Exh 8CAGENDA ITEM 8C
FEBRUARY 25, 2002
CITY OF ATLANTIC BEACH
CITY COMMISSION MEETING
.STAFF REPORT
AGENDA ITEM: Section 319 Grant from the Environmental Protection Agency
SUBMITTED BY: Robert 5. Kosoy, P.E.
Director of Public Works' `
DATE:. February 15, 2002
BACKGROUND: In 1998, we initiated application for a Section 319 grant from the
Environmental Protection Agency (EPA) to provide funding for a
portion of the Core City Improvements Project. The grant is
administered by the Florida Department of Environmental
Protection (FDEP). Since the project was redesigned as the grant
application approached the contract stage, the application was
redone to reflect the current design now being advertised for
bidding.
.The grant will provide $428,450 toward the project. The grant
requires that a Public Education Program and a Water Quality
Monitoring and Analysis Program be conducted to demonstrate the
effectiveness of the best management practices (BMP's) being
implemented. These programs will be conducted before, during
...and after construction and must be completed within 40 months of
the receipt of the grant contract. The total cost of these programs is
estimated to cost $100,000.
RECOMMENDATION: .Authorize staff to finalize a contract with the FDEP for the
319 Grant.
ATTACHMENT: 1. Scope of Services with Figure A (Map)
2. FDEP Contract Budget Form, Project Funding Summary
and Breakdown
REVIEWED BY CITY MANAGER:
AGENDA ITEM 8C
FEBRUARY 25, 2002
SCOPE OF SERVICES
CORE CITY STORMWATER MANAGEMENT SYSTEM IMPROVEMENTS
LEAD ORGANIZATION: CITY OF ATLANTIC BEACH, FLORIDA
PROJECT LOCATION: The City of Atlantic Beach is a separate municipality in Duval
County, located on a barrier island east of the City of Jacksonville. A residential area of 240
acres within the city limits of Atlantic Beach is known as the Core City. The boundaries are
Ahern Street on the south, 12`n Street on the north, Beach Avenue on the east, and Sherry Drive
and Seminole Road on the west, as shown on the attached project location map. Over 840
residential lots are within the Core City area, plus two major parks and municipal buildings, all
on paved City streets with stormwater drainage currently entering a lagoon system of lakes,
canals and marshes that eventually discharge into the Intracoastal Waterway and the St. Johns
Ttiver. The Lower St. Johns River has been declared a priority restoration water body for the
State of Florida with a Total Maximum Daily Load (TMDL) of pollutants to be established in a
report targeted by FDEP in Yeaz 2002. Figure "A" of this report depicts the vicinity of the
project area.
PROJECT OBJECTIVES: The primary objective of this project is to improve the water
quality of the Waters of the State, including lagoons and canals leading to the St. Johns River,
while improving the drainage conditions and reducing flooding for the residents of the Core City
azea. This will be accomplished through the following actions:
Best Management Practices will be incorporated into the stonnwater management
system. Newer models of baffle boxes specifically designed to improve removal of total
suspended solids, as well as provide capture of floatable debris, will be installed and
monitored for comparison with historical data of the more conventional designs installed
elsewhere. Beach outfalls will be redirected to the west.
2. An intensive monitoring program will be established to determine the effectiveness of the
new baffle boxes.. Salinity monitoring will be performed at Fleet Landing to determine
pre- and post-construction effects.
3. The City of Atlantic Beach will conduct public education programs, including programs
for elementary and junior high school students, handouts, signage and public meetings to
inform the public of project objectives and to encourage public cooperation on private
property to reduce nonpoint pollution sources.
AGENDA ITEM 8C
FEBRUARY 25, 2002
The total project will implement the recommended improvements as stated in the Atlantic Beach
Stormwater Master Plan, originated during development of the Stormwater Utility for the City.
PROJECT WATERSHED CHARACTERISTICS: The watershed of the Lower St. Johns
River is very large, beginning at Melbourne, approximately 225 miles upstream from the point of
discharge of the Core City drainage system. The Core City azea watershed is approximately 240
acres.
Land Uses within the Core City Watershed:
Urban 230 Acres / 95.8% Parks 10 Acres / 4.2%
Selva Lagoon begins within Howell Park and is the historical receiving body for runoff from all
of the Core City except those areas discharging directly to the Atlantic Ocean via beach outfalls
at 8th Street and 10`h Street. Selva Lagoon begins at Plaza and extends through the Selva Marina
golf course, past Fleet Landing, through several box culverts owned by FDOT or the City of
Jacksonville, and out to the marshes before ehtering the Intracoastal Waterway (ICWW). The
current project design follows these normal drainage paths, except that stormwater flows
currently discharging to the 8`h Street and 10`" Street beach outfalls will be captured and
discharged through the Selva lagoon system to the ICWW.
A considerable amount of azea in the watershed is developed. Urban development here consists
of residential homes, businesses, pazks, associated pazking lots, and streets. All of these create
impervious surfaces that prevent stormwater from percolating into the soils. The stormwater that
is diverted into specific areas to prevent flooding needs to be treated to protect the water quality
of receiving waterbodies in the area. There are no Outstanding Florida Waters, Wild and Scenic
Rivers, Aquatic Preserves or Class I or II Waters receiving stormwater runoff from the Atlantic
Beach azea associated with this project. All receiving waters are designated as Class III Waters.
PROJECT DESCRIPTION:
Background:
The City of Atlantic Beach began to realize the importance of a stonnwater management plan in
.the late 1980's. A series of intense tropical storms and fringe effects from passing hurricanes in
the eazly 1990's showed that the current drainage system was ineffective in both controlling
flooding and treating runoff as defined in dhe Water Management District, FDEP and EPA
regulations. The physical location of the City with respect to its municipal neighbors controls
the performance of the stonnwater management practice system, resulting in frequent flooding
areas such as the older Core City.. For the vast majority of the Core City, runoff enters the
downstream Waters of the State with no treatment.
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.AGENDA ITEM 8C
FEBRUARY 25, 2002
Funding and direction by the City Commission was obtained to develop a stormwater master
plan and acity-wide stormwater utility. A formal stormwater master plan was completed in
1945 that identified the Core City area as the top priority for improvement. Stormwater utility
fees of $3.00 per Equivalent Residential Unit (ERU) have been established throughout the City,
and the funds are being used to improve the stormwater management ditches and collection
systems within the City.
Design is currently underway for a major stormwater management system project, along with
improvements to select aging potable water systems and some sanitary sewer systems that could
not be rehabilitated with. the recently completed cured-in-place-pipe (CIPP) process. The
stormwater design is difficult, in that the majority of homes were built long before regulations
for stormwater management were developed, and considerations must accommodate. the barrier
island topography. Due to potential adverse impacts resulting from the construction of
stormwater treatment ponds in City parks, alternate designs using Best Management Practices
(BMPs) aze being proposed. The EPA Section 319 grant will aid the City in constructing and
monitoring three large baffle boxes to be installed at outfalls to Howell Park and Selva Lagoon.
In addition, substantial piping and street reconstruction will be accomplished east of the Core
City project azea to capture and reverse stormwater flows from the existing 8u' Street and 10~'
Street beach outfalls, directing this runoff to the Selva Lagoon system. This will eliminate the
substantial existing beach erosion that occurs at these two existing outfalls. The City will be
paying all costs associated with design. Figure "A" of this report shows the locations of the
proposed baffle boxes.
Project Annroach:
The basic portions of the Grant Program will be:
Conduct public meetings to inform the residents of the upcoming construction and the
purposes of the Best Management Practices, including education in practices within
private property that will reduce nonpoint pollution sources.
2. Complete project design, bid and award the construction project.
3. Construct the stormwater management improvements, including beach outfall reversals
and baffle boxes to collect, treat and discharge storm runoff from the Core City area to
the Selva Lagoon and canal system.
4. Establish monitoring sites associated with the BMP installations within the Core City
azea. Monitor water quality to demonstrate improvement resulting from the new BMP
construction.
5. Conduct public education programs before, during and after construction.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
TASK 1 -PRE-CONSTRUCTION ACTIVITIES
To develop baseline data for water quality improvement, initial procedures must be undertaken.
These procedures include field inspection and photographs, and recording of areas that
contribute to or require improvement for Positive Upstream Stormwater Management.
L .Field inspect and photograph the streets, lots, and beach erosion azeas within the Core
City area. in Atlantic Beach to record the physical conditions of the streets, private
properties, and beaches before construction to document typical stormwater runoff,
potential nonpoint pollution, and beach erosion. Photographs will be taken in the Core
City area after storm events of various intensities.
2. Note and record all areas that both contribute to the stormwater problems and/or require
improvements for Positive Upstream Stormwater Management for both City rights-of-
way and private property.
3. A DEP approved Quality Assurance Project Plan will be developed and implemented for
the monitoring program.
4. The City will be reconstructing Sherry Drive from Ahem Street to 8th Street. These
reconstruction activities will include the construction of one of the main storm sewer
trunk lines as well as outfall stubs to the 5th and 7th Street outfalls. This system will be
connected to existing outfalls to Howell Park with the new outfall stubs plugged during
this phase of construction. The outfall plugs will be removed when the remainder of the
Core City drainage project is completed and the proposed baffle boxes installed.
5. Salinity.. monitoring will be performed prior to installation of a permanent weir at Fleet
Landing.
TASK 2 -PUBLIC EDUCATION PROGRAM
The City of Atlantic Beach will perform the following tasks as part of a Public Education
Program:
1. Elementary and junior high school visits will be conducted to educate students of the
efforts and reasoning that go into a stormwater management practice improvement
project.
2. Handouts for the citizens of Atlantic Beach describing the steps to be taken for
construction, the alternatives available for stormwater management, and steps that
citizens can take to help themselves and their neighbors improve drainage and water
quality will be developed.
3. Provide construction funding acknowledgement signs at various locations throughout the
construction areas, and provide permanent signage in public access azeas describing
stormwater management in the City and how it relates to water quality in the St. Johns
River and local waterbodies.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
4. Develop a public education program, consisting of education materials to be presented to
the public, to improve the public's understanding and knowledge of the City and State
environmental stormwater pollution control efforts and goals. A major component will
be to utilize existing materials developed under the nonpoint source management
programs. Develop and submit for review and presentation to the City Commission ten
(10) sets of the public education materials with a schedule of up to five (5) public
meetings for presentation and dissemination of the materials.
5. Following the public meetings with citizens, establish meetings with the St. Johns River
Water Management District (SJRWMD) and U.S. Army. Corps of Engineers (COE) to
review the recommendations and Positive Upstream Stormwater Management treatment
concepts as developed in the public meetings.
6. The deliverables will include development of recommendations for future improvements
to public and private property that will aid in reducing the amount of stormwater runoff
and reducing the amount of nonpoint pollution from reaching the waters of the City and
the State.
TASK 3 - STORMWATER BMP IMPLEMENTATION
The design and construction of the Core City project will include all BMP implementation. The
sub-tasks basically constitute the deliverables for the task, which include:
1. Construction Plans as developed for bids, with as-built drawings completed after
construction.
2. Permits obtained from the SJRWMD, USACOE, and FDEP.
3. Photographic documentation of the project construction.
4. Baffle boxes will be installed to intercept sediment and floatables before entering Waters
of the State. It is expected that the construction will improve downstream water quality.
5. Development of procedures for maintaining the new collection and treatment systems. If
necessary to continue operation and maintenance of the new BMP devices, ordinances
will be drafted or revisions proposed to existing ordinances for presentation to the City
Commission for review and approval.
6. Stormwater collection system extensions will be constructed to intercept stormwater
currently discharging to the public access beaches at 8`h Street and 10th Street. This
stormwater will be piped to the proposed Core City stormwater collection system, which
will be constructed to accept this additional flow, for discharge to the Selva Lagoon and
canal outfall system to the ICWW. Modifications will be made to the existing control
weir at Fleet Landing, well downstream of these beach outfall reversal discharges into
Selva Lagoon, to mitigate all hydraulic impacts of this. additional discharge to the
lagoon/canal system.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
TASK 4 -POST-CONSTRUCTION ACTIVITIES
The City has proposed a balanced and comprehensive approach to stormwater management in
order to minimize pollutant discharges into the Lower St. Johns River and to eliminate existing
discharges of untreated stormwater onto the City's public beaches. The final Performance and
Water Quality Monitoring Plan will be developed in coordination with the St. Johns River Water
Management District and the Florida Department of Environmental Protection. This program
will monitor the water quality control effectiveness of the Best Management Practices (BMPs)
installed in the Core City area.
To assess the results of water quality improvements after construction of the BMPs, the
following sub-tasks will be performed:
1. Field inspect and photograph the same streets, lots, and beach outfall areas within the
Core City area as recorded in the Pre-construction Activities (Task 1) to document any
changes to the physical conditions of the streets, private properties, and beaches, and to
record the .effects of reduced stormwater runoff and any reduction in nonpoint source
pollution after BMP implementation.
2. Note and compare the areas that received BMP implementation with pre-construction
conditions.
3. Monitor the effectiveness of the BMPs. See the attached "Post-construction Stonnwater
Quality Monitoring Plan." The water quality monitoring plan details how the City will
perform post-construction monitoring and testing. This plan will be implemented for the
collection and analysis of water quality data. Pazameters to be sampled are contained
within the plan. Methods for data collection are also contained in the plan.
4. A component of this project involves developing a detailed and systematic record-
keeping system to monitor maintenance activities on each BMP element. Logs will be
kept on staff, equipment and energy used in maintaining and operating the respective
BMPs. A record will be kept of the amount and types of debris/pollutants collected and
disposed and of disposal location in order to monitor how often the BMPs were cleaned
out and how much debris was removed. Log information available at completion of the
project will be included in the project final report. The City staff will continue recording
data as part of the on-going stormwater system operation. and maintenance program.
TASK 5 -DRAFT FINAL PROJECT REPORT
Develop a Draft Final Report and submit ten (10) sets for review and presentation to the City
Commission. Upon approval, submit as a deliverable to the FDEP one copy of the Draft Final
Report that will include the following:
Results of the field inspection of properties. with a summary of the findings.
AGENDA ITEM 8C
FEBRUARY 25, 2002
2. An outline of the public education program, including results of the citizen public
meetings and the agency meetings on Positive Upstream Stormwater Management. Any
citizen initiatives resulting from this project will also be noted.
3. A list of recommendations, with preliminary details, for development of Best.
Management Practices and related improvements to public and private properties that
will aid in reducing the amount of stoimwater runoff and other nonpoint sources of
pollution from reaching the Waters ofthe City and State.
4. Accurate accounting of quantities and costs of items installed for this grant contract
project.
5. Test results of the water quality monitoring (including a table showing rain event
hydrographs with corresponding total area runoff, water quality data, and estimated mass
loading data for each major rain event sampled during the project years), baffle box
effectiveness evaluation (estimated treatment efficiency [pollutant load reduction]
percentages for the baffle boxes compared to azeas of the City with no baffle boxes and a
data evaluation to establish a statistical comparison of water quality improvements using
the baffle boxes), and the significance of the results for the City in fixture development of
the stormwater management program.
6. Proposed operation and maintenance schedule and cost estimates for the individual baffle
boxes based on the performance and maintenance data. If any ordinances need to be
developed or revised to continue implementation of the additions to the stonnwater
management system brought about by this project, drafts for review and approval by the
City Commission will be included in the project report. (or adopted versions if
applicable).
'7. Problems encountered during project.
8. Project cost accounting related to grant and matching fund expenditures.
9. Photographic documentation of the project from beginning to end in the report or a
presentation on disk to be included with each final report copy..
TASK 6 -FINAL PROJECT REPORT
A fmal report will identify each task of the project, and describe in detail each aspect, analysis,
and conclusion resulting from the implementation of the BMPs. Develop and submit for review
and presentation ten (10) sets to the City Commission and the final deliverable submittal to the
FDEP of five (5) sets of a Final Report to include:
1. Revisions to the Draft Final Report as requested by FDEP staff.
2. Copies of public education materials distributed.
3. One set of final project as-built plans associated with the grant contract.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
4. Presentation disks if applicable.
FINAL PRODUCT/DELIVERABLES:
1. Quarterly progress reports will be submitted to FDEP as outlined in the contract.
2. Cost reimbursement invoices will be submitted regulazly and will relate to work
outlined in previous. progress reports or in a progress report submitted with the
invoice.
3. Draft Final Report.
4. Final Report (five copies) with items, such as as-built plans, as listed in Task 6.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
PROJECT MILESTONES:
Task Months After Contract
Description Initiation to Completion
Task 1 -Pre-construction Activities
a. Field Inspection & Photograph Physical Conditions of Area 3 months
b. Inventory Areas Contributing Stormwater 3 months
c. Obtain FDEP QAPP 16 months
d. Perform Salinity Monitoring at Fleet Landing 3 months
Task 2 -Publ ic Education Program
a. Develop Program for Citizen Awareness 3 months
b. Develop Materials for Distribution to Citizens 6 months
c. Present Program & Materials to City Commission 9 months
d. Distribute Info. About Construction Activities 10 months
e. Temporary Construction Information Signs Posted 4 months
f Elementary & Junior High School Programs 24 months
g. Public Meetings for Positive Upstream Stornuwater Management 15 months
h. Meet with Regulatory Agencies 19 months
i. Develop Private Property Improvements Info. & Distribute 24 months
j. Permanent Public Information Signs Posted 24 months
Task 3 - Stormwater BMP Implementation
a. Design & Permitting 2 months
b. Bid & Awazd Construction Project 4 months
c. Complete Construction (BMPs Installed) & Photobocumentation 22 months
d. As-Built Drawings. Completed 25 months
e. Develop O&M Program 20 months
f. Develop or Revise Ordinances if Needed 34 months
Task 4 -Post-construction Activities
a. Field Inspection & Photograph Physical Conditions of Area 34 months
b. Compare to Pre-construction Conditions 35 months
c. Water Quality Monitoring & Analysis Program 35 months
d. Develop Record-Keeping System for BMP Maintenance 22 months
e. BMPs Effectiveness Evaluation 35 months
Task 5 -Draft Final Report
a. Draft Final Report 36 months
b. Present to City Commission & Make Revisions if Needed 37 months
c. Submit Draft Report to FDEP for Review 38 months
d. Review Comments from FDEP Sent to City. 39 months
Task 6 -Final Project Report
a. Final Report, Public Education Materials,. & As-Built Plans
Submitted to FDEP 40 months
b. Final Invoice (within 30 days of contract expiration)
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AGENDA ITEM 8C
FEBRUARY 25, 2002
EXHIBIT A
POST-CONSTRUCTION STORMWATER
QUALITY MONITORING PLAN
CITY OF ATLANTIC BEACH, FLORIDA
Following the construction of BMPs, water quality will be monitored for the subsequent four
quarters.
Six monitoring locations are proposed for the project area. Monitoring locations are proposed to
be located at the three baffle boxes to be installed in Howell Park. Samples will be collected
from stormwater prior to entering and after exiting the three baffle boxes (upstream and
downstream sampling). Figure "A" of the Scope of Services shows the locations of the proposed
baffle boxes.
A seventh monitoring location is proposed for Fleet Landing for the purpose of salinity testing.
Samples will be collected for storm events at or exceeding 1-inch of rainfall depth as recorded in
the rainfall gauges linked to each of the automatic samplers.
Ouality Assurance Proiect Plan
The sampling methods .utilized will be
approved Qualify Assurance Project Plan
analyses will be approved under the QAPP
consistent with the procedures outlined in a FDEP
(QAPP). All personnel involved with sampling and
Methods of Collection
The stormwater sampling will be conducted in accordance with the Environmental Protection
Agency's (EPA) requirements for wet weather sampling. Discrete samples will be collected
during rain events only after a minimum of one-inch of rainfall has occurred.. In addition, a
flow-weighted sample will be collected at each sampling point.. Sample collection will be
performed using personnel approved under the approved QAPP. Automatic samplers linked to
rain gauges for sampling activation will be used for sample collection. Atypical sampler will
consist of at least the following features:
• rainproof and lockable carrying enclosure,
• a 2.5 gallon polyethylene sample bottle for a first flush sample,
• a 2.5 gallon polyethylene sample bottle for aflow-weighted sample,
• a peristaltic pump,
• a control panel enclosed logic regulator,
• a rain sensor and a water sensor (both with 15' of cable),
• a rechargeable 5 AH gel cell battery and battery charger, and
• a 15' long sample pickup hose with removable debris strainer.
• two staff gauges for salinity monitoring.
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AGENDA ITEM 8C
FEBRUARY 25, 2002
Rainfall measurements will be continuously taken in 15 minute. increments throughout the
duration of the water quality monitoring effort while using the automatic samplers. Additional
rainfall gauges will be used at Howell Park, Bull Pazk, and the City of Atlantic Beach Water
Treatment Plant No. 2. All rain gauges will meet US Weather Bureau specifications.
Stormwater Quality Parameters
Stormwater samples will be collected for laboratory analysis for the following parameters:
Cadmium. Total Chromium Copper Nitrate/Nitrite
Lead Zinc BOD Total Nitrogen
TKN Iron TSS *Salinity
Ammonia Total Phosphorous Ortho Phosphorous
The .field parameters temperature, pH, conductivity and dissolved oxygen will be recorded at
each sample station.
*Only at the Fleet Landing culvert for pre- and post-construction.
Inspection of Baffle Boxes
Baffle boxes should be inspected monthly for sediment accumulation. The accumulated
sediment should be cleared from the baffle boxes regularly and disposed of in accordance with
applicable State and Federal regulations. At no time should the storage capacity of the baffle
boxes be reduced by sediment accumulations to below the manufacturer's recommended level(s).
Sediment Samnline from Baffle Boxes
During the one yeaz duration of the Stormwater monitoring program, sediment samples should be
collected twice from the material that accumulates in each of the baffle boxes. Sediment samples
should be collected prior to removing the material from the baffle boxes. Samples should be
collected using a stainless steel trowel and be submitted in the appropriate containers supplied by
the laboratory approved in the QAPP. All sediment sampling procedures and personnel should
be detailed in the QAPP. Sediment samples will be analyzed for cadmium, lead, total chromium,
zinc, iron, and copper.
Documentine and Reuorlina
Following each sample event, a summary report will be prepazed. The report will include: date
and time period of the rainfall event; total rainfall and average rainfall intensity; elapsed number
of days since the last storm event (>1"); date, time, and location of sampling; method of sample
preservation; summary of field activities; name and address of laboratory performing analyses;
results of the laboratory analytical work; and pollutant removal efficiencies. Results of sediment
sampling should be included with two of the reports.
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FIGURE A AGENDA ITEM 8C
FEBRUARY 25, 2002
AGENDA ITEM SC
FEBRUARY 25, 2002
DEP CONTRACT BUDGET FORM
PROJECT TITLE: CORE CITY STORMWATER MANAGEMENT SYSTEM IMPROVEMENTS
CITY OF ATLANTIC BEACH
TOTAL PROJECT BUDGET:
1. PERSONNEL EXPENSES Houriv Cost x Hours = Totals
2. SUPPLIES
3.
4. TRAVEL
5. CONTRACTUAL
Unit Cost x uanti = Totals
Unit Cost x uanti = Totals
Totals
Name or Services Totals
Aikenhead & Odom Eneineers (Final Desi ngn Costl 639 894
Project Construction (Estimated Cosh 4 676 000
Construction Eneineerine & Inspection (Estimated Costl $ 240,000
Monitoring (Estimated Costl $ 80.000
Public Educarion/Demonstrations (Estimated Cosh $ 20 000
Total Contractual $5,655,894
6. MISCELLANEOUS Unit Cost x uanti = Totals
7. OVERHEAD/INDIRECT Rate x Base _ Totals
8. TOTAL BUDGET $5,655,894
CONTRACTOR: CITY OF ATLANTIC BEACH. FLORIDA
Contractor Signature: Date:
DEP Project Manager: Date:
AGENDA ITEM 8C
FEBRUARY 25, 2002
PROJECT FUNDING SUMMARY
PROJECT TITLE: CORE CITY STORMWATER MANAGEMENT SYSTEM IMPROVEMENTS
CITY OF ATLANTIC BEACH
FUNDING SOURCE:
AMOUNT:
EPA 319h Grant
$428,450
City of Atlantic Beach
$5,227,444
Total Project Cost
$5,655,894
Total Non-Federal Match
$5,227,444
PROJECT FUNDING BREAKDOWN
319 Grant City of Total
Atlantic Beach
Design $639,894 $639,894
Construction $388,450' $4,287,550 $4,676,000
CE&I $240,000 $240,000
Education $10,000 $10,000 $20,000
Monitoring $30,000 $50,000 $80,000
Total $g2g,450 $5,227,444 $5,655,894
Funding % 7.6% 92.4% 100.0%