsff.r 7.�; luc!:�il O�tli�iliLllinn �ind
pioi..�:�, additiun
Hazen Energy EHiclency Tool
�� � ,
Results
� i��:c»•_J pio! c�s ni��ddn.aliuir. m�� �nlui'ic l�.m
d:i1hR���:yin tn�unvido�a•.��i'ysitinlrfllurnl
qu.,lily:ird ri�c•�q% i nusun���,liu�� �i:•���� idircl �;:illi
I he : h,� �� qe,
/ ifli`!�UflCll nvPl 5 i'ifl,lli}('; Irl �1:1Ii•Illld� d14P1 11
l`I11'II�y' :�IV�I'!�',
� Opt�m��ed 00 �ontrol soving 517', �}UUiyenr
�C:��Linited vrndui piop�r>�•d �ideslir:im UeaUnenl
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Our applied research program serves as
a foundation for providing clients and the
broader water-related community with
the solutions they need to control water
pollution and its effects on the environment,
and to develop and implement innovative
technologies in a sustafnable manner.
Our program develaps tailored solutions to
current and future problems faced by our
clients, We utilize an extensive network of
experts, including a network of affiliated
professors and academic institutions,
governmental agencies, and englneers
and scientists of the Firm to ensure that
we provide our clients with well-balanced
perspectives and solutions,
Innovations from our applied research
program that have helped our clients save
money while meeting stringent regulations
include;
Developing, testing, and verifing several
approaches that can be used together
or independently to minimize the cost
of purchased carbon and maxlmize
denitrification.
Implementing nutrient recovery facilities,
performing pilot testing and econamic
evaluatlons at rnany facilities, and also
leading the WERF Nutrient Recovery
Challenge, a project to develop a guidance
tool to help utilities evaluate nutrient recovery,
Repeatedly demonstrating that up to 2096
more biogas can be produced by performing
co-digestion of grease trap and high strength
food-wastes, representing an attractive option
for increasing energy production at treatment
facilities,
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For the 26th Ward VWVfP in New York City, we
designed the first separate centrate treatment
wastewater iacility in the United States utilizing glycerol
as the supplemental chemical to remove nitrogen from
a wastewater, Substituting glycerol for the more-typical
methanol produced a�,�6'�r(� �F�4�a�:�t�%a�� rr� r�a�i����r�,from
5,800 Ibs/day in December 2011 to just 1,900 Ibs/
day today, The facility required to effect this simple
change to a safer, locally-produced carbon supplement
also cost the City Just $1,5 million, as opposed to the
$30 million Ammonia Recovery Process it had been
considering in order io achieve the same objectives.
�,ri l,.}irrrr ,ir�7r°�
Excess capacity in an existing
anaerobic digester can provide the
ideal location for the conversion of
fats/oils/grease (FOG) or olher high
strenc�th waste streams (HSW),
traditionally a bane of wastewater
treatment planl operating staff, to
recoverable energy in the form of
methane gas. An operating facilily
in Gwinnett County (GA) utillzes
FOG/HSW to provide additional
biogas to power r�, 'r' i���P,lt'�r�J
C"il' il Ill�1!�.e lir ��I «�. �i I,rir,rgl ',�' f afYl
il �ri, 2<Ir�� �, '�ri�li'i�� ,Ui;� (r r, e�,,,�,.
f{°i� h,,'t�' ' ll Ti I�r ::;iril illii��,tJ"71
,',i 17i'7u�, r,l:r,,g.gi,� fra 9J�1r, it�! �li�?{
and assist in lonc�-term, cost-
effective operation of the plant .
,%iP,�. ff, i r I 1.'I�,1�1„ I�f,��'� if;lY
Hazen and Sawyer helped the Nansemond Treatment
Plant implement the Ostara Pear10O process, which
removes phosphorus and ammonia from the sidestream
— producing a fertilizer that is sold commercially — and
�-; �;°, [l %„r; � r���. ;'d, �� u F.� i:, in reduced chemical
and sludge disposal costs, During the (irst year of
operations, the Pearl process has provided a 90%
decrease in orthophosphate and a 4096 decrease in
ammonia in the dewatering waste stream returned to
the Ilquid process,
10096 Orlho-P removal
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d
M J J A S 0 N D J F M A M J J A S 0 N D J
2010 2011 2012
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One of the hallmarks of Hazen and Sawyer's
practice is wastewater facilities engineering.
We have provided comprehensive engineering
services for hundreds of wastewater treatment
facilities in the U.S. and worldwide, featuring a
wide range of capacities from less than 1 mgd
to more than 1 bgd, We have successfully
designed traditional primary treatment facilities,
advanced high level disinfection facilities, and
everything in between, Our applied research
group keeps innovative options front-of-mind,
fostering consideration of smart, forward-thinking
alternatives.
Many of our projects are complex in nature and
have strict consent order deadlines that need
to be met. For these projects, we often mobilize
"SWAT Teams" upon project initiation. The
SWAT Team — composed of the facility leads,
discipline leads, and team experts in operations
and automation — will establish a unified basis of
design early in the project based on the feedback
of experts and the best of collaborative thinking.
By including operations-oriented engineers and
licensed treatment plant operators, we ensure
facilities that we deliver will be easy to operate and
maintain, energy-efficient, and cost-effective, This
process can jump-start the design, save money
and tlme, and equip our team members with the
information necessary to address various design
issues, conduct the appropriate evaluations,
and expedite preparation of the Basis of Design
Report,
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Hazen and Sawyer has been involved in liquid and solids process upgrades at the Neuse River NMlfP for more
than 25 years, from its expansion from a 30-mgd extended aeration activated sludge facility to �4 �rCd ��r���� ���l��s�r�F�;��
ii�ofii[�.� �P ��^rr�rE�i,r1�.4��i���E������Pfl�, r���°o��i�� ��rv.w�"[,ii iit,�..e�i (< <��ht��exl� �v (��� �'.(ti ii�Eg���, (!� ;iwr� . �f "� r'ruer�l 4��°`)�r�'f[E<<�i�k lirY��i���,
Hazen and Sawyer is currently working with the City of Raleigh on an expansion lo a permitted flow capacity of 75
mc�d while continuinc� to meet the high level effluent treatment results currently being achieved at the treatment plant.
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Ta maximize efficiency �nd ensure a comprehensive, collaborative design process, Heren and Sawyer utilizes 3D CAD
models io provide virtual walk-thrus of facilily desic�ns that help to elimin�tte conflicts and optimize oper�bility. 3D models
can also bo used to expedite complex permiitin,y processes to keep a project on schedule, as was �he case recenily for
the Cily of Tallahassee.
The City of Iallahassee's -fhomas P. Smith WRF needed to meel progressively more stringent nitrogen emission standards
under consent order deadline. �, , � i � � ,�, � �� � u � � �i � �,!
��- , � - �
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�� After the upgr�des, effluenl nitrogen levels were�reduced by �7%
��,„f�., ;�'�� ,, r==;ir„�,
Needing fo increase wet weather capacity from 32 mc7d to
70 mc�d and dry weather freatmenl capacity from 12 m�d
l0 15 mgd at the LeSourdsville WRF, the Butler Couniy
(Ohio) Waler and Sower Department selected Hazen and
Sawyer io provide planning and design for the upgrade
and expansion. fhe design was carried out in two phases.
The first ph�se included the new bioloc�ical lreatment
sysiem and lhe generalors/power feed facilities. �1 h��.��;;r-
t �ir`i °. ll�.t.}i �'� t,. t:�,�,-,i i'�:, ,�,lir �). l.,
� r ��.. ���. �sl ,i ,air., ,1 I;ri ai (� r r.�',��, , :rll:, �, � r;f
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r��I;� , u . , �ti �, �:;
� �� � �n���� � � ��� �:.� i�� ��..�1 ���� �� �� ���� � '� �� �� � �� ����.a�� �. ��� ��.� �. � i� � �.w;� ��if �'����' �k.�,. iii�..�� � � �;�� �..�� ii�� y�°..�� �.w� � iu �":
As the rop engineering firm in the country
focused entirely on water and wastewater,
Hazen and Sawyer offers unique program
and construction management advantages
and resources, Our understanding of the
market, its governing and future regulations,
and trusted and emerging technologies
mean we can offer our clients better choices
Better choices lead to better decisions,
which lead to better choices down the road,
So whether you need strategic guidance
and risk management, administration and
procurement, resident engineering and
third-party design management, or all of the
above, no one else can offer you the value
Hazen and Sawyer can.
F >>� �I I� f�� ;''F•, ,�i �-����� ��rY,��
Construclion of the Western Wake Regional Wastewater
Managemenl Facilities is the r,�'P �.��i �;i�� i� i,�F�� � ��<< ��
Fii �� i�� �,1 i' l;i��i�, i 1 fnil �'=i�.� »d ifl 2011 H8Z011 afld
Sawyer was selecled to perform Program and Construction
Managemen� Services for eighl major construction
contracls v�lued at over $1 f38 million. -fhe program
includes constructability reviews of all eight packages,
scl�eduling, management and review of all vendor
submiUals, communi�y oulreach, regulatory compliance
and start up and lesting of Ihe entire system, Construction
�s already underway. When complete, lhe new faciliites will
be �ble to serve the needs of Wake County until 2030.
Our experience has taught us that the best
way to minimize claims and change orders
is to avoid them altogether, Because we
know our industry better than anyone else,
we can proactively identify potential claims
and delays and address them before they
happen, not after, We are adept at all major
off-the-shelf online collaboration, document
control, and file sharing software, but we can
also provide non-proprietary, completely-
portable, online project mai�agement
websites to fit your specific needs.
e�.�������m����� . ,
120,000 IbN/d (Pounds of Nitrogen per day)
VWiryd�iiyV��U`+ou� �u�rrnii�
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... �
100,000 �,
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�„.
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�"�lii�d�^I�i�. llsuitl'�c+ruu�idrrr ��^"""� „�,
80,000 a�o .,..ert w.. �� _�..w
fhe c�o�l of lhe Bogota Rivei Fnvironrnenl�l
Nestor�lion Program is lo idenlify and implei7ient
the solutions needed to reduce wastewater
pollution and improve waler qualiiy in lhe middle
basin oi �he 8oc�of� River. In the inid 1990s,
Hazen and Sawyer designed a 90-mgd primary
pl�nl as a firsf step in ach�eving Ihaf goal.
More recently �� i �
� , � _
i:���� � �? Our scope of services
for the currenl upgrade included assistine7 in
the pre-qualific�tion of polential contractors
for fhe design-build pioject, completing the
bidding doc�n�e��ts lo comply wilh World Bank
��nd Colombian lec7al conditions, providing
c�uidance during lhe bidding ancl award process,
and �ssisting in lhe evaluation of internalional
design-build conlractors.
60,000 �°,�w'�" "�w��,
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40,000
20,000
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Dec.2002 03 04 'OS '06 07 OB 09 10 11 '12 '13 '14 '15
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Ha�en and Sawyer developed calibraled BioWin" rnodeling �iedictions of six w�asfewater treafinent plants for a variely of
operafinq and process condilions. This rnodeling rolled up mlo a system-wide lrealment pl�nt performance model that
successfully en�bled Nc w Yoik City Io coordinate over $1 .4 billion of construction, �
� � lo ir�eel consenl order schedule objectives.
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If you're trusted to protect public health or the environment, we can help,
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CONFLICT OF�INTEREST��QUE ....�.,, ....�.��....� ....._.. .�� � .,� .,,,3.� ��....�... � .... ..mm _ .... ... ..... ..._.. ........�....._...
STIONNAIRE FORM CIO
For vendor or other ������ doir�� business wlth local ��r��rr��rc��r��l ��t��r �
._wm �.....wwww�.�_., ����. . ....���.... ���.��
This questionnaire reflects changes made to the law by H.B. 1491, BOth Leg., Regular Sesslon, OFFICE USE ONLY
�.�.... -.�. ��......
This questionnaire is being filed in accordance with chapter 176 of the Local Gavernment Code by a oace Re�eivea
person who has a business relatianship as defined by Section 176.001(1-a) with a local
governmental entity and the person meets requirements under Section 176.006(a).
By law this questionnaire must be filed with the records administrator of the local government entiry
not later than the 7th business day after the date the person becomes aware of facts that require the
statement to be filed. See Section 176,006, Local Government Code.
A person commits an offense if the person knowingly violates Section 176.006, Local Government
Code. An offense under ���i� ���t�t��w� is a Class C misdemeanor.
�.,, �amem+�� e..son who has a � ...__�... ��__.... ._��_..._ .._.,,�. �.� ,,,�..�...�.... ........_..__ .............� w�w_.....�.._w�.______.
q� p � ���b�a��ness r���tB�a�n����� r��tt� ����N governmental entlty,
�..�
,....W............,.wwe.. _ _...� __.�tiH��,..e,� .._ �....W��,. ���.....�.__..._�aw�,.� .��o,�.,�.� �...����� ..............�__w .�����_�.._,,,��_.�_�,,,,
2
� Check this box If you are flling an update to a previously flled questlonnaire.
(The law requires that you flle an updated completed questionnaire with the appropriate filing aGthority not later than the 7�h business
day after the date the originally filed questlonnalre becomes incomplete or Inaccurate.)
3� Name of local government officer wlth who �� N �mmm��� W������WWWm��VVV�����'y� �����mmm Y �W���YV V� �
m fller has an employment or business relatlonshtp,
Name of Officer
This section, (item 3 including subparts A, B, C 8 D), must be completed for each officer with whom the filer has an employment or other buslness
' relationship as defined by Section 176.001(1-a), Local Government Code. Attach additional pages to this Form CIQ as necessary.
A. Is the local government officer named in this section receiving or likely to receive taxable income, other than investment income, from the
filer of the questlonnaire?
�.�..�...� � Yes �....... �..J No
B. Is the filer of the questfonnalre receiving or likely to receive taxable income, othe� than investment income, from or at the direction of the
local government officer named in this section AND the taxable income is not received from the local governmental entlty7
�,�,.....� Yes I..�..,.� No
I
C. Is the filer of this questionnaire employed by a corporation or other business entity with respect to which the local government offlcer
serves as an offlcer or director, or holds an ownership of 10 percent or more?
�.�,��.�,..I Yes �.......� No
D. Describe each affiliation or business relationship..
.. ... �
. �� ,� ............. . ....... ...... .........,,
4 .. ......... _ ......._ �
��,.� �! "�' � � ����' .
..�.�.� _ ee� �. �. �.... . .� ___ ...�. � ��� �-.�. ��� ��w
Si nature of erson doin business r,� the over� entit � p �
�._ ...
9 P g g nmental y ate
Adopted 08/29/2007