HomeMy WebLinkAboutBack-Up DocumentsSTATE OF FLORIDA
DIVISION OF EMERGENCY MANAGEMENT
Ron DeSantis Jared Moskowitz
Governor Director
August 26, 2020
Frank Rollason, Director
Miami -Dade County Emergency Management
9300 Northwest 41st Street
Doral, Florida 33178
Re: Miami -Dade County Local Hazard. Mitigation Plan Approved Pending Adoption
Dear Director Rollason,
This is to confirm that we have completed a State review of the Miami -Dade County Local
Mitigation Strategy (LMS) update for compliance with the federal hazard mitigation planning
standards contained in 44 CFR 201.6(b)-(d). Based on our review and comments, Miami -
Dade County developed and submitted all the necessary plan revisions and our staff has
reviewed and approved these revisions. We have determined that the Miami -Dade County
LMS plan is compliant with federal standards, subject to forma! community adoption, for the
jurisdictions below:
Miami -Dade County, Unincorporated
City of Aventura
City of Coral Gables
City of Doral
City of Florida City
City of Hialeah Gardens
City of Hialeah
City of Homestead
City of Miami
City of Miami Beach
City of Miami Gardens
City of Miami Springs
City of North Miami
City of North Bay Village
City of North Miami Beach
City Opa Locka
City of South Miami
City of Sunny Isles Beach
City of Sweetwater
City of West Miami
Town of Bay Harbor Islands
Town of Cutler Bay
Town of Golden Beach
Town of Key Biscayne
Town of Medley
Town of Miami Lakes
Town of Surfside
Village of Bal Harbour
Village of Biscayne Park
Village of El Portal
Village of Indian Creek
Village of Miami Shores
Village of Palmetto Bay
Village of Pinecrest
Village of Virginia Gardens
Upon submittal of a copy of all participating jurisdictions' documentation of their adoption
resolutions to our office, we will send all necessary documentation to the Federal
Emergency Management Agency (FEMA) who will issue formal approval of the Miami -
Dade County LMS.
DIVISION HEADQUARTERS
2555 Shumard Oak Boulevard
Tallahassee, FL 32399-2100
Telephone: 850-815-4000 STATE LOGISTICS RESPONSE CENTER
www. Florid aDisasle r.orq
2702 Directors Row
Orlando, FL 32809-5631
If you have any questions regarding this matter, please contact your LMS Liaison Laura
Waterman at Laura.Waterman@em.mvflorida.com or 850-815-4512.
Respectfully,
Miles E. Anderson,
Bureau Chief, Mitigation
State Hazard Mitigation Officer
MEA/Iw
Attachments: MEMORADUM: State approval of LMS plans under Program Administration
by States (PAS)
cc: FEMA Region IV, Mitigation Division — Risk Analysis Branch
MIAMF
COUN
c F ccllexce- Esry bt9f
August 28, 2020
Municipality Address
To Whom It May Concern:
Office of Emergency Management
9300 NW 41 Street
Miami, FL 33178
Email: eoc[miamidade.gov
Phone: 305-468-5400
Fax: 305-468-5401
RE: Miami -Dade County Local Mitigation Strategy (LMS) 2020 Approval Process
This letter is to inform you that the State of Florida has completed the Miami -Dade County
Local Mitigation Strategy Plan (LMS) review and determined that the Plan meets ail the
requirements as it relates to Federal Hazard Mitigation Planning Standards contained in
44 CFR 201.6(b)-(d).
In order for a jurisdiction to maintain compliance with Federal standards and continue to
receive LMS funding, each municipality must adopt the Miami -Dade County LMS Plan
prior to the September 15, 2020 - expiration date of the current LMS. Furthermore, local
governments acting as sub -grantees must adopt the attached Miami -Dade County LMS
Plan to have eligibility to apply for and/or receive payments and reimbursement under
executed grant agreements for the following hazard mitigation grant programs:
• Hazard Mitigation Grant Program (HMGP)
• Business Resilient Infrastructure and Communities (BRIG) — formerly known as
Pre -Disaster Mitigation (PDM)
• Flood Mitigation Assistance (FMA) Grant Program
• Community Development Block Grant - Mitigation (CDBG-MIT) Grant Program
Please submit a copy of your jurisdiction's fully executed LMS adopted resolution to Robin
Yang, Whole Community Mitigation Planner, at robin.vang(a7miamidade.gov. Should you
have any questions regarding the process or need further clarification, please contact Mr.
Yang.
Sincerely,
Frank K. Rollason
Director
Enclosures
This project is to purchase and Install tidal gauges, land based flood sensors, and associated telemetry systems and other materials throughout the City of Miami, the City of Miami Beach, and the Miami -Dade County
Resilie
nce
and
Public
4/10/202011:16 Works
Installation of tidal
gauges, land based
Hood sensors, and
associated telemetry
systems FUW re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge
Equipment
Identified Funding Source
330,000.00
97
coastaland riverine waterfront to monitor flucwations in water surface height and create better predictability of the timing and degree of seasonal tidal and storm surge flooding. This will allow for Improved response
times and real data to test storm surge and tidal Hood predictions and models. There would be installed and monitored in partnership with University and NOAA partners and the data would be publicly available. Data will
be compared with ocean -based buoys in order to Ws dy the relationship between tides and Hooding. Additionally, this will help us to create a region -wide Hood warning system, which will positively affect the County's and
the individual municipalities CRS ratings.
Currently the City of Miami relies on one tidal monitoring station installed and monitored by NOAA at Virginia Key. The City currently has no land based Hood sensors. To document the flood extent of Hurricane Irma, for
instance, the City of Miami used staff and volunteers to document high water lines and speak to residents. While this gave the City a relative idea of the Hood extent, the data was not reliable for future predictability or
modeling. Land based Hood gauges could also be used to create baseline data before storm water and coastal infrastructure is installed.
9/11/201914:17 Fire
* Fire -Rescue Training
Center/Backup 911
Center FUW re Unfunded Project
,Flood,Flood/Storm
Surge Health,Power
Failuresa Level
Rise,Security
Breach,Storm
Surge,Technologlcal
Dlsruption,Wlld
Flre,Wlnd
InfastrucWre
(Building)
Identified Funding Source
23,000,000.00
91
Miami is major port city on the Atlantic coast of south Florida inthe southeastern United States. As the seat of Miami -Dade County, the municipality is the principal, central, and the most populous city of the Miami
metropolitan area and part of the second -most populous metropolis in the southeastern United States. According to the U.S. Census Bureau, Miami's metro area is the eighth -most populous and fourth -largest urban area
in the U.S., with a population of around 5.5 million.
The City of Miami is home to a very diverse population with over 450,000 residents in a 38.5 square mile radius making the City extremely dense with regards to its population and population density. The City of Miami
Department of Fire Rescue is a full service Fire Department providing Fire protection, Emerge, Medial Services, Hazardous Materials response Marine Operations, as well as hosting one of the 28 national Urban Search
and Rescue Teams. The Department of Fire Rescue is a Class 1 ISO rated organization that serves the City of Miami Residents and visitors, responding to over 103,000 runs in 2016. The continued growth of the City,
provides unique challenges on the Department to be able to keep up with the very increasing demands for services.
In order to keep pace with this increased level of services, it is imperative for the Fire Departments leadership to be vigilant in maintaining an adequate workforce trained to the highest levels. The City owns and operates
its own Fire Rescue Training center located in the City's southern neighborhood known as Coconut Grove tasked with training future fire fighters in all of the aspects of today's fire service.
This facility is crucial to the City of Miami not only for the training it provides to the fire department, but it also serves multiple uses for the essential operations of emergenry services. Those additional uses include serving
asa back to the City's PSAP (Public Safety Answering Points), to house City employees and families during disasters (as in Hurricane Irma), to conduct community outreach and disaster education, as staging area during
disasters including the need for K-9 facilities to house USA&R search and rescue dogs, and as point of distribution (POD) when needing to conduct health evaluations and vaccinations as in the numerous pandemics
experienced by this community. Finally, the CINs EOC is also backed -up at this facility.
Over the years, this facility has experienced repetitive losses during natural events. The roof is beyond repair and needs to be completely replaced and the damage caused by the recent winds and water from Irma makes
the restoration of this facility questionable. The replacement of this critical facility would serve the Fire Department and the City much better due to the age and conditions of the facility. Previous contamination to the
grounds could require mitigation ac0ons that would be fiscally restrictive to any restoration project
We are asking for $25,000,000.00 to be able to replace this aging facility with an adequate replacement
5/12/202016:02 Police
David Herring Center
Backup Generator FUW re Unfunded Project
,Flood,Flood/Storm
Surge Health,Power
Failure,Sea Level
Rlse,Securlty
Breach,Storm
Surge,Technologlcal
Dlsruption,Wind
Equipment
Identified Funding Source
300,000.00
90
David Herring: The City of Miami is seeking to provide backup power for electrical systems in the building which provide for computers, servers, HVAC lighting, etc. This building houses personnel from the Office of
Emergenry Management& Homeland Security as well as disaster readiness equipment (a majority of which are UASI purchased). The location is also designed to serve asa backup Emergenry Operations Center and Is
critcal to continuity of operations.
5/13/202019:31 Fire
Backup System for City
Communications FUWre Unfunded Project
Technological
Disruption
Equipment
Identified Funding Source
26,000.00
89
Communication is vital for the success of city in responding to and coordinating the efforts of various departments and agencies following a disaster. The city currently does not have sufficient redundanry designed or built
into its radio and telecommunication systems. The city is proposing a three -level approach to ensure that His able to maintain an effective communication system following a disaster. The first level is the use of satellite
telephones (such as Iridium), which do not require any ground -based facilities. Each of there phones an communicate with other Iridium phones by using only the satellite system. Approximately 20 of these phones would
provide basic level of critical communications among the FOC, fire police and the13 NET centers located throughout the city. The second level of backup communication is to acquire temporary radio tower, such as the
port able trailers used following Hurricane Andrew to provide cellular phone service that an be deployed and sentp within a few hours of a disaster and restore some, if not most of the capability of the radio system. The
final phase would be a more comprehensive projectthat would backup all of the communication capabilities normally available to the city of Miami.
5/13/202017:520CI
Mormwater Ma
Plan Update 7596complete
,WInd,Sea Level
Rise Power
ailure Health,Flood/St
orm Surge0ther
Infrastructure
(Water/Sewer/Drainag
e)
8,751,134.74
89
Update the City's stormwater master plan to mitigate flooding and improve drainage
5/13/202017:190CI
Mary Brickell Village
Drainage Improvements Construction/Project Begun
,Flood
Infamucntre
(Roadway)
Identified Funding Source
5,275,657.94
C7
89
Road and drainage infrastructure improvements will be performed in the area bounded by the Miami River, SW 9th Street SE 1st Avenue SW 12th Street and SW 1st Court At minimum, the new drainage facilities include
a combination of exfiltration trenches (French drains), storm sewer pipes for gravity conveyance, baffles, manholes, catch basins, cross drains, swat e trenches, re -grading and re -sodding Swale areas. Miscellaneous road
Improvements include but not limited to roadway milling and resurfacing, ADA amps repair damaged sidewalks, curb and/or gutter, replacement of damaged or disfigured traffic signs and tree planting.
5/13/202018:320CI
Brlckell Bay Drive Linear
Park and Seawall Design
Criteria Package Funding Applied for
,Flood,Flood/Storm
Surge,Sea Level Rise
Beach/Seawall
16,939,157.00
88
Design Criteria Package for Reslllenry Sea Level Risk Mitigation at Brlckell Bay Drive - (Includes design for rebuilding seawall and creation of linear park)
Resllle
nce
and
Public
10/1/201913:50 Works
Improve Damage
Outside of Priority
Damage Basins (Phase
1) Funding Secured
,Flood/Storm Surge,Sea
Level Rise
Infrastructure
(Roadway)
2,300,000.00
88
Improve 50 locations and perform reconstruction of roadway base and asphalt curbing, and stormwater Inlets, as necessary, to support the Installation of backflow prevention valves and or ponding mitigation for the Very
Poor roadway reconstruction efforts
9/4/20199:15
Citywide Outfalls
Cleaning FUWre Unfunded Project
Flood
Infrastructure
(Water/Sewer/Drainag
e)
Identified Funding Source
600,000.00
North
Biscayne Bay
88
The city of Miami has 300 ou galls that stage control the amount of runoff and pollutant discharging Into adjacent water bodies. After Hurricane Katrina, the amount of debris flushed Into the damage systems have been
accumulated inside these control structure boxes and causing the headwater to rise, therefore increasing the likelihood of street flooding. These structures are being cleaned on a yearly basis.
9/4/20199:10
Citywide North -South
Storm Sewer Cleaning FUW re Unfunded Project
Flood/Storm
Surge,Flood
InfastrucW re
(Water/Sewer/Drainag
e)
Identified Funding Source
5,000,000.00
88
The city of Miami has 25,000 Inlets and 1,800,000 linear feet of various pipe size that require cleaning twice a year. Currently, Ina normal year the Public W orks Department Is able to perform this cleaning using their own
fleet of four Vac -trucks and also by subcontracting this service However, this task has been made even more difficult by the huge amount of debris and leaves that gotblown, or drained Inside the Inlets following Hurricane
Katrina. Cleaning of these Inlets and pipes is necessary to maintain the conveyance of the system and the level of protection against flooding.
8/28/201913:35 Fire
Low Power Portable
Radio Stations FUWre Unfunded Project
Communications
Failure
Equipment
Identified Funding Source
0.00
88
Low power portable radio stations would allow for the transmission of vital and time critical Information to the pu bllc. These units are small trailer units similar to those used to provide Informationto motorists about
variety of topics, such as airport information, roadway construction warnings, parks and recreation Information, etc. They havea short range (approximately three miles In most arcs) and an be setup quickly. The units
would be used throughout disaster. Initially, they would be used during evacuations to provide Information abou t traffic routes, blocked roadways and other key Information. Following a disaster, these units could be
used In conjunction with Miami's NET Centers and broadcast Information about the locations of food and medical centers, Ice distribution centers, and other critical Information without the delays associated with other
media. Another benefit is that this Information an be specifically targeted to the local people (e.g., those within a single NET service area) and not the entire region. The mobile radio stations also could be used to provide
Information about hazardous material spills, other police or fire emergencies, and special events. The city of Miami proposes to acquire seven of these units to properly cover the city.
5/13/202019:34 Fire
Storm Shelter for
Families of City
Employees
Futire Unfunded Project
All Hazards
Infrastrucame
(Building)
Identified Funding Source
750,000.00
86
During a disaster, the separation stress of employees being away from their families and loved ones is a critical issue that adversely affects the city's ability to respond during a disaster. Employees' job performance may
suffer because of this concern and some employees may elect to remain with Weir families instead of responding to city needs. One way to solve this problem is to create a shelter specifically dedicated to city personnel
and Weir families. This would help assure We city's emergency workers that their families will be safe during a disaster and allow them to concentrate on providing essential services. As part of this project, the city would
conduct a study to determine the best location for such a shelter, whether one large shelter or multiple smaller shelters should be constructed, if there is an existing facility (or multiple facilites) that could meet these
requirements, and estimated costs. Resources and services needed include safety and security, medical care, food and lodging, and communications. The sawly also would examine We effect of these new, dedicated
shelters on the larger shelter deficit that exists throughou t Miami -Dade County.
5/13/202018:00 OCI
Reconstruct "Very Poor"
Roads Citywide
2596 complete
,Flood,Other
Infrastructire
(Roadway)
7,590,182.00
86
Reconstruct 3.7 miles of roads city-wide in the Very Poor category that f all outside of the priority drainage basins
10/3/201911:58 OCI
New Fire Station Facility
FuMre Unfunded Project
,Flood,Flood/Storm
Surge,Health,Sea Level
Rise,Power
Failure,Security
Breach,Storm
Surge,Technological
Disruption,Wind
Infrastrucame
(Building)
100,000,000.00
86
Build a new fire station facility to enhance city's response pre-mitigaton and during emerge, events
9/4/2019 9:16
Replace and Improve
City -owned Seawalls
FuMre Unfunded Project
Flood/Storm Surge
Beach/Seawall
Identified Funding Source
15,000,000.00
DA-1
86
This projectwould improve or replace, as necessary, seawalls located at fifteen city owned parks and other properties along Biscayne Bay and the Miami River. These seawalls are currently in fair to poor condition. Failure
of We seawalls would result in the loss of city property, increased risk to nearby structures, and an increase in safety hazards. All of the affected seawalls are made of concrete. The specific design of seawalls to be replaced
has notyet been determined, although it is likely that boulders and riprap would be included to serve as wave baffles. The areas in greatest need of repair and improvement are We seawalls at Antonio Maceo Park, Legion
Park, Lummus Park, Baywood Park, and Pallot Park. In additon to the city parks, Wro other areas owned by the city of Miami contain concrete seawalls that either are failing or are in poor condition. These locatons are on
the north side of the Florida East Coast (FEC) Railroad boat slip and the Bicentennial Center. In conjunction with the proposed seawall replacement and improvements, hvo city -owned boat ramps (at the Watson Island
Marina and the Seminole boat ramp in Coconut Grove) need to be improved to allow faster removal of boats in We event of a major storm. In addition, the SMdium Marina needs docks that would serve as a staging area
while boats wait their turn to be removed from the water. Both to these actions would reduce the amount of damage not only to We boats lef t in the water, but also to city -owned structures and private property that could
result from boats being blown inland.
9/4/2019 9:15
Citywide Auger Hole
Replacement
Futire Unfunded Project
Flood,Flood/Storm
Surge
Infrastrucame
(Water/Sewer/Dr ainag
e)
Identified Funding Source
2,500,000.00
86
There are existng auger hole drainage systems that do not comply with current City Standards and State Regulatons. The City of Miami is seeking funding to replace the non -complaint systems with appropriate drainage
infrastructure to address flooding concerns and reduce maintenance costs.
Public
9/4/2019 9:01 Works
x Citywide
Flood/Drainage
Mitigation of over 100
Known Flooding
Locations
Futire Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
InfrastrucWre
(Water/Sewer/Dr ainag
e)
Identified Funding Source
6,000,000.00
86
This project is for neighborhood drainage projects throughout the City of Miami. The current list includes148 projects for an estimated cost of $6 million. The average project cost is approximately $40k. Individual projects
range from $20k to $200k.
5/13/202019:22 Clerk
Protect Vital City
Records
All Hazards
Other
Identified Funding Source
60,000.00
DA-1
85
This project is a study to investg ate ways to best preserve We city's vital records and other documents having archival or historical value. The city has been storing approximately 1,300 boxes of records in the basement of
the Miami city hall, an area that is subject to flooding during a major storm. More Wan 700 boxes already have been moved to temporary storage in the Coconut Grove Convention Center, but approximately 600 boxes stll
need to be moved. All of the boxes need to be inventoried for vital records (i.e., those related to business continuity), records of historical or archival value, and inactive records. The city already has identified an outside
contractor to provide storage for inactive records that can be disposed of once a required holding time has been met. The city estmates Mat approximately Wro to tluree percent of the existing records will need to be
retained in a controlled environment where temperature and humidity are monitored and where security of the documents can be assured. The proposed study would identify We number of current and future records
that need to be protected in an environmenMlly controlled area, alternatives for providing the needed storage, and We estimated cost.
9/ 4/2019 9:14
Public Works
Maintenance Vard
Building
Futire Unfunded Project
,Other
Infrastrucame
(Building)
Identified Funding Source
8,000,000.00
C7
85
Currently, vital tools (i.e. chain saws, cutters, etc.) and personnel are housed in portable trailers. During an emergency situation, these trailers are not being used for obvious safety reason. As a result, the department's first-
response crews wait at home until the emerge, situation is lif ted. A hurricane -proof facility would allow Public Works to have the crews available on board right after an emerge, condition.
5/13/202019:35 Fire
Tiger Dams (Dry
Floodproofing + Road
Barrier)
Futire Unfunded Project
,Flood,Flood/Storm
Surge,Security Breach
Equipment
Identified Funding Source
409,000.00
84
Water -filled barriers that can be used for dry floodproofing during expected flooding events and for road barriers during special events. This project is for 2 trailers with the intent that one will be used at City Hall during
known flooding events.
We are proposing the purchase of vital equipment to be able to adapt to the ever changing climate that brings about sea level rise and increased flooding to the City of Miami. Tiger Dam Systems provides Emerge,
Managers a valuable tool to be able to minimize and mitigate the potential catastrophic losses to critical infrastructure due to flooding and sea level rise. One of the main functons/mission areas of Emergency
Management is the Mitigaton process and we believe by having Tiger Dam Systems, we can mitgate potental losses by preventing the water intrusion to critcal buildings. It has been estmated that a $1 investment can
reap $4 dollars of potential saving when disasters strike (MM.). The Tiger Dam'. is used to create temporary dikes, prote, critical infrastructure, divert river flow, keep roads open and protect essential utilites.....among a
host of other applications. The rapid deployment system is both labor and energy efficient as well as environmentylly friendly when compared to sandbags.
As we continue to expand our Emerge, Management programs, we are constantly looking to assure we can provide the needed services to We Citizens of the City of Miami. We feel strongly Mat being able to mitigate
losses is a very cost effective alternative to have to rebuild, refurbish and/or try to recreate lost archives.
5/13/202018:16 Parks
Study to Reduce Erosion
on Virginia Key Beach
Funding Secured
All Hazards
Beach/Seawall
Identified Funding Source
75,000.00
South
Biscayne Bay
84
This project is a study of measures that could be used to protect We beach and reduce the loss of sand from Virginia Key Beach. The city of Miami owns approximately 42 acres of ocean front beach on Virginia Key,
approximately one mile long. The beach area is currently part of a beach improvement plan thatwill include importing sand to the area. The city recognizes that off shore groins (corrugated steel piles driven into the ocean
floor) have been used in other areas with only limited success. The city is seeking a solution that will help reduce sand loss while allowing for maximum public enjoyment of We beach.
5/13/2.0 17:03 OCI
Jose Marti Park Flood
Mitigation Study,
Design, and
Construction
5096 complete
,Flood,Flood/Storm
Surge,Sea Level Rise
Infrastrucame
(Water/Sewer/Drainag
e)
10,000,000.00
84
Seawall/Riverwalk Study and Design for resilie, sea level risk mitgation aMose Mart Park - to serve as standard for riverside projects. Seawall rebuilding to allow an increased height in compliance for city code and
reduce storm surge flooding. Retention and drainage design to allow park to accommodate increased volume of storm related water and allow flood control and mitigate potential damage impact to surrounding
neighborhood.
9/24/201911:42 OCI
Stormwater Basin S1306:
Stormwater Drainage
Improvements
Futire Unfunded Project
,Flood,Sea Level Rise
Infrastrucame
(Water/Sewer/Dr ainag
e)
5,046,900.00
84
Stormwater Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address flooding and protect life and
PrtlPerty.
9/24/201911:42 OCI
Stormwater Basin CC7-S-
25: Stormwater
Drainage Improvements
FIAJ re Unfunded Project
,Flood,Sea Level Rise
Infrastrucame
(Water/Sewer/Dr ainag
e)
10,405,091.13
84
Stormwater Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address flooding and protect life and
ProPerty.
9/24/201911:34 OCI
Stormwater Basin CC7-S-
24: Stormwater
Drainage Improvements
FIAJ re Unfunded Project
,Flood,Sea Level Rise
Infrastructire
(Water/Sewer/Dr ainag
e)
8,484,355.00
84
StormwaWr Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address flooding and protect life and
ProPerty.
9/24/201911:330CI
Stormwater Basin CC6-
N-12: Stormwater
Drainage Improvements FUEL re Unfunded Project
,Flood,Sea Level Rise
Infrastructure
(Water/Sewer/Drainag
e)
25,202,708.00
84
Stormwater Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address Hooding and protect life and
property.
9/4/2019922
Vehicle Tacking Devices Buhl re Unfunded Project
All Hazards
Equipment
Identified Funding Source
250,000.00
83
During emerge, situations, it is very difficult to efficiently track Public Works equipment and direct their operators to the disaster area most in need. Asa result some disaster areas are not being addressed in a timely
manner. Asolution to these deficiencies will be to install vehicle tracking devices which will relay their position to the emerge, operations center. This would allow the more timely and efficient dispatch of equipment.
5/13/202017:320CI
South Bayshore
Lane/Fairview Street
(East and West)
Construction/Project Begun
,Storm St rge,Sea Level
Rise Flood
Infrastructure
(Water/Sewer/Drainag
e)
4,944,615.38
82
Roadway and Drainage Improvements involves roadway reconstruction and/or milling &resurfacing, drainage improvements, damaged sidewalk replacement, repair of driveway approaches, Swale restoaton, striping,
signage, and ADA amps. MD WASD Design and Construction JPA. The second phase is the construction of the storm water pump station. The scope of work maybe subject to change based on subsequent engineering
findings.
5/13/202016:160CI
Armbrister Park
Community Center
Design
Other
,Wind
Infiastrucwre
(Building)
780,000.00
82
Design fora new community center. Thispark will serve asa resilience hub in the future. This funding is for design only. Will need to seek funding for construction.
5/13/202019:39 Police
Miami Police
Department Central
Headquarters Roof
Hardening Helipad
Project
Construction/Project Begun
,Other
Infamucwre
(Building)
Identified Funding Source
1,600,000.00
C6
81
The City of Miami is seeking funding to harden the roof of its police headquarters building. The headquarters building which is 5 stories in height and approximately 400,000 square feet, houses the 911 all center for both
police and fire an Emerge, Operations Center, all administrative offices of the police department, including the office of the Chief of Police and the Deputy and Assistant Chiefs, Crime Scene investigations, a computer
server room and numerous other critical functions. A direct hit by a hurricane or strong windstorm could cause serious damage to Me building and its contents and render this 31 million dollar building an -useable. The roof
of the Police headquarters serves a dual function of protecting the building and serving as a Helipad for multiage, first responders in the event of a disaster.
5/13/202018:10 Parks
Resilience Hubs
Network
Funding Applied for
,Flood,Flood/Storm
Surge Power
Failure,Sea Level
Rise,Storm Surge,Wind
Inframuchre
(Building)
10,000,000.00
81
The City of Miami seeks to build a network (8 facilities) of Resilience Hubs at strategically selected City -owned properties to prepare our communities for climate change impacts and accelerate recovery after disruptions
such as hurricanes. Resilience Hubs are neighborhoodserving convening centers that operate year round but are especially essential port -disaster. They will serve as central points of information, resource distribution
(PODS) and refuge for City mnstiwents before and after a disaster event but also provide our constituents with programming, social services, and amenities thatan connect them to economic opportunity and enhance
public health and safety.
Not only does the City of Miami plan to storm -harden these facilities, they also plan to ensure they an power themselves for up to 72 hours and install other enhancements to meet community needs. These upgrades may
dude: improved ADA accessibility; elevated on -site generator; solar panels and battery storage; short and long-term storage space; refrigeration; expanded WIFI capabilities; and charging stations. Many City of Miami
facilities are already well-known and well -utilized among constituents and we hope to continue and grow mmmunitygovernment partnerships via Resilience Hubs. The City will partner with local non -profits to provide
supplemental programming such as financial literary training, advoary programs, energy -efficiency education; as well as connect constituents to disaster mitigation resources and serve as a locations for CERT teams to
liaise with City staff.
Current parks under consideration:
TIER 1 (priority):
1. Charles Hadley
2. Jose Marti
3. Shenandoah
TIERS land 3:
4.Uttle Haiti
5.6ibson
6.Douglas Park
J. West End
8.6apeland Heights
Tier 1 (Assessment, Design, Construction) $4M; Tiers l and 3 (Study, Design, Construction) $6M
5/13/202016:260CI
Fire Facilities Resilienry
Project (FS10)-Design
Project in Planning Stage
,Other
Other
13,650,792.00
81
Master plan / site plan, mncep ELal design, and due dilligence studies for replacement of Fire Station 810 at 4101 NW 7th Sr.
5/13/202016:2000I
Brickell Presbyterian
Church Public Baywalk
7596complete
,Flood,Flood/Storm
Surge,Sea Level
Rise,Sticrm Surge
Inframucwre
(Water/Sewer/Drainag
e)
1,600,000.00
81
Seawall rebuilding to allow an increased height in compliance for city code and reduce storm surge flooding. Retention and drainage design to allow park to accommodate increased volume of stormrelated water and allow
flood control and mitigate potential damage impact to surrounding neighborhood. There is currently no public access to Biscayne Bay. This project also proposes a protective Baywalk extension thatwill help to attenuate
stormwave surge, and king tides. This walk will also serve a recreational purpose and will provide water access to the public Salt -tolerant plants will serve as an urban habitat and will also help to stabilize the
shoreline n the face of rising sea levels.
9/4/20199:16
Douglas Park
Neighborhood Drainage
Improvements
FUEL re Unfunded Project
,Flood,Flood/Storm
Surge
I nfrastruchre
(Water/Sewer/Drainag
e)
Identified Funding Source
2,000,000.00
DA-1
81
This projectwill provide drainage improvements for the area bordered by USl, SW 22nd Street, SW 32th Avenue and SW 37th Avenue. The new drainage facilities will include but may not be limited to a combination of ex
filtration drains, deep drainage wells, and storm water pump station(s). Road improvements include milling and resurfacing, reconstruction, new or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding
swale areas, repair or replace damaged or disfigured' traffic signs, and tree plantings.
9/24/201911:33 OCI
Stormwater Basin CC6-
N-1J: Stormwater
Drainage Improvements
FUEL re Unfunded Project
,Flood,Sea Level Rise
Infrastructure
(Water/Sewer/Drainag
e)
23,704,533.00
80
Stormwater Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address flooding and protect life and
property.
9/24/201911:250CI
Stormwater Basin CC6-
N-11: Stormwater
Drainage Improvements
FUEL re Unfunded Project
,Flood,Sea Level Rise
Inframucwre
(Water/Sewer/Drainag
e)
13,949,842.00
80
Stormwater Drainage Improvements in Basins defined in the City's 2012 Stormwater Master Plan. Work includes the design and construction a new stormwater management system to address flooding and protect life and
property.
5/13/202017:2000I
Master Plan. for Virginia
Key
FUEL re Unfunded Project
All Hazards
Beach/Seawall
Identified Funding Source
550,000.00
South
Biscayne Bay
79
Planning will submit proposal under the Coastal Partnership Initiative fora Virginia Key master plan. That plan will include provisions for restoring natural tidal action near the historic African American beach. Such
restoration would contribute towards mitigation of beach erosion. The plan recognizes the importance of natural plant communities and habitats and the role each play in stabilizing the mil for this natural barrier island.
As stated in the proposal: The process of a new master plan, taking into account the entire island, while including all stake holders and the public will allow fora comprehensive process to address a very complex barrier
island. The plan which includes economic, environmental, architectural,design, traffic and landscaping criteria will give the new master plan concrete proposals to insure sound land use decisions for this unique
uninhabited barrier island.
Plannl Portable Solar
5/12/202015:22 ng Generators
FILM re Unfunded Project
,Flood,Flood/Storm
Surge Power
Failure,Technological
Dlsruption,Wind
Equipment
Identified Funding Source
2,874,900.00
79
The South -North path and great size of Hurricane Irma exposed the vulnerability of the supply chain In Florida. Emergency supplies were being staged from. Manta, however, the path of Irma broughtit over South Florida
and eventually to Atlanta as tropical depression. Due the storms route, emergency supplies could not leave Atlanta until after the storm passed the full-length of Florida, then Atlanta, which added days to the delivery.
Delays emphasized the need for the City of Miami to be more self-reliant
The product is the EV ARC. htips://www.envisionsolatcom/evarc/ecar4
This is movable Wu cture which an be deployed as needed to function In place of, or reduce demand on, gas or diesel -fired generators during emergencies. The solar generators would be located at dispersed City
facilities during non -emerge, times In any parking tot and could provide power to those facilities throughout their lifespan.
Price includes:
a.40 generators (Estimated Cost $2,874,900)
b -$65k / unit (final unit costsu bject to negotiation and size of order)
c-$2k /unit for removable anchor Installations dispersed locations to resist plift.
d -$5k /unit for electrical connections at dispersed locations to power adjacent facilities.
e.Generators are expected to produce $60-80k worth of electricity over a typical 20 year panel service period, so there Is potential fora negative lifespan cost rather than maintenance cost
A portable solar generator has benefits over diesel generators.
1.No fuel required.
2Less regular maintenance.
3.May be grid -connected to reduce or eliminate demand for diesel generators at buildings.
4.Avoid the ongoing maintenance Issues of diesel generators which need to be periodically operated
5.May be used to charge building or vehicles, depending on which has the greater need.
6.Solar generator may be used at sites with limited space which would make CO emissions from diesel generators dangerous.
J.Sllent operation
Acquire Portable Pumps
9/ 4/2019 10:07 and Generators
5096complete
Flood/Storm Surge
Infastruchre
(Water/Sewer/Drainag
e)
Identified Funding Source
70,000.00
79
Trailer -mounted portable pumps are needed to remove floodwaters during and after major storms. The City's Public Works Department has recently acquired four (4) portable trailer mounted pumps (6 inch suction pipe).
In addition portable generators are needed to supply power to tools that are used In a variety of applications following a disaster. The city has identified a need for six of there portable generators.
City of Miami -Solid
Waste Building
Solid Window/Doors
8/27/201913:57 Waste Hardening Project
Construction/Project Begun
,Wind
Other
Identified Funding Source
421,100.00
C6
79
This wind retrofit projectwill Include: obtaining a structural adequacy report from a qualified registered Professional Engineer for the Solid Waste Main and Shop Building, located at 1290 N.W. 20th Street Miami, FL 33142,
replacement of the roof, installing approximately 3,200 square feet of *Sure Guard Plus 200®Window Security Barrier System far all existing glass windows; replacement ofWo(2)Solid Swing -Out Metal Doors at the
Main Building and(2)Solid Swing -Out Metal Doors at the Shop Building; an Accordion shutter at the entrance of the Main Building; and He downs for roof equipment at both buildings.
Restoration of Native
5/13/202018:15 Parks Species
Funding Secured
Flood/Storm Surge
Other
Identified Funding Source
75,000.00
South
Biscayne Bay
78
At Virginia Key, a portion of the scope of work Ina Coastal Partnership Initia Hve proposal will Include natural erosion prevention/mitigation by replacing exotics with native species along the mangrove hammock area. These
natNe species have root systems Mat stabilized the soil In the uplands and contribute reducing beach erosion. The project includes other elements not related to LMS but at least $75,000 In hard -costs as well as volunteer
time will be allocated to exotic removal.
Hood -Proof First Floor
9/4/2019924 of Main Police Building
FUWre Unfunded Project
,Flood
Infastruchre
(Water/Sewer/Drainag
e)
Identified Funding Source
750,000.00
C6
78
The first floor of the main Police Building (located at 400 NW 2nd Street) Is below grade and Is currently being used to store the records, property, and evidence for the city of Miami. These items must be maintained In a
area to prevent improper awes while allowing use by police for on -going Investigations. The proposed mitigation prole, would preventwater from entering the first floor and provide water removal system to
prrotect the building from Hooding. The project would Include Installation of floodgates thatwould be pu tinto place during high -risk periods for Hooding. This would not only protect vital police records, butwould ensure
the continuous operation of this critical facility both during the disaster and during the response and recovery phase of the disaster.
Citywide Non -Standard
Drainage System
9/4/20199:09 Improvements
Fuld re Unfunded Project
Flood
Infamucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
3,000,000.00
North
Biscayne Bay
78
There are existing slab -covered trench, open Joint pipes, and others that are Ineffective and do not comply with current City Standards. The City of Miami is seeking funding to replace the outdated systems with appropriate
drainage infastructireto address Hooding concerns and reduce maintenance costs.
Plannl
ng/Pub
lic
Works
/Office
of
Resilie
nce&S *Streetend
ustain Improvements and
8/29/201914:16 ability Baywalks
FUW re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge
Infastruchre
(Roadway)
Identified Funding Source
2,544,000.00
78
Many streeeends In the City of Miami are vulnerable Co storm surge and king tide flooding. This project Is to Improve meetends with higher sea walls In the City of Miami and potentially design those sea-walls Co serve dual
uses, such as baywalk/sea wall combinations, as done In the Netherlands. It Is a high priority due to the consequence of the hazard this project addresses, storm surge
Coastal flooding as result of Hurricane Irma was extensive within the City of Miami. The following Is an example of a project that would be funded with this project
•Edgewater Is a high population density neighborhood on the coast north of downtown
•Edgewater Is In evacuation zone C, and Is not considered to bevu Ineable to high storm surge based on w rrent modeling.
•Based on Initial studies, Flooding In Edgewater exceeded predicted levels by 2-4' which damaged cars and made buildings Inaccessible
•Much of the storm surge entered the neighborhood via public -right -of way street ends that terminate at Biscayne Bay.
•As this neighborhood Is very low-lying on the east bu t rises up to the Atlantic Coastal Ridge to the west It collects rainwater and Is vulnerable to Flooding from the combination of king tides and rainfall. Streets with low-
lying outlets are particularly vulnerable.
•The city would like to make improvements to the street ends In order to make them invulnerable to King Tides and more resistant to storm surge.
•35th street at the northern end of the neighborhood Is a wider cul-de-sac and does not have building entrances or driveways near the water, ensuring Mat Mere Is roam for Improvements with little regu Iatory conflict
•An example projectwould Include the Improvement of the following:
o Seawall
odainage Wu cW res
oA baywalk allowing pedestrian access to the North, South, and West to the bay
oA stormwaWr retention/processing green infastru cW re element to reduce flooding associated with rain and storms
8/28/201913:38 Fire Station Hardening
Funding Secured
, WInd,Security
Breach,Power
Failure,Technological
Disruption
Infamucwre
(Building)
Identified Funding Source
144,000.00
78
The Miami Fire Department provides ongoing E.M.S., fire suppression and fire prevention services to our 362,470 residents and the 480,000 individu als who traverse our city daily. Most of these services begin with a all to
and response from one of 14 fire stations. The Impact of a hurricane could severely damage fire stations as well as the expensive appaaws that Is housed within these stations. Some fire stations are more vulnerable than
others; therefore they are more susceptibl e to Impending hurricane damages. To mitigate these Impending hurricane damages, the city of Miami Fire Rescue Departrnent proposes a hurricane hardening project to protect
key stations and facilities. This project Includes the Installation of Miami -Dade County hurricane -code approved, perforated, stainless steel hurricane barriers, e.g., Exeter Storm Shield or better and the Installation of
generators at stations. This project also includes the Installation of two generators at the Fire Training Center/City Backup 911 Center.
Solid Handheld Radios for
5/20/202017:44 Waste Wlid Waste
Funding Secured
,Technological
Disruption
Equipment
Identified Funding Source
979,860.00
C6
JJ
150 Radios for use by Wlid Waste There adios would be able to utilize police/fire towers. The adios would be used by Solid Waste to communicate post disaster during emergency protective measures.
Spring Garden Park
5/13/202017:480CI Seawall and Kayak
Construction/Project Begun
,Flood/Storm Surge1a
Level Rlse,Health
Beach/Seawall
2,587,000.00
77
Shoreline Concrete Bulkhead replacement of approximately 315 Feet along Seybold Canal. Constru Non of a Kayak Ramp atSouth shoreline of the park along the Miami River. Add north segment replacement +/- 60 LF
9/4/20199:10
Silver Bluff Drainage
Improvements
FUW re Unfunded Project
,Flood,Flood/Storm
Surge
Other
Identified Funding Source
2,000,000.00
DA-1
JJ
This projectwill provide drainage Improvements for the area bordered by US-1, SW 22nd Street SW 16th Avenue and SW 27th Avenue The new drainage facilities will include but may not be limited to a combination of
exflltration drains, deep drainage wells, and storm water pump station(s). Road Improvements Include milling and resurfacing, reconmuctlon, new or repair sidewalks, curb and gu tter, ADA amps, re -grade or re -sodding
swale areas, repair or replace damaged or disfigured traffic signs, and tree plantings.
Innova
tion
Techn
8/27/201913:51 ology
Backup for Essential
City Mainframe
Functions
FUWre Unfunded Project
,Olher,Technological
Disruption
Equipment
Identified Funding Source
1,000,000.00
C6
77
The city of Miami currently does not have a backup computer for the mainframe that provides core city services the city on day-to-day basis. Loss of the computer center at the Miami Riverside Center building would affect
the city's ability to respond to and recover from a disaster by preventing access to critical functions such as payroll,purchasing, fire and police records, and other essential city services. A new backup computer system is
needed to allow critical functions to be quickly restored and allow the city to continue operations while the main system is relocated or repaired. The new computer, robe Installed In the city's emergency operations center,
would replicate essential functions currently performed on the city's primary mainframe computer, butwould not provide all of the functions needed by the city.
9/4/2019923
Street Sweeping
Program Improvement
FUW re Unfunded Project
All Hazards
Equipment
Identified Funding Source
900,000.00
76
The city currently has minimal staff and equipment assigned to sweep streets so as to minimize blockage of storm drains. This project includes the acquisition of five additional pieces of equipment one year of equipment
operatprograme, tipping fees and the hiring of equipment operators. Street sweeping program would be conducted citywide on a systematic, programmed basis.
9/4/20199:19
N.W. 71st Street Main
Trunk Storm Sewer
Project
FUW re Unfunded Project
Flood/Storm Surge
InfrastrucW re
(Water/Sewer/Drainag
e)
Identified Funding Source
7,500,000.00
North
Biscayne Bay
76
This peojectwlll provide positive drainage for N 71st Street between NW 17 Avenue and Miami Avenue and also provide relief system and overflow connection for the Liberty, Fairway, and Northwest storm sewer district
project This project is a recommendation of the Storm Drainage Master Plan. The trunk main will be constructed In N. 71st Street to either N. Miami Avenue or NE 2nd Avenue at which point the main will be extended north
to the Little River Canal.
9/4/20199:17
Hadley Park
Neighborhood Drainage
Improvements
FUW re Unfunded Project
,Flood/Storm Surge
Inframucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
9,500,000.00
North
Biscayne Bay
76
The scope of work consists of furnishing all materials, labor, and equipment necessary to design and construct drainage and road Improvements at needed locations within the highest rank basin according to the City of
Miami Stormwater Management Master Plan. The basin Is approximately bounded by NW 54 St (to the north). SR 112 (to the south), NW 19 Ave (west), and 1-95 (to the east). The drainage system mainly comprises
exflltration trench (french drains), storm sewers for gravity conveyance, Inlets with pollution retardant baffles, Injection wells, and surface restoration within the project limits. Road work comprises roadway milling &
resurfacing, limited road reconstruction, damaged sidewalk replacement new sidewalks, new curb and gutter or repair of curb &gutter, some new tree plantings, retrofit of ADA complaint curb amps, and pavement
markings within the project limits.
5/13/202017:310C1
South Bayshore Drive
Roadway and Drainage
Improvements
Project In Planning Stage
,Flood/Storm
Surge,Health,Sea Level
Rise Wlnd
Inframucwre
(Water/Sewer/Drainag
e)
18,000,000.00
75
Located betweenthe limits of Darwin Street and Merry Way, Improvement works along South Bayshore Drive Include the construction of drainage facilities consisting of combination but not limited to exfiltration trenches
(French drains), deep drainage wells, pump stations, storm sewer pipes for gravity conveyance,baffles,manholes, catch basins, cross drains, Swale trenches, re -grading and re -sodding Swale areas. Road Improvements
Include and not limited to roadway milling and resurfacing, ADA amps, bike and walkway lanes, repair damaged sidewalks, curb and/or gutter, replacement of damaged or disfigured traffic signs and tree planting.
9/4/2019922
Storage Facilities for
Critical Equipment
FUWre Unfunded Project
All Hazards
Inframuctire
(Building)
Identified Funding Source
0.00
75
Currently, the city of Miami has severe shortage of hardened stodge locations for city equipment during a major disaster. Equipment such as the fire department's urban search and rescue trailers, Public Works' heavy
equipment parks department buses, and other similar Items are stored outside on a normal day -today basis and could be damaged and destroyed during a storm. Much of this equipment Is vital during a disaster to serve
functions such as rescuing trapped citizens, clearing roadways, and providing support to other disaster recovery operations.
The city of Miami has Identified a need for three hardened facilities, located In three different areas of the city that would allow for the proper protection of dais equipment and allow for the rapid deployment following a
disaster. The facility would need to meet and Inmost cases exceed current construction and protective equipment requirements and have emergency power and communicatorxs equipment for workers at these facilities.
DREA
5/13/202019:01 M
Emergency
Management Area
Comprehensive Security
Camera System for City
Marinas and Boat Ramp
5096complete
,Flood,Flood/Storm
Surge Health,Power
Fallure,Sea Level
Rlse,Securlty
Breach,Storm
Surge Wlnd
Equipment
Identified Funding Source
1,000,000.00
74
This project involves the Installation of military/commercial grade CCTV systems at City Marinas and Boat Ramps (specifically, Dinner Key Marina, Mlamarina, Marine Stadium Marina, Seminole Boat Ramp, Watson Island
Boat Ramp). These cameras will provide City management emergency/law enforcement services with real-time surveillance of these waterfront properties. Cameras will help document damages from storms and other
disasters, as well as assist in preventing and Investigating potential acts of terrorism, sabotage drug and human trafficking. The Cities access to high -quality photos/video produced by this equipment will assist in alleviating
repetitive loss.
Currently, City of Miami marinas and boat launch areas are not adequately equipped to capture Images/video related to the aforementioned vulnerabilities; this requires the City to commit limited public-safety/security
resources in is place
The quality/features of the type of system being considered suggests that such mitigation Is expected to last through and address hazards for over 10 years, but possibly less than 20. There seems to be no apparent effect
on the environment from the installation of such equipment other than that it will improve the City's ability to report/prevent environmental hazards In or near our waterways.
Modern marine CCTV systems, particularly those which are of commercial/military grade are capable of capturing/recording high definition Images over long distances/and Ina multitude of environmental conditions (night
rain, wind, etc). Given these advantages, having high-grade cameras at the proposed locations may benefitareas/Jurisdictions outside the City of Miami's control:state/fedeal submerged lands, ports, and other
municipalities. The primary responsibility of operating and accessing these cameras will be controlled by the City of Miami Police Department which would be the direct liaison to federal/state law enforcement bodies.
Given the vulnerabilities Involved, such equipment will have the potential of protecting/saving well over 1,000 lives.
At this current point in time the City of Miami has allocated some resources for the Installation of these cameras at 1-2loatlons. I t has been determined that such equipmentwlll require specialized expertise and would
likely take 6 months to 1;4 years to complete.
5/13/202018:1J ORS
City of Miami Mitigation
Plan Business Case
Analysis
FUW re Unfunded Project
,Healtlt,Power
Fallure,Security
Breach,Storm
Surge,Technologlcal
Dlsruption,Wlld
FIre,WInd,0ther
Other
Gant Applied For
500,000.00
74
This business case study will Include an economic analysis of the value of our risk redu Non plans In our LMS and will address multiple hazards, with a focus on flooding and sea level rise. This analysis will explain the risk
costof inaction (in dollar terms) and the extent to which the risk cost is likely to be reduced as a result of the city's infrastructure investments (also In dollar terms). The work will consider the complex relationship and
Impacts among the City's planned Investments to the City's property tax base, flood Insurance, real estate market and financial mortgage cycles, and City credit ratings, land use Issues, or any other factor that may be
pertinent
5/13/202017:27 OCI
Morningslde Regional
Storm water
Management
FUW re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge
Beach/Seawall
Identified Funding Source
20,000,000.00
74
Seawall rebuilding to allow an Increased height in compliance for city code and reduce storm surge flooding. Retention and drainage design to allow park to accommodate Increased volume of storm related water and allow
flood control and mitigate potential damage Impact to surrounding neighborhood.
9/4/2019923
Portable Traffic Control
Signs
FUWre Unfunded Project
All Hazards
Equipment
Identified Funding Source
500,000.00
74
Effective and efficientcommu mutton Is vital to allow for the rapid evacuation of citizens prior to the Impact of a hurricane In the city of Miami. W ith a residential population of about 400,000 people and a commuter
population that at least doubles the affected population during the work week, trafficjams area certainty. Portable traffic control signs that provide scrolling text messages would allow traffic to be directed to alternative
routes and to provide other vital Information to motorists. The portable signs have other uses besides assisting In evacuations: they can be used to display Information during events such as fire/rescue emergencies,
hazardous material spills, special events, terrorist Incidents, and special police events such as SWAT operations. These signs display a text message that Is easily programmed Into the unit and can be moved using most any
city vehicle with a trailer hitch. The city of Miami would purchase ten of these units at a cost of about$50,000 each, plus additional trailer hitches for police vehicles.
9/4/2019921
Garden Storm Sewers
Project -Phasell
FUW re Unfunded Project
Flood/Storm Surge
Infrastructure
(Water/Sewer/Drainag
e)
Identified Funding Source
4,300,000.00
DA-1
74
This projectwlll provide modern drainage system for the area bordered by NW 26th Street. NW 38th Street N W 22nd Avenue and NW 27th Avenue. The new drainage facilities will consist of a combination of ex -filtration
drains, grease & oil Interceptors and other pollution control structures.
9/4/2019920
Auburn Storm Sewers
Project- Phase I and
Phasell
FUW re Unfunded Project
Flood/Storm Surge
InfrastrucW re
(Water/Sewer/Drainag
e)
Identified Funding Source
4,000,000.00
DA-1
74
This project involves construction of a local drainage system for the area bounded by N.W. Jth Street N. W.2Jih Avenue, W. Hagler Street and N.W. 37th Avenue Road Improvements Include milling and resurfacing, new
or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic signs, and tree planting.
9/4/2019920
Reid Acres Storm
Sewers Project
FUW re Unfunded Project
,Flood,Flood/Storm
Surge
InfrastrucW re
(Water/Sewer/Drainag
e)
Identified Funding Source
4,300,000.00
CI
74
This projectwlll provide positive drainage system to the area bounded by NE 71st Street FEC Railroad, NE 62 Street and NE 2nd Avenue. Bore and Jack construction under the FEC Railroad at NE 71 Street will be required.
The positive outran line will be constructed on NE 5th Avenue to the Little River Canal. Road Improvements Include milling and resurfacing, new or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale
areas, repair or replace damaged or disfigured traffic signs, and tree planting
9/4/2019920
Little River Storm
Sewers Retrofitting
Project Phasell
FUW re Unfunded Project
Flood/Storm Surge
InfrastrucW re
(Water/Sewer/Drainag
e)
Identified Funding Source
3,000,000.00
North
Biscayne Bay
74
This projectwlll provide modern drainage system for the area bordered by NW J9th Street Little River Canal, and N. Miami Avenue The existing system will be expanded and upgraded. The new drainage facilities will
consist of a combination of ex -filtration drain, deep drainage wells, grease & oil Interceptors and other pollution control structures. Any storm sewers Identified as Illegally connected to a sanitary sewer will be
disconnected.
9/4/20199:19
Fairway Storm Sewers
Project
Fuld re Unfunded Project
Flood/Storm Surge
Inlamucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
4,200,000.00
CI
74
This project Involves the deign and construction of a local drainage system In the area bounded by NW 2nd Avenue, FECRailroad, N 73rd Street, and N 62nd Street. Road Improvements Include milling and resurfacing, new
or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic signs, and tree planting
9/4/20199:19
Avalon Storm Sewers
Project-Phaselll
Fuld re Unfunded Project
Flood/Storm Surge
InfastrucMre
(Water/Sewer/Drainag
e)
Identified Funding Source
5,300,000.00
DA-1
74
This projectwlll provide modern drainage system for the area bordered by SW 22nd Street, SW 27ih Street, SW 27th Avenue and SW 32nd Avenue Currently, this area Is served by scattered localized drainage strucM res
that are old and Inadequate to properly drain the area. The new drainage facilities will consist of combination of ex -filtration drains, deep drainage wells, grease & oil Interceptors and other pollution control structures.
Road Improvements include milling and resurfacing, new or repair sidewalks, curb and gutter, ADA .ramps, re -grade or re -sodding Swale areas, repair orreplace damaged or disfigured traffic signs, and tree planting.
5/13/202017:110Cl
Legion Park Seawall and
Boat Ramp
7596complete
,Flood,Flood/Storm
Surge,See Level
RIse,Other
Other
2,210,072.00
73
Reconstruction of boat amp and parking lot, new seawall, bay -walks, solar lighting, drainage upgrade and a new metal picket fence with gate.
9/4/2019922
Clean and Dredge
Canals and Waterways
Fuld re Unfunded Project
,Flood,Flood/Storm
Surge
Infamucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
45,000,000.00
C6
73
W It rain the city of Miami, there are numerous canals and waterways that provide storm water drainage to Biscayne Bay. Debris, sand, and other materials that block the canals threaten their ability m provide essential
drainage of stormwater to outfalls. The city proposes to mitigate this threat by performing maintenance dredging on these canals, removing exotic (non-native) tree from the banks, and cleaning up accumulated debris.
The most Important affected waterways, listed In order of priority, are:
® Wagner Creek, which drains approximately 600 acres of residential and commercial property. Activities already completed Include removal of household refuse and sediments, Installation of new fencing, and bank
stabilization activities. Pollution control measure will be added to the outfells and any Illegal connections Identified during the cleanup will be disconnected and plugged. The anal sediments are also contaminated with
dioxins/fuans, and dredging the anal sediments will significantly reduce the dioxins amounts. This open channel creek extends from NW 20 Street to NW 11 Street,
® SeyboId Canal, a navigable waterway that drains approximately 500 acre of residential and commercial property. This anal extends from NW 11 Street to the Miami River. The anal sediments are also contaminated
with dioxins/fuans, and dredging the anal sediments will significantly reduce the dioxins amount,
Lawrence Waterway, which drains approximately 64 acres of residential and commercial property. Some of the work already has been completed as part of the city's regular maintenance program. This waterway extends
from NW J Street to the Miami River. The anal sediments are also contaminated with dioxins/fuans, and dredging the anal sediments will significantly reduce the dioxins amounts.
Miami River -South Fork, requires the dredging of sediment material along approximately 4,900 linear feet of the canal's bottom including removal of debris, and erotic tree removal from the banks between N.W. 27th
Avenue to the Miami River.Further sampling will be conducted to determine if contamination exist In this area.
9/4/20199:17
Auburn Storm Sewers
Project-Phaselll
Fuld re Unfunded Project
Flood/Storm Surge
Infamucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
5,300,000.00
DA-1
73
This projectwlll provide modern drainage system for the area bordered by W. Flagler Street, SW 8th Street, SW 27th Avenue and SW 32nd Avenue. At the present time this area Is served by scattered localized drainage
structuresthat are old and Inadequate to properly drain the area. The new drainage facilities will consist of combination of ex -filtration drains, deep drainage wells, grease & oil Interceptors and other pollution control
structures. Road Improvements include milling and resurfacing, new or repair sidewalks, curb and gutter, ADA ramps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic signs, and tree
planting
DREA
5/13/2020 19:07 M
Watson Island
Shoreline Stabilization
Futitre Unfunded Project
Flood/Storm Surge,Sea
Level Rise
Beach/Seawall
Identified Funding Source
300,000.00
North
Biscayne Bay
Jl
The Watson Island Shoreline Stabilization Project, located on the southeastern section of Watson Island will stabilize a 500-foot section of the Biscayne Bay shoreline along the southeastern shoreline of Watson Island. The
projectwlll entail Installation of rip -rap along this shoreline and construction of a seawall to stabilize and contain erosion to this shoreline along a proposed bay -walk which will run parallel to this seawall. Complementary
public access features will be constructed and Installed to enhance this waterfront area.
5/13/202016:390CI
Immediate Flood
Control: I nstall Backflow
Valve (Phasel)
Construction/Project Begun
,Flood,Sea Level
Rlse,Smrm Surge
Infamucwre
(Water/Sewer/Drainag
e)
47,000,000.00
Jl
There are over 400 stormwater outfells In the City. The City has already Installed over 50 backflow preventers throughout the City In high priority areas but there remain many more throughout the City that do not have
backflow prevention.
9/4/20199:18
Lawnvlew Storm Sewers
Project
Fuld re Unfunded Project
Flood/Storm Surge
InfastrucMre
(Water/Sewer/Drainag
e)
Identified Funding Source
4,300,000.00
DA-1
Jl
This project involve construction of local drainage system for the area bounded by SW 8th Street, and SW 17th Avenue, W. Flagler Street, and SW 22nd Avenue Road Improvements include milling and resurfacing, new or
repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic signs, and tree planting.
5/13/202018:260CI
Moore Park Gym Design
and Construction
Project In Planning Stage
,Wind
Infamucwre
(Building)
8,700,000.00
70
Design and build a new gymnasium as an add on to the existing community center. The building will also serve as a resilience hub.
DREA
5/12/20201S:44 M.
Fortflation of City Hall
basement for up to 3-5
foot surge
Fuld re Unfunded Project
,Flood,Flood/Storm
Surge,Sa Level
Rlse,Storm Surge
InfastrucMre
(Building)
Identified Funding Source
2,500,000.00
70
This project consists of an inspection of the current City Hall basement and presentation of feasibility/costs of solutions to fortify the basement from 3-5 foot+storm/surge or Hood waters. This project aims at finding a
feasible solution m prevent flooding In the basement of the historic City Hall building located at 3500 Pan American Dr. Such an Improvement would allow the foundation and contents to be protected from Intruding waters
sofa result of a hurricane or tropical storm.
During Hurricane Irma, Dinner Key Marina Incurred damages In excess of $100,000 In operational equipment alone Some of this equipment was stored In the City hall basement and subsequently damaged by storm surge
This equipment is critical to every -day operations of the marina and the maintenance of the surrounding property.
Fortifying the historic City Hall structure an prevent damage to its foundation and infrastructure. Given the above described, such a projectwould take less than 6 months to complete as It Involve a site assessment&
feasibility study.
DREA
3/24/202017:38 M
Breakwater/jetty for
Mlamarina Bayslde
Fuld re Unfunded Project
,Flood,Flood/Storm
Surge,Sa Level
Rlse,Storm Surge,Wlnd
Beach/Seawall
Identified Funding Source
3,000,000.00
70
This project is feasibility study on the Impact of breakwater In or around the Mlamarina, protecting Its users from storm/wind damage similar m that experienced during Hurricane Irma. After Hurricane Irma, damages
at Mlamarina were found to be nominal In comparison m those experienced at Dinner Key Marina. However, hurricane related storm surge did effect the easternmost portions of the marina, causing damages to pilings
and electrical pedesWIs/transformers. Most damages sustained appeared to be related to the thrashing of vessels against the marina's structures.
This Is project Is an effiary study of breakwater systems that will protect the Mlamarina from powerful storm surge and further reduce the marina's exposure toturbulent waters. The study would focus on breakwater
structures which an be deployed In a safe and environmental friendly manner. The work would Involve an engineering/environmental review and proposal. EvenMal construction would be aimed at Increasing the life -span
of one of the Cities largest marina facilities, beyond 20-39 years.
The study seeks to address 3 hazards (life -safety, environment, and property/structure damage). Based on the damaged assessed from the most recent Incident, such damages may pose life -safety & environmental risk.
In particular: submerged debris and vessels, heavy (fresh) water leaks, displaced fireboxes, broken transformers/electrical equipment and loose pilings.
Given the described, such a project woe Id likely take 6 months to 1 year to complete as It Involves a site assessment and feasibility study. The completion of this projectwould allow the City m pursue the realization
(cu on)ofthe proposed. This would positively lmpactthe welfare and resiliency of the local wmmuniry, surrounding waterways, and lmpatt well over 10,000 people In a given year. Successful completion of
breakwater system near Mlamarina Involves protecting public assets worth over $50 million dollars as well as several million In private property.
9/11/201914:33
Citywide Deep Drainage
Wells Cleaning
FuMre Unfunded Project
Flood,Flood/Storm
Surge
Infamucwre
(Water/Sewer/Drainag
e)
Identified Funding Source
500,000.00
70
The city of Miami drainage basins are drained by a sizable number of deep drainage wells ranging In depth of 80 feet to 160 feet. A total of 90 deep drainage wells are scattered throughout the city. Periodic annual cleaning
is required especially after a hurricane in the magnititde of Katrina where a tremendous amount of windblown leave and debris clogged these wells. This project consists of the cleaning and jetting of these wells, and the
installation of gates to prevent further dogging.
9/4/201910:06
Property Maintenance
Division Upgrade
Funding Secured
,Other
Equipment
Identified Funding Source
160,000.00
C6
70
Property Maintenance Division 105kilowatt emergency generator project that encompasses the following: Purchase and Installation of new 105 KW stand-by generator, transfer switch, and electrical upgrades to bring the
building up to code (the Florida Building Code), to provide electricity for the city's Property Maintenance Division building In rase of catastrophic electrical failure The building Is the operations base fir trade personnel that
provide services ihroughoutthe city for other departments. The Installation includes all required Improvements necessary to meet currentcodes. There is no existing generator at this location.
9/4/2019921
Liberty Storm Sewers
Project
Fuld re Unfunded Project
,Flood/Storm Surge
InfastrucMre
(Water/Sewer/Drainag
e)
Identified Funding Source
4,200,000.00
CI
70
This project involvesthe deign and construction of a local drainage system in the area bounded by NW Wth Avenue NW 71st Street, NW 12th Avenue, and NW 62nd Street,
5/13/2020 W:500Cl
Spring Garden Point
Park Historic Building
5096complete
,Wind
InfastrucMre
(Building)
1,654,059.27
68
Deign and construction of new one story Historic Community Building
5/12/202019:53 HCD
Floodproofing for
Residences
Fuld re Unfunded Project
,Flood,Flood/Storm
Surge,Sa Level
Rlse.rorm Surge
InfastrucMre
(Building)
Identified Funding Source
1,000,000.00
68
This project is to raise the homes of residents that have been previously affected by flooding. Residents will be expected to pay a 2596cost match with the grant funding not more than $150,000. This will fund a maximum
of 6homes.
DREA
3/24/202017:29 M
New/improved
(removable) floating
docks/or other marine
infrastructure
innovation for Boat
Ramps at
S=minole/Watson Boat
Ramps
FUW re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
Other
Identified Funding Source
900,000.00
68
This is a study and realization (conmucton) of Innovative hardening solutions to City Boat ramps which would assist In protecting/recovering from a major storm or adjust to Impending sea -level rise The study would focus
on floating dock and rigging systems (permanent in nature) which an be easily removed and redeployed at the onset of a storm (repetitively). The work would involve an engineering/environmental review and
construction of replaceable/moveable floating dock system. Such work, would aim at increasing the life -span of Woof the Cities largest boat ramp (launch) facilities, to behveen 20-39 years. During Hurricane Irma, the
atson Island and Seminole Boat Ramp facilities experienced extensive damage from 3-5 foot storm surge Such damage included, direct water damage (Hood), physical damage, and the release of related debris. The
stm surge exerted undesirable buoyancy to the facilities' finger pier and ramp muckre(s). This damaged, coupled with sunken vessels/debris forced the City to make a precautionary (life/safety) decision to close there
boat launch areas to the public.
Seminole Boat Ramp resides near Dinner Key; that which is located in close proximity to a residential /commercial area. The boat ramps are regularly used access points by residents, visitors, businesses, staff, and
emergency services. Given the utility yeamound, disabling such a facility may Impact over 10,000 people any given year.
This upgrade project would address the protection from 3 hazards (lifesafety, environmental, and damages to property/strung-es). Based on the damaged assessed in the declared incident, the destruction of the boat
ramp created an unhospitzble area in/and around the boat ramp shoreline, which included submerged debris, vessels, broken docks, and loose pilings. Because of the location and accessibility of these facilities, it is difficult
for the City to control access to the public without dedicating a significant amount of public safety, security, and administrative resources.
The successful completion of such improvements will reduce the time it will take the marine facility to avail access to the connected waterways. Further, the speed atwhich these facilities recover post -storm benefits
federal, state, local emergency services in granting alternative access points to response vessels. The ability for these ramps to become operational shortly after a storm positively enforces the overall recovery of local
business and leisure aNvites.
Given the described, such a project wou Id likely take 6 months to l year to complete as it involves a feasibility/design phase and the installation of movable structures. The combined project (Watson Island/Seminole Boat
Ramp) would positively impact the welfare and resiliency of the local community, surrounding waterways, and impact more than 10,000 people in a given year.
5/13/202019:32 Fire
Communications
Systems Generator
Construction/Project Begun
,Other,Power
Failure,Technological
Dlsruption,Sewrity
Breach
Equipment
Identified Funding Source
60,000.00
C6
67
Communications Services Division 50 kilowatt emergency generator and transfer switch project that encompasses the following: Purchase and installation of new 5 KW and transfer switch to provide electricity for the
city's communications system in case of catastrophic electronic failure This replaces the 31 KW generator and transfer switches that are inadequate for the city's existing needs. The generator is located at the city's fire
garage. The existing area housing the 31 KW generator can accommodate the new generator that is compliantwith current codes.
DREA
5/13/202019:W M
Struck al Upgrades to
Pilings and Rigging
Systems at DKM&
Mooring Field
Construction/Project Begun
,Flood,Flood/Storm
Surge Power
Failure,Sea Level
Rise,Securirysunken/disabled
Breach,Storm
Surge,Technological
Dlsruption,Wind
Infamuckre
(Building)
Identified Funding Source
4,250,000.00
67
This is project consists of comprehensive feasibility sk dy and the implementation of measures to fortify Dinner Key Marina and Mooring Held to better withstand tropical storm and hurricane related damages. The work
would involve an engineering/environmental study and construction of strengthened marine structures (marina docks, piers, and pilings.) Such work would aim at increasing the life -span of main marina structure for 20-39
years, possibly more.
This item is crital counterpart to the proposed mitigation of Dinner Key Marina's electrical/plumbing system, hence it directly implies similar benefits/risk reduction characteristics. The Dinner Key Marina faces the South -
Eastern Caribbean and is vulnerable to churning storm surge that enters behveen Key Biscayne and Elliot Key from the Atlantic
During Hurricane Irma, Dinner Key Marina experienced damage from 3 to 5 foot storm surge. Such damage included: direct water damage (Hood), physical damage, and debris. The storm surge exerted undesirable
bu oyanw (upward pressure) to the marina's dock/pier infrastructure and related components. In addition, the storm surge smashed vessels into the docks/pier structures; breaking pilings, pipes, electrical pedestals,
conduits, and releasing debris into Biscayne Bay. This upgrade addresses the protection from 3 hazards (life -safety, environmental, and property/structure damage). Dinner Key Marina resides near a residential/commercial
areas (specifically, the Coconut Grove area), which maintain a high volume of restaurants, attractions, and related foot -traffic Given Its location and design, the marina site has multiple access points (including direct
linkages to public walkways) which become difficult to control once the site has been compromised by a disaster. This increases risk of physical injury to local residents/marina patrons attempting to traverse the pathways
and docks. The successful completion of such improvements will reduce the time itwill take the marine facility to continue its essential services after a disaster, further reducing risk to private property (such as
vessels) and associated hazards. The speed atwhich this marina recovers from a storm influences multiple factors, such as: resiliency of City assets, service to live -aboard customers, recovery of local
business and leisure aNvites, marina revenues (City), recovery of private property, control/access to nearby waterways, and overall public safety.
Given the above described, such a project would likely take 5 to 2 years to complete as it involves complex work and design.However, the project would positively impact the welfare and resiliency of the local community
and marina visitors (more than 10,000 people).
5/13/202017:290CI
Swell Park storm water
management
Fuk re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
Beach/Seawall
Identified Funding Source
6,224,495.00
67
Seawall rebuilding to allow an increased height in compliance for city code and reduce storm surge Hooding. Retention and drainage design to allow park to accommodate increased volume of storm related water and allow
flood control and mitigate potential damage impact to surrounding neighborhood.
Planni
5/12/202015:47 ng
Port -Storm Assessment
Mobile Application-
Citizen Portal
Future Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm
Surge,Technological
Dlsruption,Wind
Outreach
Identified Funding Source
50,000.00
67
Post Hurricane Irma, staff members from Planning, Zoning, and Resiliency, along with 4volunteer teams from Grove 2030, canvassed the City of Miami. The goal was to locate the crest of storm surge created by the
hurricane and changes to the City's tree canopy. A mobile application called Survey123 for ArcGlS was utilized to add information to existing Geographic Information System maps in the City of Miami database.With this
project, we would like to expand on further developing this application to afront facing citizen portal which would facilitate assistance from the community regarding the recording of storm surge and changes to the tree
canopy.
3/24/202016:43 Parks
Legion Park storm water
management
Fuk re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
Beach/Seawall
Identified Funding Source
3,674,935.00
67
Shoreline enhancements with natural and or hardened materials. Grading and active or passive drainage systems to reduce sunny -day Hooding and the impacts of sea -level rise. This project will prevent future damage to
citywide recreation area and a historically designated park andfacility.
Public
Works
8/29/201914,/Parks
* Margaret Pace Park
storm wanr
management
Fuk re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
Beach/Seawall
Identified Funding Source
9,586,050.00
67
Shoreline enhancements with natural and or hardened materials. Grading and active or passive drainage systems to reduce sunny -day Hooding and the impacts of sea -level rise. Prevent future repair costs and impact from
flooding on surrounding neighborhood.
Planni
5/12/202015:44 ng
Vulnerability
Assessment of
Historical and Cultural
Resources In the City of
Miami Phase
FUW re Unfunded Project
,Flood,Wind.Sea Level
Rise,Storm Surge
Other
145,000.00
66
Currently, the City of Miami's culw al resources are under threat of destruction or loss by rising sea level and storm surge. Storm surge from hurricanes has already destroyed historic properties along Miami's coast, and
with FE MA's projected 50-year Hood levels many of Miami's cultural resources will suffer significant damage within the next fifty years. The proposed project will allow for the prevention of this loss of cultural resources
through the [dentflation and prioritization of at -risk sites and the development of mitigation and prevention guidelines and tools. Furthermore, the project is line with LU-1.5 and LU-22 of the Miami Neighborhood
Comprehensive Plan which states that the City will preserve and protect the city's natural and coastal resources, and Its historic and archaeological sites.
To reduce risks to historical and cultural resources by developing guidelines on risk -based performance goals and criteria for inclusion In current or adjusted local preservation sdndards, or for volu ntary reference historic
sites and neighborhoods and archaeological sites and zones). Overlap data sets regarding geological morphology, urban morphology, architectural typology, structural systems and storm surge Information, to calibrate
local needs and risks, to later Inform best practices guidelines for historic neighborhoods, historic sites, archaeological sites and zones, and departmental preservation tools.
I. Study Area:
Referencing geological morphologies, (i.e. coastal, riverfront and previous hardwood hammock substrata sites -now urbanized), sample 30 blocks (approximately 10 per type), which also possess paradigmatic
characteristics that define historic neighborhoods and their building types, historic sites, and archaeological sites and zones, with a focus an sites vulnerable to SLR and/or storm surge
III. Phases of Work (Estimated Timelines and Estimated Budgets):
Phase I: (-5 - 8 months)
Estimated Budget: $145,000
1.Data Collection:
a.6ather relevantgeological mapping data; Flood Hazard Mapping and Storm Surge data;
b.l denhfy paradigmatic historic neighborhood blocks, historic sites, and archaeological sites and zones and cross reference with geological mapping data;
cl dentify urban morphology as well as historic typologies and their corresponding structural type and archaeological layers;
d.Map historic building typologies, structural types, and archaeological layers by utilizing ARC-6IS platform or equivalent;
2. Consultations: With. Miami -Dade Office of Resille, and other Southeast Florida Regional Compact Leaders to gather lessons related to regional strategies and tools and to maximize gains, as relates to historic
neighborhoods, buildings, and archaeological areas.
a. Identify barriers and constraints preventing resilience, including regulatory, funding, and jurisdictional Impediments that prevent effective response to the resilience challenges;
b.Break down silos separating multiple functional areas of resilience planning,'
DREA
3/24/202017:26M
Electrical/Plumbing
Upgrades to Dinner Key
Marina
Project In Planning Stage
,Flood,Flood/Storm
Surge,Sea Level
Rise,Storm Surge
InfastrucW re
(Building)
Identified Funding Source
3,500,000.00
65
This project consists of upgrading the electrical components/conduits, piping, plumbing, and connections suppling Dinner Key Marina (3400 Pan American Dr) docks to a level which would withstand damage from storm
surge or Hoods. A critical element of this work Is Improved access controls which would allow emerge, workers and City staff to further prevent hazardous conditions In the event of a disaster. These upgrades are
essential In preventing electrical fires, electrocution, water/sewage leaks In the event of the catastrophic storm. During Hurricane Irma, City staff and vendors reported various Incidents of the above mentioned threats,
which could be more severe In the event of major catastrophic storm. Hence, these upgrades address the protection from 3 hazards (life -safety, environmental, and property/structure damage). Hazardous conditions
arising from a potential electrical fire or sewage/water leak have the highest impact on life -safety and health at Dinner Key Marina, as It resides near residential/commercial areas (particularly, the Coconut Grove area); one
which maintains a high volume of restaurants, attractions, and related foot -traffic Thus, given that magni W de of a declared Incident, such hazards may Impact more than 10,000 local Inhabitants, aside from having adverse
effects on the environment,
Hardening such infrastructure to withstand damages like those experienced during Hurricane Irma (or stronger storms) necessitates the use of robust measures capable of protecting a network of public assets worth over
$75 million dollars.
Given the above described, such a project would take 1-3 years to complete as It involves complex work and design. However, the project would positively Impact the welfare and resllie, of the local community and Its
visitors (more than 10,000 people a year).
5/13/20201727 OCI
Rockerman Canal
Dredging and
Stabilization
FUW re Unfunded Project
All Hazards
Other
Identified Funding Source
900,000.00
DA-1
64
Located In the City of Miami's Coconut Grove area, the anal serves as channel to allow the public boat access Into Biscayne Bay. The goal Is to Improve navigable waters for boats traveling within the anal. The scope of
work includes and is not limited to anal dredging, trimming of mangrove and other exotic trees, shoreline stabilization and possible planting and/or relocating mangrove trees.
5/13/202017:130CI
Marine Stadium
Restoration
2596complete
,Flood,Flood/Storm
Surge,Sea Level
Rise Power
Failure,Health,Security
Breach,Storm
Surge,Wlnd,Other
Infastru,re
(Building)
50,000,000.00
63
Restoration of the Historic Marine Stadium Building located at Virginia Key
DREA
5/13/202019:10 M
Structi al Upgrades to
Manuel Artime Office
Building
Funding Secured
,Flood,Flood/Storm
Surge Wind
Infastru,re
(Building)
Identified Funding Source
550,000.00
62
This project serves to Improve on repairs already underway at the Manuel Artime Office Building located at 970 SW 1st Street, The Office Building is currently In need of structural repairs to prevent heavy water Intrusion.
This project alms at studying the feasibility of Innovative upgrades to the building to further strengthen its resistances to wind/rain damage.
5/12/202019:55 HCD
Loans to Private owners
to Improve Seawalls&
Stabilize Shorelines
FUW re Unfunded Project
SeaLevel
Rise Flood/Storm Surge
Beach/Seawall
Identified Funding Source
250,000.00
DA-1
62
The majority of the ciNs anal and bay shoreline (70 percent) is privately owned and maintained, much of which is in poor or overgrown condition. I n the event of a major storm, there could be tremendous loss of property
into the ciNs damage canals, causing upstream flooding. This project recognizes the need to harden seawalls on private property within the city and would complement the replacement and improvement of city -owned
seawalls. The city would establish a loan program that would provide an incentive for private property owners to replace or improve areas of deteriorating seawall on their property, allowing for a grea2r overall level of
mitigation citywide. The project includes establishing and administering the loan program but not cacti ally providing city funding to borrowers.
5/13/202016:410CI
Jose Marti Park Building
Improvements
Fuld re Unfunded Project
,WInd,Ofher
Infastru, re
(Building)
200,000.00
60
Hardening the building against storm damages.
DREA
3/24/20201722M
Portable Electrical
Backup Units for City
Marinas (temp.
pedestals, hook ups)
FUW re Unfunded Project
,Flood,Flood/Storm
Surge Power
Failure,Sea Level
Rise,Security
Breach;Storm
Surge,Technological
Dlsruption,Wind
Equipment
Identified Funding Source
1,800,000.00
60
Given damages sustained during Hurricane Irma and to address the Immediate needs of marina customers (safety, power, water) In such Incident. This project sees to provide City Marinas fora permanent (owned)
alMrative to renting temporary electrical marine equipment for docks and piers. A unique aspect of such equipment Is Its utility, as it flexible In a series of disaster scenarios. Technically, such equipment would be deployed
and controlled by City emerge, services as a precaution to hazards which would require cutting power to marina facilities. Further, availing such equipment would reduce the City's liability as to private/public property
damage and life -safety In the event that cutting the marina's power Is required option. Cutting power at City of Miami marina facilites (where there are docked/connected vessels) would implicate risk to private property
worth well over $100 million (combined).
This equipment is an effective mitigation measure In preventing electrical fires, electrocution, and the sinking of docked vessels. During Hurricane Irma, City staff and boaters reported various Incidents of the
aforementioned, that which can be much more severe In tlhe event of a major catastrophic storm. Hence this upgrade addresses the protection for at hazards (life -safety, environmental, and damage to
property/mu, res). Given the above described, such a project would take less than 6-months to complete as It Involves a study of practicability and the procurement of equipment. The projectwould positively impact the
welfare and resilienry of the local community and marina visitors (more than 10,000 people).
These backup units would directly Impact less than 1,000 Inhabitants (marina customers). However, It an reduce risks associated with a power outage, one which an have a much broader effect at marine facility (Ex.
structural fire sinking vessels and related fuel spillage, electrocution)
10/1/201913:55 OCI
Alice Wainwright Park
Seawall and Baywalk
Other
,Flood,Flood/Storm
Surge,Sea Level Rise
Beach/Seawall
4,823,651.00
60
Design, and replacement of 1,100 linear feet of existing seawall and new baywalk adjacent to Biscayne Bay. Baywalk amenities Include pedestrian lighting, benches, landscaping and trash receptacles.
DREA
3/24/202017:18 M
New elevated Storage
Shed for Dinner Key
Marina (storage of
ools/equipment/golf
arts) Project In Planning Stage
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge,Wlnd
Infamuctire
(Building)
Identified Funding Source
335,000.00
59
This project aims at constructing an elevated storage building at the Dinner Key site, allowing Marina staff to safely protect tools/equipment/vehicles from flood waters/or storm. surge During Hurricane Irma, Dinner Key
Marina Incurred damages In excess of $100,000 In operational equipment alone. A good majority of this equipment succumbed to water Intrusion damages and Included: golf arts, forklift, generators, power -tools, hand-
- e equipment operations operating su pplles. This equipment is vital to every -day marina opetions and the maintenance of surrounding property.
Such project will Involve the construction of an elevated and fortified structure which would allow for the safe storage of marina assets In the event of a major hurricane/tropical storm. Further, It Is Important to consider
the Inadequacies of the marina's current storage area: It does not effectively protect Its contents from Hood waters, It has limited space (much less than required), and may notwithstand a monger occurrence of said
declaration (alloy structure).
Further, this project would weigh on the advantages/disadvantages of storing equipment near a high -risk area (waterfront property) given experiences noted during Hurricane Irma. For example, marina staff (force labor)
were Ill-equipped for rapid mobilization and debris cleanup as almost all essential equipment/tools were destroyed. This required the City to procure external contract work and rental equipment
Protecting such assets Ina fortified structure an prevent well -over $100,000 of property damages and potentially avoid Yens of thousands more In recovery work. Given the above described, such a project would take 1 to 2
years complete as It Involves design work and construction.
DREA
3/24/202017:17 M
Hardening electrical
breaker boxes and
transformers for
Mlamarina Bayslde FUW re Unfunded Project
,Flood,Flood/Storm
Surge Power
Fallure,Security
Breach,Storm
Surge,Technologlcal
Dlsruption,Wlnd
Equipment
Identified Funding Source
150,000.00
59
Given damages sustained during Hurricane Irma and to address the Immediate needs of marina customers (safety, power, water) In such Incident This project aims at upgrading eastside and northern electrical power
equipmentboxes, strengthening them to be able to resist physical damage from vessels which may collide with dock and or pier.
5/13/20201823 ORS
Elevation for 6 homes In
flood prone areas FUWre Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge
Infamucti re
(Building)
Identified Funding Source
1,000,000.00
56
This projectwlll be to provide funding to vertically elevate the homes of Miami residents. We will model FEMA Flood Mitigation Assistance (FMA) for fund distribution. All residents the receive funding must have Hood
insurance. Funds will be distributed on a first -come, first -served basis after aarou ntng for the following: Severe Repetitive Loss (SRL), Repetitive Loss (RL), and any other homes with Hood insurance. The first tier of funding
will be SRL homes, the second RL, and all other homes will be part of the third tier. Funded homes with SRL will receive $200,000, funded homes with RL will receive $180,000 with a $20,000 costshare, and all other
funded homes will receive$150,000 wilt) a$50,000 cost share until the grant award is fully encumbered. The cost -share must be paid for by the resident Funds will be distributed on a reimbursement -basis provided the
residents fully comply with all program rules.
SRL and RLwlll be defined as per FEMA's definitions on the 2017 FMA fact sheet Residents will have to prove that their homes meet the definitions.
This program will fund 5fi homes.
5/13/202017:080O
Legion Park Community
Building Improvements 7596complete
,Wind
Infamucntre
(Building)
3,705,131.00
55
Design and construction fora new roof, bathrooms upgrade/remodel, replacement of selected doors and windows, terrazzo repairs, new epoxy flooring to replace VCT In selected areas, add elevator (code requirement),
MEP equipment upgrade, new fire alarm system, new acoustical ceilings, limited Interior layout modifications, second floor finishes, limited cabinetry, milling and resurface existing parking lot (asa bid alternate), a new
tennis court (no lighting), and miscellaneous repairs of building exterior walls, sidewalks, and terraces
5/13/202018:3600
Curtis Park Community
Center Design Project In Planning Stage
,Wind
Infamucntre
(Building)
850,000.00
54
Design fora new community center. Cost does not include construction. Center to serve as resilience hub.
5/13/202018:2800
Shorecrest
Neighborhood Street
and Drainage
Improvements Project In Planning Stage
,Flood,Flood/Storm
Surge,Sea Level Rise
Infamucntre
(Roadway)
12,224,489.00
52
This area of the City Is at the forefront of sea level rise We have been doing ongoing work here, including a resilient redesign workshop to examine how to adapt the neighborhood to sea level rise and the Implementation
of a King Tide Action Plan. It isa high priority for funding because of the frequency of some of the hazards this projectwlll address (tidal/pluvial flooding) and the consequences of storm surge In the neighborhood. This
neighborhood experienced surge and pluvial flooding due to Irma, and flood during the king tides every autumn. This project will provide storm sewers to the area bounded by NE 83rd Street East Dixie Highway, North City
limits and Biscayne Boulevard. Road Improvements Include milling and resurfacing, new or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic
signs, and tree planting. This projectwlll address severe flooding Issues that this neighborhood experiences from both natural disasters, pluvial floods, and king tides. The City ofMiami lsorwill bepartnering with Mlaml-
Dade County, the South Florida Water Management District and FDOT.
5/13/202016:1800
Bayhomes Drive
Damage Improvements Project In Planning Stage
,Flood,Flood/Storm
Surge Health,Power
Fallure,Wlnd
Infamuctire
(Roadway)
10,000,000.00
51
Damage Improvements including pump station. This project will provide drainage Improvements for the area approximately bounded by Biscayne Bay, -750 ft northwest from N. Bayhomes Rd., N. Bayhomes Dr. and S.
Bayhomes Drive The new drainage facilities will Include but may not limited to a combination of exfiitrationdrains, deep drainage wells, and storm water pump station(s). Road Improvements Include milling and
resurfacing, reconstruction, new or repair sidewalks, curb and gutter, ADA amps, re -grade or re -sodding Swale areas, repair or replace damaged or disfigured traffic signs, and tree plantings.
DREA
3/24/202017:13M
Virginia Key Beach
storm water
management FUW re Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Storm Surge
Beach/Seawall
Identified Funding Source
15,096,495.00
50
Study and Implementation of options approved by DERM and code to protect the shoreline and beach areas. Prevent beach erosion and allow preparing area for storm surge and flood control.
5/13/20201S:12 Parks
Miami Rowing dub
Building Repairs Fu Wre Unfunded Project
,WInd,Ofher
Infamuctire
(Building)
250,000.00
49
Metal roof replacement of approximately 6,700 SF. Previous storm damage shows the need for hardening of roof to prevent further damage to existing roof and Interior features. Facility needs Impact floor -to -ceiling
windows, no current shutters or wind protection In place for the facility.
5/13/202018:14 Parks
Morningslde Park
building hardening and
resilient upgrades FUWre Unfunded Project
,Flood,Flood/Storm
Surge,Sea Level
Rlse,Stcrm
Surge,Wlnd,Sewrlty
Breach
Infamucntre
(Building)
Identified Funding Source
5,000,000.00
46
Improvements to current recreation center to allow less Impact to building as result of flooding, high winds and disaster conditions. Park Improvements to assist In reducing negative Impacts from lack of drainage and
assist in resilience Improvements to protect park and neighborhood.
5/13/202016:1100
Antonio Maceo Park
Boatramp Funding Secured
,Flood,Flood/Storm
Surge,Sea Level Rise
COOP
629,303.00
44
Renovate Maceo Park Boatramp including the concrete boatramp, sidewalks, parking lot stationery dock and the floating dock
5/12/202016:37 Parks
City-wide Parks Roofing
Reconstruction Funding Secured
,Wind
Infamucntre
(Building)
655,400.00
0
Renovate and/or re -roof buildings within 10 parks throughout the city, to Include Caribbean Marketplace which may require substantial reconstruction