Applicant: N/A ACTION ITEMStatement of Qualifications for Source Water Quality for Mapleton City 240 West Center, Suite 220 Orem, Utah 84057 801-226-0393 | October 17, 2017

1 | P a g e

Applicant: N/A

Location: N/A

Prepared By: Steven Lord,

P.E., Public Works

Director/City Engineer;

Public Hearing: No

Zone: N/A

Attachments:

RFQ

December 6, 2017

ACTION ITEM

Resolution awarding the Citywide Water Quality Study to JUB Engineering in the

amount of $X,XXX .

BACKGROUND

Earlier in the year Public Works received several complaints regarding water quality

in the City. These complaints were concerning discoloration of the water. Staff

performed water quality testing at various locations and although the water meets

applicable primary standards for water quality, secondary water quality standards

for Iron were exceeded. Secondary water quality standards are measures of water

quality which do not concern public health but do affect things such as taste,

appearance and odor.

In September, City Council authorized that the project be put out to bid. The

following 5 engineering firms were invited to submit statements of qualifications:

RB&G Engineering

JUB

Sunrise

Horrocks Engineers

Bowen & Collins

EVALUATION

Public Works staff reviewed each of the statements of qualifications and

determined that JUB Engineering was the most qualified firm. Staff contacted JUB

and have been working with them to finalize a scope and budget for the study. We

are in the final stages of those negotiations now and will have a scope and budget

ready for the City Council Meeting on December 6th which will be attached to this

staff report.

STAFF RECOMMENDATION

Adopt the attached to award the city‐wide water quality study to JUB Engineering.

Statement of Qualifications for

Source Water Qualityfor Mapleton City

240 West Center, Suite 220Orem, Utah 84057801-226-0393 | www.jub.com

October 17, 2017

Mr. Steven Lord, PEPublic Works Director and City Engineer125 West 400 North Mapleton, UT 84664

Mr. Steven Lord, PE and Selection Committee,

Thank you for taking time over the last several months to meet with me and discuss the water quality issues that the City faces. Based upon our discussions, we have formed a team of qualified professionals to provide effective solutions to those issues.

J-U-B Engineers effectively resolves source and system water quality issues. We recently managed process selection and pilot testing for iron and manganese removal for a city with a population of 95,000. Through consultation with the city, we developed a process to remove iron and manganese that was seven times the maximum contaminant level established by the EPA. Because of our expertise and efficiency, the City maintains high regard for our professional services. Similarly, we can help the City of Mapleton to resolve its water quality concerns.

J-U-B Engineers excels in risk management. We recently led a risk assessment workshop for a large utility provider. During this process, we analyzed and prioritized various types of risk and identified ways to mitigate those risks. Further, we considered residual risks that would likely remain even after applying mitigation measures. Because of our effectiveness, this client considers us to be trusted advisors. Similarly, we can lead the development of risk management processes for the City of Mapleton.

J-U-B Engineers stands apart from the other consultants. We will expedite the project schedule and reduce project costs by using the existing water quality test results that the City retains on file. If needed, we can gather additional water quality data and utilize GIS spatial analysis to develop correlations between customer complaints and water quality test results.

Also, our project manager will use proven earned value management (EVM) procedures to report project status (e.g. percent complete) to the City and keep the project within schedule and budget parameters. Using a baseline schedule, monthly actual costs, and monthly measures of percent complete, the City can use status reports to track project progress.

We look forward to meeting with you soon and helping you to achieve a successful outcome.

Respectfully,

Eric Stevens, PE, PMP

Project Manager

240 West Center, Suite 200, Orem, Utah 84057 p | 801-226-0393 w| www.jub.com

Statement of Qualifications for Source Water Quality

J-U-B ENGINEERS, Inc. Page | 1

INTRODUCTION

Firm Location

J-U-B ENGINEERS, Inc. 240 West Center, Suite 200 Orem, UT 84057.

Firm Description

J-U-B ENGINEERS, INC., founded in 1954, is a full-service civil engineering firm that provides civil/transportation engineering, structural engineering, environmental engineering, surveying, planning, public outreach programs, and Geographic Information Systems (GIS) services for a wide range of complex projects. During the past 60+ years, J-U-B has experienced steady growth in company size and professional expertise. This has been reflected in the size, number, diversity, and complexity of projects. The mission of J-U-B ENGINEERS is to make our clients successful. We do this by identifying and understanding the goals, concerns, and expectations they have for their projects and finding solutions that ensure their success.

The 330+ employees of J-U-B work as a team with offices in Orem, Salt Lake, Kaysville, and Logan, Utah; Pocatello, Idaho Falls, Boise, Coeur d’Alene, Twin Falls, Nampa, Moscow, and Sandpoint,

Idaho; Kennewick and Spokane, Washington; LeGrand, Oregon; Fort Collins, and Grand Junction, Colorado. Our Utah staff includes over 100 employees.

Engineers and technical specialists in each office provide timely assistance to their local clients. Additional staff and expertise are just a phone call away because all the offices are interlinked with a single, wide-area computer network. This network provides each J-U-B engineer and manager with access to file servers in all of the other offices, making company-wide projects and resources immediately available to you.

AT-A-GLANCE

F Founded in 1954

F 330 employees

F 16 offices in 5 states

F Subsidiary Companies:

w Gateway Mapping Inc. (GMI) w The Langdon Group (TLG)



THE J-U-B TEAM

Team Organization

CITY ENGINEERSteven Lord, PE

J-U-B PROJECT MANAGEREric Stevens, PE, PMP

Delmas Johnson, PEQA/QC Lead

Brad Watson, PEWater Quality Task

Lead

Chris Webb, PEDesign & Hydraulics

Colton Smith, PESite/Civil Design

DeAnn Brown, PE Design & Pilot Testing

Brandon Nielsen, PEPermits & Entitlements

Colton Smith, PE Hydraulics

Jon Frazier, PE, SEStructural Design

Matt Uranga, PEHydrogeology

Bruce CheneyGIS Lead

Jon Farrell, PEWater Quality

Christina McCullockGIS Specialist

David Watkins, PEQuality Control

Team Descriptions

Eric Stevens, PE, PMP - Project Manager (50% availablility) - Eric Stevens is an accomplished professional engineer (PE) and project management professional (PMP) with 19 years of experience in water resources engineering and project management. He recently came to J-U-B from the US Army Corps of Engineers where he served as a senior project manager on a $75 million construction project, providing effective quality and cost control. Through his career, Eric established a reputation for performing quality work and completing projects ahead of schedule and within budget.

Delmas Johnson, PE - QA/QC Manager (15% availablility) - As a professional with over 26 years of experience, Delmas has exceptional leadership, knowledge and expertise in water resources, water rights, technical engineering principles, and project management. Delmas is intimately familiar

with the dynamics of Utah’s water resources, specifically as it relates to regulations, public policy, engineering, administrative, and technical requirements. He has interfaced with numerous stakeholder agencies and their departments, including the State of Utah, local governments, and private institutions (such as The Church of Jesus Christ of Latter-Day Saints).

Brad Watson, PE (Idaho) - Water Quality Task Lead (30% availablility) - Brad spent 11 years at the City of Meridian, ID Public Works Department overseeing their water and wastewater divisions before moving to J-U-B ten years ago. During his tenure at the City, he was responsible for planning, design, budget development and control, project management, public coordination, and construction administration. Since joining J-U-B, he has managed diverse projects from small water system analyses to large multi-discipline sewer, water, geothermal, and irrigation design projects. More recently, Brad’s experience includes water main extension and replacement projects and well filtration facilities, all for the City of Meridian. He is also filling a quality control/review role for a water booster station/reservoir and main line extensions for Suez Water (which serves all of Boise, Idaho).

Chris Webb, PE - Design and Hydraulics (40% availablility) - Chris is one of J-U-B’s core experts in hydraulic modeling. His experience encompasses sanitary sewer and storm water, public water system, reuse and irrigation systems, and geothermal water heating. Chris provided design guidance throughout the City of Meridian’s Well 19 Filtration project and is currently on the Well 22 Filtration design team. His experience includes acting as the design engineer for Suez Idaho (formerly United Water Idaho) Hilton Well Filtration Project. Chris provides highly technical and logical data analysis of large, complex systems.

DeAnn Brown, PE - Design and Plot Testing (70% availablility) - DeAnn is a talented engineer focused on water and wastewater treatment and sanitary sewer rehabilitation. She has taken a lead role for water quality/chemistry on water source and quality projects. DeAnn is currently



design engineer on the City of Meridian’s Well 22 Filtration Project. DeAnn designed, set up, and performed the pilot testing for this project and produced the subsequent pilot test report. She is currently involved in final design of this facility. DeAnn also assisted David Watkins with design of Meridian’s Well 19 project and was J-U-B’s primary construction phase engineer. Currently, DeAnn is running the Mountain Home Air Force Base water treatment pilot plant on a part-time basis.

David Watkins, PE - Quality Control (20% availablility) - Although the majority of David’s experience on his resume deals with wastewater treatment, he possesses considerable recent experience and knowledge of potable water projects. He is currently working with the City of Moscow, Idaho on their Well 10 pumping facilities, a concept design for future incorporation of a greensand filter for iron and manganese removal. David was also Project Engineer on the City of Meridian Well 19 Filtration Design project. He oversaw development of the pilot testing plan, taste-testing exercise, preliminary evaluation of different filtration media types, and preliminary and final design.

Matt Uranga, PE - Hydrogeology (35% availablility) - Matt has spent the nearly 25 years working on a wide array of hydrological and civil engineering projects in Treasure Valley and throughout Idaho while continuing his education in groundwater development and management. Matt serves as a company-wide expert for groundwater specialties such as hydrogeologic evaluations to assess water quality and water quantity, well design, water right issues, groundwater monitoring programs, and well rehabilitation and disinfection projects.

Jon Farrell, PE (UT, IA) - Water Quality (35% availablility) - Jon recently joined J-U-B after seven years with WesTech Engineering, a leading water process engineering and equipment manufacturing company. He spent the past four years working in WesTech’s midwest office with a focus on groundwater systems—primarily for iron and manganese removal. He was trained by field service technicians and senior engineers who each had 25-40 years experience developing hundreds

of iron removal systems throughout the country. He designed and specified aeration, detention, and filtration systems for small to large size treatment plants ranging in flow from less than 50 gpm to over 5 MGD. He has in-depth understanding of how to combine chemical treatments, media configurations, and filter designs in order to achieve the best performance with the most economical design—discerning between the process to find those make the most improvement. He has managed iron removal pilot studies in Minnesota, Iowa, Louisiana, Saskatchewan, and California. He has conducted dozens of evaluations to help existing plants troubleshoot their system in order to minimize chemical requirements, lower backwash waste volumes, and maximize filter run lengths.

Colton Smith, PE - Hydraulics, Site/Civil Design (70% availablility) - Colton has 4 years of open channel, hydrologic, pressure, and gravity modeling experience. This modeling has been done in U.S. Army Corps of Engineers modeling software; (HEC-RAS and HEC-HMS) and Innovyze (InfoSWMM and InfoWater). Colton has also completed the hydrology and hydraulics calculations for several projects. His modeling experience includes open channel systems and closed conduit pressure and gravity systems. His breadth of modeling includes simple single streams and pipe networks to complex interconnecting stream and pipe networks.

Brandon Nielsen, PE - Permits and Entitlements (10% availablility) - Brandon’s 16 years at J-U-B have focused on water resources projects in Utah, Idaho, and Colorado. His specific experience includes groundwater development and modeling, source protection delineations, water rights, well drilling and equipping, distribution system modeling, master planning, and culinary and secondary water pump stations. He is authorized by the Utah Division of Drinking Water (DDW) as a well grout seal witness and holds a certificate from the Utah Division of Water Rights. He is a licensed professional engineer in Utah and Idaho. He is active in several professional organizations and remains up to date in water rights legislation and state and federal regulations affecting water resources.



PROJECT EXPERIENCE

Below you will find examples of our project experience that is similar to your project. We have also included a list of references for these projects and local references for Cities surrounding Mapleton who have entrusted J-U-B to perform engineering and planning services for thier communities.

Similar Project Experience Descriptions

Well 22 Filtration; Meridian, ID; 2016-Ongoing

Contact: Kyle Radek, PE, Project Manager, 33 E. Broadway, Meridian, ID, 208-898-5500, [email protected] Team: Brad Watson, PM; Brad-PM, DeAnn-PE, Chris Webb-PE, David Watkins-QC

Continuing Meridian’s program to reduce manganese and iron in the distribution system, the City initiated J-U-B’s work on this project in the fall of 2016. Pilot testing and filter equipment selection have been completed, the preliminary engineering report is nearing completion, and final design is underway with the goal of being operational in 2018.

The 2,000 gpm well produces water with a manganese level in the 0.35 mg/L vicinity, almost seven times the SMCL. Additionally, background ammonia is approximately 1 mg/L. For the City to maintain its targeted free chlorine residual of 0.5 to 0.6 mg/L in the distribution system, chlorine demand will be relatively high. This project poses additional and unique challenges with this project due to its location in regional City park. Site and architectural concerns by many stakeholders and the public must be addressed with the final design.

Well 19 Filtration; Meridian, ID; 2013-2015

Contact: Brent Blake, Project Manager, 33 E. Broadway, Meridian, ID, 208-898-5500, [email protected] Team: Brad Watson, PM; DeAnn Brown, Design Engineer; Chris Webb, PE; David Watkins, PE

The City of Meridian domestic water system experiences water quality issues related to the precipitation of iron and manganese from their groundwater supply, resulting in brown water events, reduced chlorine residuals, extended system flushing, and customer complaints. The City conducted an initial pilot study in September 2011 to evaluate the feasibility of various water treatment options.

The City decided to implement the preferred water treatment technology of greensand filter at Well 19. J-U-B performed pilot testing and, based on the results, prepared filter equipment procurement specifications for the City’s use in requesting proposal from filter vendors. The City chose a pyrolusite media for the approximately 1,700 gallon per minute facility.

Well 19 was an operational well located on a 100’ x 100’ foot lot in a residential subdivision, limiting space and access for the new facility. Ultimately, the City obtained additional land on the east side of the lot. Still, space was a challenge in locating the new building and providing a new storm water retention pond, well maintenance rig access, hypochlorite delivery truck access, and space for a second additional well. Through an innovative and collaborative alternative



development and screening process, the final site and building design met all of these design goals. J-U-B completed preliminary and final engineering design with completion of construction in fall of 2015.

Hilton Well Filtration; United Water of Idaho (UWI); Boise, ID; 2009—2010

Contact: Bob Lawrence, United Water Idaho, 8248 W. Victory Road, Boise, ID, 208-362-7345 Team: Chris Webb, PE

J-U-B performed the preliminary planning, permitting, site design, treatment design, and construction observation and administration for this project, which that won third place in the 2010 ACEC “Best Project” category.

The UWI Hilton Well Treatment Facility has a production capacity of 1,400 gpm. Some design elements for the well facility included onsite sodium hypochlorite generator, brine and NaHCl storage tanks, backwash tank, and decant system. Project highlights included:

• Preliminary engineering report approved by IDEQ

• Prequalification for treatment equipment vendors

• 2 MGD production well with greensand filtration system for Fe/Mn removal

• Filtration backwash tank with decant system• Onsite sodium hypochlorite generation system• Demolition of the existing well house and

constructing a new well houseJ-U-B also performed similar design services for two other UWI Well Water Treatment Facilities for Fe/Mn Removal.

Groundwater Treatment Facility; Woods Cross, UT

Contact: Bob Lawrence, United Water Idaho, 8248 W. Victory Road, Boise, ID, 208-362-7345 Team: Brandon Nielsen, PE

Woods Cross City, Utah has perchloroethylene (PCE) plume beneath it, affecting its groundwater supply. Through an engineering evaluation and public information effort to identify preferred solutions, the City directed J-U-B to proceed with design of treatment system for its existing supply wells. The City completed the $5 million project in 2015, which included a granular activated carbon (GAC) system sized for 2,000 gpm peak flow along with pre-filters, backwash connections, and off-site piping to interconnect the wells.



Maple Hills Well Treatment System; UWI; Boise, ID; 2004-2005 and 2010

Contact: United Water Idaho, 8248 W. Victory Road, Boise, ID, 208-362-7345 Team: David Watkins, PE

This 2,000 gpm Maple Hill Well Water Treatment System located in Boise, Idaho included design of a new well house for two wells and the horizontal pressure filter treatment system consisting of manganese greensand filter media. Additional expansion of the building picture included the

custom system operation display panel for operator readings.

Additional J-U-B Water Treatment Project Experience

Water Treatment Experience

Pilo

t Te

sting

Wel

l De

sign

Blen

ding

Fe/M

n Re

mov

al

Arse

nic

Surf

ace

Wat

er

Trea

tmen

t

Membrane Treatment, Coalville City, UT a

Pressure Filtration Arsenic Removal, Filer, ID a

Ultra Filtration Surface Water Treatment Plant, City of Glenns Ferry, ID a

Water Supply, Treatment & Storage, Bruneau Water & Sewer District, ID a a a a

Bali-Hai Greensand Filtration, United Water Idaho, ID a

Arsenic Compliance, City of Twin Falls, ID aGreensand Filter Facility, City of Wilder, ID a a aWater Treatment Plant, Riverside Independent Water District, ID a a

Kidd Island Bay Wtr Assoc., ID a a

PROJECT APPROACH

Phase 1 Approach

1. Workshops

Our first step in includes a workshop with City staff and operators to solidify our understanding of your water system issues and challenges and augment what we presently know from our visit earlier year. At this workshop, we will interview staff and operators to burrow into the issues, constraints, and gather any other information that will help us develop project approach.

This workshop will focus on gathering existing water quality data you have collected, discussing seasonal variability in your operations, and understanding any operational constraints that

may eliminate some alternatives, so that we don’t waste time and money chasing non-feasible solutions. City staff and operators know your water system better than anyone and can give valuable insight about the workings of the system.

We will also discuss your existing and planned system improvements and the followings: 1) potential for modifications to the water system, 2) how system operations may be modified, or 3) a combination of the two. These modifications will be developed in Phase 2 into alternatives ranging from least costly (with higher risk) to more costly (lower risk).

Concluding this first step and based on the data and information provided by the City, J-U-B will



present our findings and, if necessary, develop a field work/water quality sampling plan.

2. Perform Water Quality Testing

The City has collected some water data already. J-U-B anticipates using the existing data already collect and may collect additional data as needed. This process will save time and money for the City.

We will inspect the system and gather water samples at critical locations throughout the system. The water samples will be taken to a local lab for analysis. The resulting data will be spatially analyzed in GIS to correlate the test data with facility locations and user complaints within the distribution system.

3. Identify Issues

Using the results of the water quality testing, we will lead a risk assessment workshop with the City to identify risks, mitigation actions, and residual risks. For example, public involvement and outreach could be an important mitigation action to completely identify the relevant issues and resolve public concerns.Sample Risk Analysis Chart

4. Finalize the Project Approach

Using the results of the risk assessment workshop, we will work with the City to develop a framework for an alternatives analysis workshop to consider risks and identify reasonable alternatives for resolving the City’s water quality concerns. Before

finalizing the approach, we will present these recommendations to the City staff and council, addressing any comments received.

Other Considerations

Controlling Scope, Schedule, Budget - Our project manager will use proven earned value management (EVM) procedures to report project status (e.g. percent complete) to the City and keep the project within schedule and budget parameters. Using a baseline schedule, monthly actual costs, and monthly measures of percent complete, the City can use status reports to track project progress.Sample graph of EVM



BILLING RATES

Employee Category Average Billing Rate % of Total Project Time Weighted Average Billing Rate

Design Engineer $91.42 57% $52.11GIS Specialist $103.16 3% $3.09Project Engineer $127.22 20% $25.44Project Manager $153.01 10% $15.30QA/QC Lead $171.89 3% $5.16Task Lead $174.09 7% $12.19Total $113.29

Estimated Total Work Hours: 106Note: This is the estimated total work time (not schedule duration) for all team members on Phase 1

Estimated Total Cost: $11,964Note: This is the estimated total cost for Phase 1. This does not include additional cost for laboratory testing of water samples.

SCHEDULE

Task Name Duration Start FinishNovember December

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 1 3 5

Phase 1 Kickoff Meeting 0 days 11/1 11/1

Perform Additional Water Quality Testing (if required) & Field Work

5 days 11/1 11/7

Analyze Water Quality Testing & Field Work Results

5 days 11/8 11/14

Identify Issues 3 days 11/15 11/17

Risk Assessment Workshop 2 days 11/20 11/28

Alternatives Analysis Workshop

5 days 11/22 11/28

Finalize Project Approach 3 days 11/29 12/1

Phase 1 Closeout Meeting 0 days 12/1 12/1

REFERENCES

Santaquin City

Norm Beagley, City Engineer [email protected] | 801-754-3211 ext. 225

Spanish Fork

Chris Thompson, City Engineer [email protected] | 801-804-4556

Payson City

Travis Jockumsen, Public Works Director/ Development Services Director/City Engineer [email protected] | 801-465-5235

Town of Vineyard

Randy Farnsworth, Mayor [email protected] | 801-226-1929


J-U-B ENGINEERS, Inc. Resume

ERIC STEVENS, PE, PMPPROJECT MANAGER

Eric Stevens is an accomplished professional engineer and project manager with approximately 18 years of experience, including managing and supervising multi-disciplinary teams. Through his experience on a variety of high-profile engineering projects, he established a reputation for performing high-quality work while completing projects ahead of schedule and within budget. As supervisor, Eric evaluated projects in terms of schedule, cost, scope, and budget to ensure that projects stayed on track, on schedule, and within budget. He supervised several project and program managers who each managed multiple projects. This created challenges for monitoring performance. In response, he developed a tracking system to evaluate performance of each project or program according to schedules, cost, scope, and budget. Using this system, he provided regular feedback. As a result, Eric helped the project and program managers to achieve exceptional results.

RELEVANT PROJECT EXPERIENCE

• Hamilton City Levee Construction Project, Hamilton City, California (2014-2016). Hamilton City and Reclamation District 2140. Senior Project Manager (USACE). Here, as project manager, Mr. Stevens managed a multi-disciplinary design team of approximately 20 professionals, including various engineers and scientists (e.g. hydraulics, hydrology, general civil, geotechnical, structural, electrical, environmental, construction, and cost), public involvement specialists, and GIS technicians. Divided into two construction phases, this $75 million project constructed a new 7-mile setback levee, designed to not only lower flood risk for Hamilton City, but also reconnect and restore nearly 1,500 acres of native riparian habitat once separated by the deteriorated existing “J” levee. Specifically, the new setback levee provided improved levels of flood risk management and levee stability. The restoration work benefited the recovery and stability of numerous federal and state-listed species and provide a more natural river function, contributing significantly to aquatic ecosystem restoration along this reach of the Sacramento River. By holding regular coordination meetings and providing regular accountability reports to the client’s coordination team, Mr. Stevens managed this project within scope, schedule, and budget constraints.

• Jordan Creek Flood Risk Management (National Pilot Planning Feasibility Study), Springfield, Missouri (2011-2012). City of Springfield. Project Manager (USACE). As project manager on this high-profile national pilot study (purpose of streamlining and revising the USACE planning process), Mr. Stevens managed the budget, schedule, and a 20-person project team on this$3.6 million flood control project. Here, the City of Springfield, Missouri planned to create an environmental beltway in the downtown area along Jordan Creek that would provide flood damage reduction, ecosystem restoration, and economic redevelopment. Portions of the urban creek flowed through covered conduits in the City center. During the flood of July 2000, $1.85 million in flood damages occurred, interrupting traffic on major thoroughfares and rail lines. More recently, repeated flooding occurred in the spring of 2008 and caused significant damages. As a result, the City worked with the Corps of Engineers to develop a feasibility analysis and preliminary design. The flood control measures included channel widening, structural relocations, detention ponds, open channels, and long culverts and pipelines. Ecosystem measures included using survey, CADD, GIS, and mapping to document

EDUCATION

MS Civil/Environmental Engineering, Brigham Young University

BS Civil/Environmental Engineering, Brigham Young University

CERTIFICATIONS

Utah PE 362357-2202

Missouri PE 2009027933

Project Management Professional (PMP) 1849122



and coordinate the remediation of HTRW on the project site. The feasibility study required modeling design alternatives and included a multi-criterion decision analysis of potential alternatives. It also required the development of surveys (LIDAR data and aerial photography), mapping, geographic information systems (GIS), and other geospatial expertise for this civil works project. Upon its successful completion, this project received the honor of Study of the Year in the Southwest Division.

• Wastewater Treatment Facility Expansion (Construction), California, Missouri (2008-2011). City of California. Assistant Project Manager (Bartlett & West). Mr. Stevens served as an assistant project manager to senior management and as a subject matter expert (civil and environmental engineering), coordinating planning, design, cost engineering, construction, and environmental considerations for this $4.2 Million project of considerable complexity. For example, he coordinated with multiple project component delivery teams (e.g. civil, mechanical, environmental, and electrical) in life cycle project management, project design, and project construction. Also, he managed major portions of the design and construction efforts of wastewater system improvements, which required a high level of involvement with intergovernmental agencies (e.g. EPA). His work included controlling and managing project milestones and construction budgets, providing status reports to senior management. He worked with various funding types and budget cycles to develop project funding.



DELMAS JOHNSON, PEQA/QC LEAD

Delmas Johnson brings more than 26 years of professional experience in water resource management and engineering, groundwater, and project management. He is familiar with the dynamics of water issues in Utah County, specifically as it relates to regulations, engineering, administrative, and technical requirements. Delmas participated in a Utah Lake basin-wide water resource planning effort while an employee of the LDS Church. Early in his career, Delmas developed and prepared Drinking Water Source Protection plans for over 200 sources for public water systems in Utah, including groundwater sources for Pleasant Grove, Springville, Spanish Fork, Midway, Wallsburg, and Heber City. He also lead a contractual effort in reviewing DWSP Plans on behalf of the Utah Division of Drinking Water (DDW), where he reviewed several hundred DWSP Plans and provided comments to DDW.


• Drinking Water Source Protection Plans, Multiple Water Systems Throughout Northern Utah. Beginning in the early days of the Drinking Water Source Protection Rule, delineated protection zones for well and spring groundwater sources using analytical, groundwater modeling and hydrogeologic mapping techniques. Drafted complete DWSP Plans with PCS inventory, developed protocol for PCS prioritization, created management plans for PCSs for municipalities and districts in Utah, Salt Lake, Wasatch, Davis, Weber, Box Elder and Carbon Counties. Served as a lead consultant for several years and trained others through AWWA small systems training and other venues.

• Review of Drinking Water Source Protection Plans, Contract with Utah Division of Drinking Water (DDW). Over the course of 5 years, reviewed several hundred DWSP Plans submitted to DDW and prepared by others. Reviewed plans for minimum requirements and technical accuracy, and shared comments with DDW. Eventually served as Project Manager and mentored others to assist in completing reviews on behalf of DDW.

• Multi-Year Groundwater Investigation near New Harmony, UT and Expert Witness in Utah 5th District Court— As a result of litigation over groundwater interference, an investigation was commissioned to verify claims of the plaintiff and defendant; served as the technical lead and project manager/engineer on the project. After a 2-year monitoring, data collection and analysis exercise, results were concluded and presented in a District Court settlement hearing.

• New Production Well, New Harmony, UT New production well for future M&I use and current irrigation use in New Harmony, UT. The well was constructed to provide additional water supply to fully utilize water rights and provide source redundancy. Managed the design documents preparation, bidding and construction of an 18-inch dia well to drinking water standards. Served as program manager on the design and construction of the wellhouse and piping to connect the new well to the existing irrigation delivery system.

• Fractured Bedrock Well, Well House and Storage Tanks, Utah County, UT Well siting and well construction, well house and storage tanks for Sugarhouse recreation camp located in extreme southeast Utah County. Well was sited and completed in fractured bedrock

EDUCATION

M.S., Brigham Young University, Civil Engineering, 1995

B.S., Brigham Young University, Design Engineering, 1990

CERTIFICATIONS

Professional Civil Engineer, Utah #260247; Idaho #12793



formation adjacent to a fault and completed to a depth of 600 ft. Previous water supply well failed and could not supply the needs of the camp. A new elevated storage tank provided adequate system pressure and was accomplished through 12,000 gallon fiberglass water storage tank. Well was pump tested at 60 gpm and equipped at 40 gpm. The wellhouse was powered by a diesel generator.

• Spring Redevelopment of Left Hand Fork Springs, Ephraim, UT Redeveloped Left Hand Fork Spring for Ephraim City after a slide destroyed pervious collection facilities.

• Shawnee/Ben Lomond Recreation Camp Water Treatment Plant, Liberty, UT Spring re-development and water treatment plant for Shawnee/Ben Lomond recreation camp in Liberty, UT. After MPA tests were conducted on the two source water springs for the two facilities, it was concluded that the springs were either of moderate or high risk for surface water influence. With such an outcome, the State Division of Drinking Water requires 4 log removal of Giardia and Cryptosporidium before being approved for use for drinking water. Both springs were redeveloped to minimize the risk of surface water influence, and a treatment plant was designed and constructed to meet the requirements. The treatment facility includes filtration and disinfection using sodium hypochlorite. A SCADA system was included for remote monitoring to allow the operator to know when to change out the filter cartridges, and monitoring of pre- and post-treatment turbidity and chlorine residual for monthly state reporting.

• Boise Temple Well and Well House, Boise, ID Siting and construction of a new well and well house for the Boise Temple. Because of inherent drought risk on surface water supplies in the Treasure Valley, a new irrigation source (100 gpm) was constructed to supplement the surface water with suitable water quality. The controls on both systems were designed to work in conjunction with each other to provide for an efficient and reliable supply for irrigation of the temple grounds and interstate frontage.

• Construction and Rehabilitation of Well House, Wasatch County, UT Project manager for identification of the needs, development of a conceptual solution, funding approval, design, permitting and construction oversight for a new well house, existing well rehabilitation and new storage reservoir for Oakcrest recreation camp. The well produces 60 gpm and the storage tank is a 170,000 gallon, cylindrical, cast-in-place concrete structure on a bedrock foundation



BRAD WATSON, PEWATER QUALITY TASK LEAD

Mr. Watson has nearly 25 years of experience as a consulting engineer and public agency manager. This experience includes project management, water and sewer master planning, facility design, quality assurance programs, budgeting and cost control, and construction administration for a wide variety of public infrastructure. Since joining J U B in 2007, Brad has managed many different projects including sanitary sewer, potable water, potable water filtration, geothermal and irrigation facilities, master planning, public works rate, fee, policy and design standards development.


• Well 22 Filtration Project; City of Meridian, ID; 2016-Ongoing Project Manager—Pilot testing, preliminary and final design of a greensand iron and manganese removal facility for an existing 2,000 GPM well.

• Rose Circle Water Main Replacement; City of Meridian, ID; 2017-Ongoing Project Manager/Engineer—Design of 1,600 feet of 50-year old water main replacement in existing 60-lot mobile home park to increase fire flow and overall system redundancy.

• Payette Lakes Water & Sewer District; McCall, ID; 2016-Ongoing Design Manager—Design of 36,000 feet of 12-24” recycled water pipeline to a dozen agricultural reuse sites, including remote reading/reporting irrigation meter system.

• Well 19 Filtration Project; City of Meridian, ID; 2013-2015 Project Manager—Pilot testing, preliminary and final design of a greensand iron and manganese removal facility for an existing 1,600 GPM well.

• Water System GIS Services; City of Meridian, ID; 2014-2015 Project Manager—Concept development and implementation, with Gateway Mapping’s support, of GIS-based customer complain tracking with database, complaint type classification, and graphical user interface for Water Division’s customer service staff.

• Well 11 Evaluation; City of Meridian, ID; 2014-2015 Project Manager—feasibility evaluation of rehabilitating, rebuilding or relocating Well #11. Alternatives developed within constraints of IDEQ and City’s Community Development Services rules and ordinances.

• E. Antilles Court Water Main Replacement; City of Meridian, ID; 2014 Project Manager/Engineer—Design of water main replacement in established residential neighborhood to increase fire flows and provide additional fire hydrant coverage.

• Dixie Drain Phosphorus Removal Project; City of Boise, ID (teamed with Brown & Caldwell); 2011-2017 Project Manager—Concept development, preliminary design, local agency coordinating and permitting, CUP appeal, project delivery evaluation, final design, and construction phase assistance. J-U-B’s design components include bladder dam diversion and screening structure, mass grading and embankment, three pump stations, potable water system, roadways, sanitary sewer system, and other miscellaneous site improvements. Preliminary work included HEC-RAS modeling of different

EDUCATION

BS, Civil Engineering, University of Idaho, 1993

BS Ed, (Secondary Education) Physics, University of Idaho, 1990

CERTIFICATIONS

Idaho PE #8847



flow scenarios without diversion, diversion bladder at design elevation, diversion bladder fully down, and Boise River backwater events.

• Carlton and State Avenues Water Line Replacement; City of Meridian, ID; 2010 2011 Project Manager—Pipeline replacement design of 50 to 70 year old undersized water mains in residential and commercial areas of downtown Meridian via pipe bursting and open trench methods.

• Wastewater Facility Plan Update; (teamed with Brown & Caldwell) City of Boise, ID; 2016-Ongoing QA/QC Manager¬—Providing overall collection system model quality assurance program and performing quality control of interim deliverables.

• Infiltration & Inflow Evaluation Program; City of Boise, ID; 2012-2014 Project Manager—Flow monitoring of numerous locations of City’s sewer system, data analysis, establishing protocol for prioritizing basins for repair or rehabilitation.

• Odor Control Projects; City of Boise, ID; 2012-Ongoing Project Manager—Perform field monitoring and analysis of hydrogen sulfide data in City’s collection system to determine location and type of odor mitigation. Assisted in design of activated carbon unit for joint project between Boise City and Bench Sewer District.

• RV Dump Station Relocation Evaluation and Design; Meridian; 2012 2013 Project Manager—Prepare concept and final design/construction plans for new two-lane RV dump station at the Meridian Wastewater Treatment Plant.

• Geothermal Well No. 3 Interconnection, Boise, 2016-2017 Project Manager—Design of 12” replacement main tying Geothermal Wells No. 3 into overall geothermal pipeline network.

• North Area Sewer Master Plan; City of Caldwell, ID; 2007 2010, 2012-2013 Project Manager—Developed sewer master plan for approximately 12,000 largely undeveloped acres north of Caldwell. City re opened project in late 2012 to focus on specific area slated for commercial or industrial development.

• Cost of Service Study; Nampa; 2013 2014 Project Engineer—Developing cost of services analysis for Engineering Department staff functions such as plan review, entitlement processes, utility modeling, and field inspections. Cost of services will be used to development a schedule of fees imposed on development and construction plan submissions.

• Engineering Policy Manual Update; City of Nampa, ID; 2012 Project Engineer—Coordinate various departmental policies, forms, checklists and standards in a unified Policy Manual, including cross reference checks and conflict resolution to City’s other planning documents.

• Geothermal Extension to Boise State University (BSU)/Central Addition Geothermal/Geothermal Well 3 Pipeline Replacement; City of Boise, ID; 2009 2014/ 2015-2017 Project Manager—Preliminary engineering report, hydraulic modeling, design, and construction assistance to extend the City’s geothermal system to the BSU campus. Currently completing design of Central Addition geothermal line in downtown Boise after updating the hyraulic model to reflect multiple major demands connected since we previsouly completed the City’s hydraulic model in 2011.



CHRIS WEBB, PEDESIGN AND HYDRAULICS

Mr. Webb has worked on a variety of projects including water treatment plant design, hydraulic modeling, master planning, sewer line design, flow monitoring, GIS analysis, scour analysis, geothermal line design and lagoon design. Chris has become a core expert in the company for iron and manganese treatment systems, hydraulic modeling, sewer master planning and flow monitoring.


• Well 22 Treatment Facility; City of Meridian, ID; 2017 Project Engineer —Currently developing the preliminary engineering report for an iron and manganese removal system to be added to the existing 2,000 gpm potable well in Bear Creek Park. Preliminary and final design will follow completion of the PER.

• Well 19 Treatment Facility; City of Meridian, ID; 2015 Project Engineer / Quality Control —Provided design guidance and QC for an iron and manganese removal system from a 1,600 gpm potable well using a pyrolusite filter. Included an exapansion of an existing sodium hypochlorite disinfection system. Backwash from filters discharged to the sanitary sewer.

• Hilton Well Water Treatment System; Suez Idaho (United Water); 2010 Design Engineer—Completed a preliminary engineering report for a greesand filtration system to remove iron and manganese from a 1,400 gpm potable well. Provided design of the filtration system including an on-site clorine generation system. Designed a backwash tank to collect, decant and recirculate filter backwash without discharging to the sanitary sewer.

OTHER PROJECT EXPERIENCE

• Sewer Collection System Master Plan & On Call Services; City of Meridian, ID; 2017 Project Manager / Project Engineer—Re-calibrated the city wide InfoSWMM sewer model, updated the master plan and developed a new Capital Improvement Plan. Utilized actual water usage data to load the model and update unit flows. Responsible for model and master plan maintenance and updates since 2010. Completed dozens of on-call analyses, including master plan service area adjustments, localized capacity analyses, lift station phasing and temporary solutions to accommodate development growth while maintain master plan integrity.

• Recycled Water Planning, Modeling & On Call Services; City of Meridian, ID; 2012 2017 Project Engineer—Built a hydraulic model of the existing and future systems using InfoWater modeling software. Determined current and future recycled water production capacity based on available effluent flows, batch storage capacity and permit CT requirements. Responsible for model maintenance and updates since 2012. Provided on call assistance on numerous analyses, including analyzing the impacts of new users and determining anailable capacity. Identified needed upgrades at the main booster station and sizing of extensions to a local golf course and developed a cost estimate to serve the golf course.

EDUCATION

Additional Graduate Courses, University of Idaho, 2012 2013: Sedimentation, Fluvial Geo-morphology, River Restoration

MS, Civil Engineering, Utah State University, 2008

BS, Civil Engineering, Utah State University, 2008

CERTIFICATIONS

Idaho PE #15189

Utah PE #8012541 2202



• Dixie Drain Phosphorus Removal Facility; City of Boise, ID; 2010-2017 Project Engineer—Completed a preliminary engineering report (PER) detailing various alternatives for flow measurement and diversion into the facility. Designed the inlet diversion structure which included pneumatic diversion gates, wedge wire screens, trash rake and an emergency overflow weir.

• Wastewater Facility Plan; City of Boise, ID; 2016-2017 Project Manager / Project Engineer—Provided population and employment projections, as well as, flow and loading projections. Updated the city wide sewer collection system model using InfoSWMM and calibrated to flow monitoring data. Performed a capacity assessment of the existing collection system under existing and future flow scenarios. Defining water conservation opportunities and risks for possible future implementation.

• Spring Flow Monitoring; City of Boise, ID; 2017 Project Manager / Project Engineer— Installed sewer flow monitors at 18 sites (15-inch to 48-inch) for 6 weeks. Analyzed flow data to determine peak infiltration into the sewer collection system.

• Central Addition Geothermal Extension; City of Boise, ID; 2016 Project Engineer—Reviewed and updated the WaterCAD model of the geothermal supply and collection system to size a new extension to the existing geothermal injection well. Designed 1,300 LF of 14” and 16” geothermal collection pipe and 650 LF of 6” insulated geothermal supply pipe.

• Lander Siphon Realignment; City of Boise, ID; 2015 Project Engineer—Provided design for realignment of the twin 18” Lander siphons and a new discharge box in conjunction with a new gravity sewer design by the City.

• Reuse Implementation; Payette Lakes Recreational Water & Sewer District - McCall, ID; 2015 Project Engineer—Built a hydraulic model of the pressuized reuse distribution system for the District using WaterCAD modeling software. Analyzed the existing system under future scenarios in order to provide capital improvement project recommendations, including sizing.

• Sewer Collection System Master Plan; City of Twin Falls, ID; 2015 Project Engineer / Quality Control—Updated the city wide master plan using InfoSWMM modeling software and ArcGIS. Modeled existing and master planned flows, and developed a Capital Improvement Plan to address current and future bottlenecks.

• General Sewer Plan; City of Richland, WA; 2015 Project Engineer / Quality Control—Updated the city-wide master plan using InfoSWMM modeling software and ArcGIS. Modeled existing, committed, and master planned flows. Winter water meter data utilized to generate existing model flows and develop unit flows for future flows. Developed a CIP to address current and future bottlenecks using a prioritization tool based on likelihood of failure (condition), consequence of failure (risk) and capacity.

• General Sewer Plan; City of Walla Walla, WA; 2015 Project Engineer / Quality Control—Updated the city wide master plan using InfoSWMM modeling software and ArcGIS. Modeled existing, and master planned flows as well as developed a Capital Improvement Plan to address current and future bottlenecks. Winter water meter data analyzed for use in generating existing model flows



DEANN BROWN, PEDESIGN AND PILOT TESTING

Ms. Brown received her Bachelors of Science in Civil Engineering with an emphasis in drinking water treatment, wastewater treatment, and hydraulics. While working at J-U-B, DeAnn has worked on a variety of projects including drinking water treatment facilities and associated pilot testing, pump station design, collection system planning and design, odor control testing and design, sewer master planning, sewer condition assessments and rehabilitation design, and geothermal pipeline design.


• Mountain Home Air Force Base Water Supply; Idaho Department of Water Resources; 2017-Ongoing Design Engineer–DeAnn is currently part-time operating a surface water treatment pilot test at CJ Strike Reservoir for design of a secondary drinking water source for Mountain Home Air Force Base.

• Well 22 Water Treatment Facility; City of Meridian, ID; 2016-Ongoing Project Engineer–DeAnn is currently the project engineer for pilot testing and design of a 2000 gpm Iron and Manganese removal facility at Well 22. She organized, designed, and operated the pilot testing effort in December 2016. She assisted the equipment procurement technical specifications completion and is currently heading up the preliminary engineering work.

• Well 19 Treatment Facility; City of Meridian, ID; 2013-2015 Design Engineer–DeAnn assisted with designed of and operated pilot testing of an Iron and Manganese removal system. She developed multiple layout schematics, the final plan set, and design of a new well building, filter upgrade, mechanical piping layout, site work and grading, including permeable pavers. Provided submittal reviews, RFI responses, and solutions throughout construction.

OTHER PROJECT EXPERIENCE

• Sewer Rehabilitation; City of Nampa, ID; 2014, 2015, 2016, & 2017 Projects Design Engineer–DeAnn reviewed sewer pipe videos, completed condtion assessments and recommended rehabilitation methods. She lead design of the chosen rehabilitation work (CIPP and open cut parallel installation) and inspected/managed construction activities as the City’s RPR.

• Facility Plan Update; City of Boise, ID; 2016-Ongoing Design Engineer–DeAnn assists the master plan update process as needed. She complete city-wide infiltration and inflow assessments based on flow montoring data and historical data for storm events, river and canal flow levels, and treatment plant inflow in the Fall 2016.

• PLRWSD Reuse Implementation; Valley County, ID; 2016-Ongoing Design Engineer–DeAnn assisted with design of 31,000 linear feet of low head pressure recycle water pipe with turn-out services for farmers, air/vacuum valve stations, pump stations, and creek crossings.

• Central Addition Geothermal Extension; City of Boise, ID; 2016 Design Engineer–DeAnn researched and evaluated costs and suitability of alternative pipe materials for geothermal system supply and collection water. Designed 1,300 linear feet of 14” and 16” geothermal collection pipe and 650 linear feet of 6” insulated geothermal supply pipe in downtown

EDUCATION


CERTIFICATIONS

Idaho PE #17350



Boise. Coordinated with concurrent construction projects in the Central Addition, utility owners, and governing agencies.

• Purdam Sewer Improvements; City of Nampa, ID; 2014-2016 Design Engineer–DeAnn confirmed existing master plan design for gravity sewer and wet well. She designed the dual pressure sewer system for Purdam Regional Lift Station, developed the contract documents and completed permit applications for various governing agencies including Bureau of Reclamation and Union Pacific Railroad.

• West Boise Wastewater Treatment Facility Odor; City of Boise, ID; 2015 Design Engineer–DeAnn designed and completed a field investigation to locate odor sources in plant drain and gauge the scale of treatment volume using H2S loggers, temporary manhole blower installation, and visual confimation of vacuum in pipeline via smoke test. She completed a report of the odor investigation including reccomended mitigation efforts and additional investigation.

• Black Cat Trunk Sewer Extension Phase 5, Meridian, ID 2015-Ongoing Project Engineer– DeAnn designed 9,000 linear feet of 24” and 12” trunk sewer and applicable access roads. She coordinated with governing agencies for crossing requirements and permits.

• RV Dump Receiving Facility; City of Meridian, ID; 2013 Design Engineer– DeAnn designed the facility piping, site grading, drainage, and stormwater swale for a sewer RV dump. She developed the plan set and contract documents and coordinated with concurrent administration building project engineers.

• Wastewater Facility Improvements; City of Wendell, ID; 2013 Design Engineer– Reviewed videos and provided a condition assessment and recommendation for sewer pipe rehabilitation and timeline for entire City infrastructure. Created a GIS mapbook of system ratings for planning purposes.

• Wastewater Facility Plan; City of Glenns Ferry, ID; 2013 Design Engineer– Updated sewer model layers, assisted in calibration of sewer model.



COLTON SMITH, PEHYDRAULICS | SITE/CIVIL DESIGN

Colton has 4 years of open channel, hydrologic, pressure and gravity modeling experience. This modeling has been done in U.S. Army Corps of Engineers modeling software; HEC-RAS and HEC-HMS and Innovyze InfoSWMM and InfoWater. Mr. Smith has also completed the hydrology and hydraulics calculations for several projects.

His modeling experience includes open channel systems and closed conduit pressure and gravity systems. His breadth of modeling includes simple single streams and pipe networks to complex interconnecting stream and pipe networks.


• Water Resource Engineer | QuikTrip Gas Station, Fort Worth, TX | QuikTrip | 05/2016 – 12/2016 | $20,000 (Engineering). Responsible for performing a hydrologic and hydraulic study and obtaining the necessary city and state permits for the proposed development. Duties: Develop a hydrologic and hydraulic models along the adjacent stream. Prepare reports to the City for required permits. Coordinate with the design engineers of an adjacent roadway upgrade project. Accomplishments. Developed a hydrologic and hydraulic models of the proposed development and obtained required permits for construction to begin.

• Water Resource Engineer | IH-30 Frontage Road Improvements, Grand Prairie, TX | City of Grand Prairie | 04/2015 – 02/2016 | $30,000 (Engineering). Responsible for updating the U.S. Army Corps of Engineers and FEMA hydraulic models, obtaining required permits and preparing CDC and CLOMR reports. Duties: Work with the roadway design group to update cross sections within the USACE and FEMA hydraulic models to include the IH-30 frontage road improvements. Design a detention pond to mitigate the adverse impact to adjacent West Fork Trinity River. Prepare documentation to obtain local permits and work with USACE and FEMA for approval of CDC and CLOMR. Accomplishments. Updated hydraulic models of the road way improvement. Obtained required permits and approved CDC and CLOMR for construction to begin.

• Water Resource Engineer | All Storage Flood Mitigation Study, Fort Worth, TX | All Storage | 06/2016 – 09/2016 | $15,000 (Engineering). Responsible for performing a hydrologic and hydraulic study for the stream running through the all storage site. Duties: Develop a hydrologic and hydraulic models for the stream running through the All Storage site. Determine the 100-year floodplain to determine how many of the existing buildings are located in the floodplain and determine potential mitigation solutions to remove the existing buildings from the floodplain. Accomplishments. Developed hydrologic and hydraulic models. Determined six (6) mitigation alternatives. Worked with All Storage to select a mitigation alternative.

• Water Resource Engineer | Transload Addition Development, Fort Worth, TX | Transload Corps. | 02/2016 – 12/2016 | $20,000 (Engineering). Responsible for performing a hydrologic and hydraulic study for Stream WF-4 along Transload stie. Duties: Work with the site design group to update cross sections within the FEMA hydraulic models to include the proposed development. Designed the expansion of a detention pond to mitigate the adverse impact to adjacent Stream WF-4. Prepare documentation to obtain local permits and work with FEMA for approval of a LOMR.

EDUCATION

B.S Civil Engineering, Utah State University, 2013

M.S. Civil and Environmental Engineering, Utah State University, 2013

CERTIFICATIONS

Professional Engineer #10393120, UT, 2017



Accomplishments. Updated hydraulic models of the roadway improvement. Obtained required permits and approved LOMR for construction to begin.

• Water Resource Engineer | Fort Worth iSWM Reviews, Fort Worth, TX | Fort Worth City | 09/2014 – 12/2016 | $65,000 (Engineering). Responsible for performing a review of drainage studies for proposed developments. Duties: Reviewed drainage report and plan set to determine any adverse impact from the proposed development. Verified all City requirements were met and City permits were obtained. Worked with the developers to address any concerned with impact due to their site. Accomplishments. Successfully worked with Fort Worth City and the developers to reduce adverse impacts to neighbor properties and approve multiply developments for construction.

• Project EngineerClinton Storm Drain Master Plan | Clinton Storm Drain Master Plan, Clinton, UT | Clinton City | Date | $XXXXX (Engineering). Responsible for performing a hydrologic and hydraulic study for Stream WF-4 along Transload stie. Duties: Work with the site design group to update cross sections within the FEMA hydraulic models to include the proposed development. Designed the expansion of a detention pond to mitigate the adverse impact to adjacent Stream WF-4. Prepare documentation to obtain local permits and work with FEMA for approval of a LOMR. Accomplishments. Updated hydraulic models of the roadway improvement. Obtained required permits and approved LOMR for construction to begin.

• Farmington Water Master Plan | Transload Addition Development, Fort Worth, TX | Transload Corps. | 02/2016 – 12/2016 | $20,000 (Engineering). Responsible for performing a hydrologic and hydraulic study for Stream WF-4 along Transload stie. Duties: Work with the site design group to update cross sections within the FEMA hydraulic models to include the proposed development. Designed the expansion of a detention pond to mitigate the adverse impact to adjacent Stream WF-4. Prepare documentation to obtain local permits and work with FEMA for approval of a LOMR. Accomplishments. Updated hydraulic models of the roadway improvement. Obtained required permits and approved LOMR for construction to begin.



MATT URANGA, PEHYDROGEOLOGY

After receiving his degree in geological engineering from the University of Idaho in 1992, Mr. Uranga has spent the last 20+ years as an engineering consultant in the Intermountain West working on a wide array of hydrological and civil engineering projects. Matt currently serves as a company wide resource for groundwater specialties, such as hydrogeologic evaluations to assess water quality and water quantity, well design, groundwater modeling, water right issues, dewatering programs, and well rehabilitation projects.

During his career, Matt has completed a number of large earthwork projects including earthen dams, infiltration basins, subtitle D landfills, and treatment lagoons. Matt’s knowledge and familiarity with the design and use of geomembranes and geotextiles is a project resource valued throughout J U B. Matt’s experience has also included a number of pipeline and pump station projects including water, sewer, force mains, irrigation and reuse lines.


• Mack’s Inn Wastewater Reuse; Fremont County; Ashton, ID; 2012-Ongoing Project Manager/Engineer—Responsible for the permitting and design of the expansion of the wastewater reuse site including the development of an additional 50 acres of reuse area and a groundwater monitoring program including new monitoring wells. Project also includes the removal and replacement of a geomembrane liner system in one of the storage cells. Pump station upgrades include the addition of a 750-1,000 gpm pump and mechanical piping, 4,000 feet of force main, and a center pivot irrigation system.

• ATR and CTA Lagoons; Idaho National Laboratory; Idaho Falls, ID; 2012-Ongoing Project Manager—Evaluation of existing lagoon treatment, storage and disposal systems including recommendations for improvements to reduce water usage, optimize current operation, and develop programs for future improvements at both facilities. Inlcuded the evaluation of existing soil and geomembrane liners that included testing of existing geomembrane liner to evaluate remaining useful life.

• Feasibility Study; Big Willow Ranch, LLC; Emmett, ID; 2012-2013 Project Engineer—Responsible for the completion of a feasibility study to increase the existing storage capacity of a reservoir by approximately 1,000 acre-feet including the potential construction of a new dam and spillway. The feasibility study was completed and the project is currently moving into the preliminary design phase in 2014 and is anticipated to include a new, 80’+ high earthen dam.

• Well Rehabilitation and New Well; Bureau of Land Management / National Interagency Fire Center; Boise, Idaho; 2012-2013 Project Engineer—Prepared plans and specifications for modifications to the facility’s irrigation system including the attempted rehabilitation of a sand pumping well and the subsequent construction of a replacement well.

• Water/Wastewater Reuse; M3 Eagle; Eagle, ID; 2011-Ongoing Project Engineer—Responsible for potable water and wastewater reuse permitting, planning and design for the 6,000-acre, 7,100-home master planned community located in the foothills north of

EDUCATION

BS, Geological Engineering, University of Idaho, 1992

CERTIFICATIONS

Idaho PE #9221

Oregon PE #78459



Eagle. The system, which will recycle 100% of collected wastewater, consists of five different pressure zones and multiple reservoirs to provide service over the wide range of elevations encompassed by the project.

• New City Well; City of Wilder; Wilder, ID; 2010 Project Engineer—Provided water right transfers and permitting for a new well with an approximate capacity of 500 gpm including site evaluation, design and construction. Challenging water quality issues were addressed using drilling methodologies that would allow water quality sampling prior to setting screens in the well. Potential iron, manganese and arsenic problems have been reduced to acceptable levels for use in the potable system.

• Municipal Water Well; City of New Meadows; New Meadows, ID; 2010 Project Manager—Prepared design of a new municipal water well including the site evaluation, water right transfers, and final design services. Challenging lithology required that the bidding documents accommodate a two stage approach to the construction of the well.

• MFC Lagoon System; Idaho National Laboratory; Idaho Falls, ID; 2010-2013 Project Manager— Responsible for the permitting and design of a geomembrane lined, three-celled, 10-acre evaporative lagoon system for the disposal of wastewater. Project required optimization of layout to provide a workable design while minimizing the costs associated with rock excavation. Also included in the project was the rehabilitation of a 50-year-old wet well including the replacement of the outdated pumps with modern grinder pumps, trench installation of several thousand feet of force main and transfer piping to and between the lagoons, and pipebursting of approximately 1,300-feet of 4-inch cast iron pipe through sensitive and restricted areas on the site.

• Lagoon System; Hoku Materials; Pocatello, ID; 2010 Project Engineer—Design and permitting for three separate geomembrane lined lagoon sites to accommodate plant operations and provide fire protection, storm water containment, and wastewater disposal. Design also incorporated a custom designed booster station on skids to provide fire protection flows as high as 6,000 gpm. Wastewater lagoon included a double conductive liner system including a geonet and leak detection and recovery system.



JOHN FARRELL, PEWATER QUALITY

John Farrell’s expertise is in conducting pilot studies and designing processes for treating water and wastewater using conventional and innovative solutions. Before coming to J-U-B, Jon spent four years in the Midwest working for a water treatment equipment manufacturer. He worked on several rehabilitation projects to upgrade equipment over 40 years old. He enjoyed working with operators, farmers, and engineers on nutrient removal and conservation projects. He served briefly as a Soil and Water District Commissioner in Iowa before taking the opportunity to come to Idaho. He believes it is important for the ag industry, municipalities, public, regulators, and engineers to collaborate together. Jon’s field and lab experience combined with his design experience contribute to the practicality of solutions for system improvements He is passionate about clean water and making our earth a better place to live.


• Facility Plan for Wastewater Lagoon System; Malad, Idaho Jon conducted a sludge survey and collected soil, wastewater, and groundwater samples to provide needed information for the Facility Plan. He met with the City and DEQ to begin discussions to start implementing an Industrial Pretreatment Program.

• Mechanical Wastewater System Improvements; Blackfoot, Idaho

• He reviewed specifications for Blackfoot and provided valuable information from plant references to help them make important design information for a clarifier retrofit. He reaches out to treatment plants to find out what works and what doesn’t work with their equipment and operations and ways they could improve the system.

• Phosphorus Removal by Ballasted Flocculation R&D Pilot Study; Salt Lake City, UT In addition to operating the pilot equipment, Jon performed troubleshooting tests like dye tracer studies and factorial experiments to figure out the right chemical doses to meet very low phosphorus requirements.

• Fish Hatchery Radon Removal Air Stripper Design; Springville, Utah Jon provided the design criteria, specifications, performance guarantee, drawings, and estimated costs that the consultant used to design a system to remove 93% radon from the groundwater.

• Sedimentation and Biological Filtration 10 month Pilot Study; Mountain Home AFB, Idaho Jon is working with another engineering firm to take turns running pilot equipment for a long-term study. His experience with biological filtration and filter backwashing has provided useful to lengthen the filter runs and reduce backwash waste volumes.

• Ammonia Removal by Biological Filtration Pilot and Equipment Design; LUS/DSA; Lafayette, Louisiana Jon setup a pilot study to test five different processes to remove ammonia from groundwater so that the City could achieve consistent chlorine residuals throughout their system. He trained operators to run the equipment during the six-month study and help them receive continuous education credit for their role. He finalized the project by presenting the data to the local ASCE chapter and providing presentation material for the operators to present the results at other local conferences.

• Granular Ferric Hydroxide Arsenic Adsorption Systems; North America

EDUCATION

MS Environmental Engineering, Utah State University, Logan, Utah (2012)

CERTIFICATIONS

Utah – License No. 12382

Iowa – License No. 53726



Jon was the liaison between the German company GEH-Wasserchemie and their North American distributor WesTech Engineering for two years. He handled process design calculations for customers in North America and received requests for media orders. He worked with aftermarket sales, purchasing, and engineering groups to meet customer’s needs. He contacted the sites in the United Stated that installed GEH media over the past decade to determine the product performance and replacement frequency.

• Media Examination and Backwash Optimization Studies; CA, CT, IA, IL, MA, ME, NY Jon has examined granular filtration medias and their resulting treatment performance and backwash requirements. Medias have ranged from silica sand, anthracite, glauconite, Ceralite and Macrolite media, granular ferric hydroxide, pyrolusite, garnet, and synthetic buoyant media. He has a good understanding of the pros/cons of each media type. He understands the right size, type, filtration rate, and backwash routine to use for each.

• Gravity Filtration Retrofit and Membrane Replacement; Holton, Kansas Jon visited the site to take measurements and meet with plant personnel and the consultant to get their input on the design. He provided preliminary drawings and got approval to construct the large rectangular gravity filter in aluminum in order to simplify maintenance, reduce corrosion, and lower capital costs.

• Iron and Manganese Filtration Pilot Studies; Stacy and Duluth, Minnesota Jon conducted pilot tests to compare Fe/Mn removal with GreensandPlus media, pyrolucite media, and Manganese ANTHRA/SAND medias using different loading rates, backwash routines, and media depths. In addition to these pilot studies, and has reviewed dozens of pilot studies and provided design recommendations for a hundred Fe/Mn removal projects. He has reviewed designs by many different engineering firms and equipment suppliers and has a good understanding of the pros/cons of each design. He also has experience recommending oxidants and combining Fe/Mn processes with other treatment requirements such as H2S removal and ammonia removal.

• Lime Softening Jar Test Study; Dickinson, North Dakota Jon was asked to visit this treatment plant to figure out the chemical dose required to meet a performance guarantee. The project was unique because it was designed to have membrane following a lime softening process which is not usually recommended due to the potential for scale. He facilitated discussions between the consultant and equipment supplier and investigated existing plants using the same process so that an appropriate performance guarantee could be issued.



DAVID WATKINS, PEQUALITY CONTROL

Mr. Watkins is a project manager and project engineer in the Moscow office. David received his Civil Engineering Masters of Science in the field of wastewater treatment design and has more than eight years of consulting experience. He has a wide range of experience in the planning, design, and services during construction for sewer system, wastewater treatment, water system, and stormwater projects. David also has experience with environmental compliance, regulatory permitting, and reporting.


• Well 19 Iron and Manganese Removal Project; City of Meridian, ID Project Engineer —David was the project engineer on the Meridian Well19 Iron and Manganese Removal Project. He organized and led the pilot testing effort at the site, was the engineer of record for the equipment procurement technical specification effort, and was the project engineer overseeing the design and bidding of the well house and filtration system.

• Collection System O&M Manual; City of Meridian, ID Design Engineer—David updated the City’s existing collection system O&M manual and developed new sections and exhibits to customize the O&M manual for operator use and to meet the City’s long term goals.

• Reuse Implementation Project; Payette Lakes Recreational Water and Sewer District; McCall, ID District Engineer—David has been the PLRWSD District Engineer for over four years and has provided technical and management support during a very large transition period. In four years he has provided numerous services as the District has worked through many projects involved in the annexation of the City of McCall sewer, wastewater, and reuse system. The project included a reuse permit application (J-U-B), sewer system capacity models (J-U-B), reuse system preliminary engineering report (J-U-B), regular meetings with the City of McCall over annexation, joint sewer rate study (FCS Group), public information campaign for annexation/bonds/sewer rate election (City of McCall and J-U-B, with Langdon Group), design of over 7 miles of reuse pipeline (J-U-B), acquiring a capital improvement bond (multiple legal and financial firms), and executing a joint annexation agreement (multiple legal firms).

• Primary Flow Restriction Improvements; City of Boise, ID Assistant Project Manager—David designed upgrades for the West Boise Wastewater Treatment Facility, which is a 30 million gallons per day (mgd) advanced mechanical treatment facility. The upgrades included replacing mechanisms and raising walls of two primary clarifiers, rerouting primary influent piping, and modifying the slide gates in the influent flow structure.

• Spring Valley WWTF Phase 1A Final Design; M3 Development/Eagle Sewer District; ID Project Engineer—David is worked on final design of the Phase 1A wastewater treatment plant for the Spring Valley planned community. The plant was designed with fine screening, equalization, IFAS secondary treatment, clarification, and disinfection. The system also includes a Class D Land Application system.

• WWTF Phase 1 PER; City of Nampa, ID Engineer II—David assisted with the preliminary design of the Phase 1 upgrades at the City of Nampa

EDUCATION

MS, Civil Engineering, Water/Wastewater Treatment, University of Idaho, 2009


CERTIFICATIONS

Idaho PE #15398

Oregon PE #90479



WWTF. He was part of the Solids Handling Design Team and was instrumental in the development of the Business Case Evaluation (BCE) spreadsheet tool used throughout the project.

• Sewer Collection System Mapbook; Payette Lakes Recreational Water and Sewer District; McCall, ID Design Engineer—David was task lead for developing an updated mapbook for the District collection system operators, as a first step in implementing an asset management system. He organized and led the effort to digitize all of the system record drawings into ArcGIS and input all of the design information as attributes. This effort also included workshops with the operators to develop a physical mapbook that was useful, practical, and appealing.

• Picnic Point Wastewater Treatment Facility Construction Services; Alderwood Water and Wastewater District; Snohomish County, WA Engineer II—David provided a thorough review of construction bid documents, contractor submittals, requests for information (RFIs), and design change notices (DCNs) to plan for possible conflicts or issues during construction of the solids handling building. This effort included reviewing documents, tracking potential conflicts, and communicating with field staff to resolve or flag the issues.

• Wastewater Treatment Plant Improvements; City of Filer, ID Design Engineer—He designed the solids holding and dewatering systems for the City’s new membrane bio reactor (MBR) wastewater treatment facility, and prepared the NPDES renewal permit application.

• Independent Wastewater Treatment Plant Evaluation; City of Elgin, OR Design Engineer—He analyzed eight years of treatment plant DMR data to determine performance, capacity status, and to investigate the cause of compliance issues. David developed a preliminary engineering report outlining the historical performance, the causes of their compliance issues, and phased upgrades to bring the treatment plant back to NPDES compliance. He also developed an automated DMR spreadsheet database for the City to use as a tool for monitoring and compliance.

• Wastewater Treatment Plant Upgrades, Phase 1; City of Elgin, OR Design Engineer—He designed upgrades for the City’s wastewater treatment system intended to bring them into compliance with their National Pollutant Discharge Elimination System (NPDES) permit. The phased upgrades were outlined during the independent Wastewater Treatment Plant Evaluation. He performed the work under tight deadlines set by the negotiated mutual agreement order, between the City and Oregon DEQ.

• Wastewater System Improvements, Phase 2; City of Hazelton, ID Design Engineer—David designed upgrades to the City’s lagoon treatment system and wastewater collection system. The upgrades included new aeration equipment, influent flow monitoring, and a new lift station force main. The upgrades were selected to increase treatment capacity at the wastewater treatment plant and to allow decommission of a lift station.

• Wastewater Treatment Plant Improvements; City of Murtaugh, ID Design Engineer—He designed upgrades to the City’s lagoon treatment system that were needed to meet permit limits, including a new rapid infiltrations basin, lagoon aeration equipment, and an inlet structure with screening and flow monitoring equipment.



BRANDON NIELSEN, PEPERMITS AND ENTITLEMENTS

Mr. Nielsen is a Project Manager in J-U-B’s Kaysville, Utah office where he has been employed for nearly sixteen years and has twenty years of experience in water system planning and water resources projects ranging from master planning, hydraulic modeling, water source feasibility studies, source development and protection, water rights, well drilling and equipping design, and pump stations. Brandon is a licensed professional engineer in Utah and Idaho. He is authorized by the Utah Division of Drinking Water (DDW) as a well grout seal witness, and holds a certificate from the Utah Division of Water Rights

He is experienced in all aspects of water system master planning including potable and non-potable water systems for public water suppliers, municipalities, state agencies, and private water systems in Utah, Idaho and Colorado. His experience has provided both large and small water systems with the necessary planning information to ensure the safe, reliable, adequate, and compliant water system infrastructure for projected growth and demands.

He is active in several professional organizations and remains up to date in water rights legislation, current industry practices, evolving technologies, and in State and Federal regulations affecting water resources.


• Well #2 Preliminary Evaluation Report – Clinton – 2015 to present

• Chlorine Booster System – Clinton – 2015 - 2016

• Well #3 Chlorination and Modifications – Lindon – 2014 to present

• Rifle Range Spring Water Right Proof – Trapper Trails Council, B.S.A. – Weber County - 2014

• LDS Church Camp Water System Improvements – Liberty and Zarahemla – 2013 to present

• Spring Improvements/Treatment – Cole Canyon Water/Weber County – 2013

• Camp Fife Well Disinfection – Trapper Trails Council, B.S.A. - Weber County – 2013

• Pressure Irrigation Feasibility – South Willard Water – 2011-2013

• Cherry Creek Well Siting Study, P.E.R. , Water Rights, Pilot and Production Well Drilling and Equipping– Richmond – 2011 - 2015

• Hardware Ranch Water System Improvements – Utah Division of Wildlife Resources/D.F.C.M. – 2011 to present

• Hunter’s Education Well Equipping – Utah Division of Wildlife Resources – 2012

• Weber Memorial Spring Condition Assessment – Weber County - 2012

• Well and Booster Station Improvements - Mt. Olivet Cemetery – Salt Lake City – 2012 to present

• Lower Pasture Pump House – Kaysville – 2011-2012

• Mahogany Ridge Booster Station – Morgan – 2011-2012

• Fugal Well Pump Station – Pleasant Grove – 2011-2012

EDUCATION

B.S. Civil Engineering, Utah State University, 2001

B.S. Technical Sales, Weber State University, 1997

CERTIFICATIONS

Professional Civil Engineer;

Utah, 2004 #4776869

Idaho, 2007 #12893



• Water System Booster Station – Grace, ID – 2011-2013

• Preliminary Evaluation Reports (2) – Trapper Trails Council, BSA – 2008-2010

• Drawdown studies for water right applications, UT and ID – 2011

• Well #3 Site Evaluation, Drilling and Equipping – Grace, ID – 2009-2013

• Chlorination Building – Grace, ID 2011

• Well House Modifications – Summit Creek Irrigation, Santaquin – 2009-2010

• Spring, Booster Station, Tank, and Waterline – Trapper Trails Council, B.S.A. – Weber County – 2008-2010

• Green Canyon Well #3 Preliminary Evaluation Report – North Logan – 2008-2010

• Green Canyon Well #4 Siting Study, Preliminary Evaluation Report – North Logan – 2007 to 2010

• Trenton/Amalga Interconnection Pump Station – Trenton – 2008-2010

• Well Drilling Project – Trenton-Amalga – 2009

• Well Site Evaluation, Drilling and Equipping – Malad, ID – 2007 to 2010

• West Point Reservoir and Pump Station – Davis & Weber Counties Canal Comp. – 2007 -2010

• Weber State University Well Siting and Feasibility Study – Ogden, UT - 2008 to 2009

• Well Evaluation, South Eden Campground, Bear Lake, UT – 2008

• Acme Water Company Well Drilling – Bear River City, UT – 2007

• Cove Pump Station – Ben Lomond Irrigation Company – North Ogden, UT Nov. 2007

• Secondary Water Pump Station – Ben Lomond Irrigation Company – North Ogden, UT – 2007

• Well Pump Vault – Snowville, UT – September 2007

• West Well Preliminary Evaluation Report, Well Drilling and Equipping – Snowville, UT – 2006-2007

• Culinary Booster Station – Millville, UT – 2006

• Culinary Booster Station and PRV – Smithfield, UT – 2006

• 1100 North Replacement Well Drilling – North Salt Lake, UT – September 2006

• Fish Creek Well Pump Testing and Well Upgrade – Lava Hot Springs, ID – September 2006

• Hill AFB Well Preliminary Evaluation Report – Clinton, UT – December 2005

• Drinking Water Source Protection Update – Trenton, UT – December 2005

• Drinking Water Source Protection Update – South Willard, UT – November 2004

• Island Road Well Preliminary Evaluation Report and Well Drilling, Morgan, UT - 2004

• Island Road Well Pump House – Morgan, UT - 2004

• Booster Station/Well Upgrade – Morgan, UT – March 2003



JON FRAZIER, SESTRUCTURAL DESIGN

Jon has over fifteen years of experience working in the field of civil and structural engineering. He has specialized design for water and irrigation systems, concrete river and canal diversion structures, concrete water tanks for culinary water and pressure irrigation, and waste water treatment plant structures. He was responsible for the structural design, detailing, and construction observation of the Davis and Weber Counties Canal Company Headworks replacement in Weber Canyon, Utah. This is a 90 foot long structure with four 18 foot wide radial gates that spans the Weber River and diverts water into the D&W canal system. Jonathan was also responsible for the structural design, detailing, and construction observation of the D&W Forebay structure. This is a 350 foot long, 30 foot wide structure which stills and controls the release of water diverted from the Weber River from the headworks structure into an 8 foot wide by 7 foot tall reinforced concrete box culvert. Recently, Jonathan designed, detailed, and oversaw construction of diversion structures and dissipation outlet structures for the Eden Valley Irrigation and Drainage District in Farson, Wyoming. The diversion structures are reinforced concrete structures that divert irrigation water from an open canal to piped laterals with flows ranging from 20 to 80 cfs. The outlet structures dissipate the pressurized water from the piped laterals into open canals. RELEVANT PROJECT EXPERIENCE

• Project Engineer-Central Davis Sewer District, Utah (2009-2012). Structural design, detailing, specifications, and construction support of the West Farmington Pump Station. The building consists of a reinforced concrete wet/dry pit approximately 28 feet wide by 43 feet long x 26 feet deep with an above grade CMU building and generator enclosure with a wood roof.

• Project Engineer-Buhl, Idaho (2008-2011). Structural design, detailing, specifications, and construction support of the headworks building. The building is approximately 38 feet wide by 38 feet long and was constructed with a steel roof, CMU walls, steel frames, and concrete foundation, influent channels, grit chamber, and pump pit.

• Project Engineer-Preston, Idaho (2008-2009). Structural design, detailing, and specifications for the retrofit of concrete influent channels for the WWTP headworks building.

• Project Engineer-Davis and Weber Counties Canal Company, Utah (2010-2011). Structural design, detailing, specifications, and construction observation of the Headworks and Forebay replacement in Weber Canyon, Utah. The Headworks structure is a 90 foot long reinforced concrete structure with four 18 foot wide radial gates and suspended walkways that spans the Weber River and diverts water into the D&W canal system. The Forebay structure is a 350 foot long by 30 foot wide reinforced concrete structure which stills and controls the release of water diverted from the Weber River from the Headworks structure into an 8 foot wide by 7 foot tall reinforced concrete box culvert.

• Project Engineer-Benchland Water District, Utah (2009-2011). Structural design, detailing, specifications, and construction observation of the Shepard Creek Reservoir. This is a 350 foot long by 100 foot wide by 14 foot tall reinforced concrete reservoir for pressure irrigation.

• Benchland Water District, Farmington, UT - Storage reservoir

EDUCATION

MS Civil/Environmental Engineering, Brigham Young University

BS Civil/Environmental Engineering, Brigham Young University

CERTIFICATIONS

Utah PE 362357-2202

Missouri PE 2009027933

Project Management Professional (PMP) 1849122



• Davis and Weber Counties Canal Company, Sunset, UT - Multiple pressure irrigation and canal projects

• Eden Valley Irrigation and Drainage District, Eden Valley, WY - four salinity control/pressure irrigation projects

• Forked Tongue/Holman Ditch Piping Project, Eckert, CO

• Logan & Northern Canal Piping Project, Logan, UT

• Sheep Creek Irrigation Company, Manila, UT - Two salinity control irrigation projects

• Benchland Water District, Farmington, UT - Storage Reservoir

• Huntsville Irrigation Canal Piping Projects, Huntsville, UT

• Weber-Box Elder Pressure Irrigation System, South Willard, UT

• Noosa Yoghurt WWTF, Bellvue, CO

• Corinne City 1.0 MG Water Tank, Corinne, UT

• City of Malad 500,000 Gallon Water Tank, Malad, ID

• City of Grace 1.0MG Water Tank, Grace, ID

• Coalville City WWTF, Coalville, UT Cache County Emergency Watershed Protection Project, Cache County, UT

• Haights Creek Irrigation Company, Kaysville, UT

• Huntsville Irrigation Canal Piping Projects, Huntsville, UT

• Morgan City Pressure Irrigation, Morgan UT

• Weber-Box Elder Pressure Irrigation System, South Willard, UT

• Clinton City 3M Gallon Water Tank, Clinton, UT

• Coalville City Water System Improvements, Coalville, UT

• Corinne City Water System Improvements, Corinne, UT



BRUCE CHENEYGIS LEAD

Bruce directs geospatial technology for our company. For over 20 years he has helped lead out company in planning and implementation of geospatial technology solutions. He is an accomplished product manager having lead our product development team for many years. Bruce has lead the construction of several commercially sold products and websites including 3P Visual – a public involvement web collaboration tool, Spatial Generations, Spatial IM, and Names In Stone for Gateway Mapping. He consults for development of web, mobile, and desktop solutions having developed a variety of products for government and private clients. Bruce specializes in GIS/map based solutions with a focus on usability and simplicity for the user.


• Lindon City Water Rate Study Analysis

• Provo City Signs Placement Analysis

• South Valley Sewer District Enterprise GIS Implementation

• Spanish Fork City Network Evaluation

• Orem City GIS Security Transition Project

• Ada County Highway District Walking and Biking Plan – 3P Visual Website Development Project Manager

• Lake Lowell Recreation Area Walking and Biking Plan - 3P Visual Website Development Project Manager

• Yellowstone Corridor Walking and Biking Plan – 3P Visual Website Development Project Manager

• South Valley Sewer District Web System Map - Project Manager, Web Programmer

• Manage web development for Golden Colorado Cemetery website

• Direct construction of Richland Washington Operations and Maintenance web manual

• Names in Stone Online Cemetery Research Website - Solution Manager, Architect, Web Programmer

• Architect and develop the software package Spatial IM used by government and private organizations to manage infrastructure

• Design and develop cemetery GIS Software package Spatial Generations for managing cemetery maps and records

• Draper City GIS Planning, Needs Analysis and Master Plan

• Davis School District – Boundary study analysis tools construction

• Davis County School District - Student and boundary mapping implementation and procedures

• Development of a variety of GIS extensions used around the world

• Developed specialized data collection procedure using GPS and video - Pocatello, Idaho

EDUCATION

MBA, Brigham Young University, 2016

MS, GIS/Remote Sensing, Brigham Young University, 1997

BS, GIS/Cartography, Brigham Young University, 1994

CERTIFICATIONS

Utah Geographical Information Council – Member since 1999

Utah Valley GIS User Group President 2015 - Present



CHRISTINA MCCULLOCKGIS SPECIALIST

Christina has four years of GIS experience and 17 years of experience in land survey, five of which she spent managing and coordinating the mapping activities of a team of technicians. She develops data and systems for utilizing data for a variety of wastewater districts and facilities. Christina has particular expertise in making information available to a wide audience through Esri’s online technology. She is also highly skilled in database management and data organization..


• South Fork Sewer District, Idaho. Compile sewer data from paper plans and CAD into GIS database

• South Valley Water Reclamation Facility, Utah. Collect features using GPS, build and populate database for facility mapping

• WaterPro, Inc. Convert GIS database to series of online applications to manage water system

• Tri-Cities Airport, Washington. Format and convert CAD data, including airport and utility features, for FAA’s Airport GIS

• Park City Storm Water Utility, Utah. Delineate impervious surfaces for calculation of utility fees

• Bostwick Park Water Conservancy District, Colorado. Map series depicting canal system

• Benchland Water District, Utah. Draw water system using GPS-collected feature points

• Coalville water system mapping, Utah. Map water system and proposed improvements

• Primary GIS service provider - Vineyard City, Utah (Ongoing). Compile and maintain city’s utility, planning and basemap data from engineering CAD and GPS points into GIS database

• Primary GIS service provider - Pleasant Grove City, Utah (Ongoing). Create specific online applications to track fire hydrant testing and sewer system management

• Primary GIS service provider - Lindon City, Utah (Ongoing). Maintain city’s GIS data, including utilities, planning, cemetery, asset management, and base mapping

EDUCATION

BS, Geographic Information Systems, Brigham Young University, 1994

Documents

Applicant: N/A ACTION ITEMStatement of Qualifications for Source Water Quality for Mapleton City 240 West Center, Suite 220 Orem, Utah 84057 801-226-0393 | October 17, 2017