1668 W PARK TER -DRIVEWAY PAVERS e `°
op) CITY OF ATLANTIC BEACH
rj A s) 800 SEMINOLE ROAD
j t ATLANTIC BEACH, FL 32233
INSPECTION PHONE LINE 247-5814
DRIVEWAY PERMIT
MUST CALL BY 4PM FOR NEXT DAY INSPECTION: 247-5814
JOB INFORMATION:
Job ID: 15-DWAY-2073
Job Type: DRIVEWAY
Description: PAVER DRIVEWAY
Estimated Value:
Issue Date: 9/18/2015
Expiration Date: 3/16/2016
PROPERTY ADDRESS:
Address: 1668 W PARK TER
RE Number: 172020-0156
PROPERTY OWNER:
II Name: SCHARE, ANDREW I & RACHEL S, *
Address: 1668 W PARK TER
PERMIT INFORMATION: UTILITY DEPT.: PUBLIC WORKS:
Ensure all meter boxes, sewer cleanouts and valve covers are set to grade and visible.
A sewer cleanout must be installed at the property line. Cleanout must be covered with an
RT1 concrete box with metal lid. Cleanout to be set to grade and visible.
No parking, dumpster or portable toilet on City right-of-way.
Full erosion control measures must be installed and approved prior to beginning any earth
disturbing activities. Contact Public Works (247-5834) for Erosion and Sediment Control
Inspection prior to start of construction.
All silt must remain on-site during construction.
A post construction topographic survey documenting proper construction will be required.
Roll off Container Company must be on City approved list and container cannot be placed on
leit1"4tlth'tet'fiWjit. (Appit0649AdAititMIDlso usa[IIill eeica)RepubIiialen✓immslkba1I ei!foatndE FI.ORRIDA
N - CITY OF ATLANTIC BEACH
•
'-T' A 800 SEMINOLE ROAD
ATLANTIC BEACH, FL 32233
INSPECTION PHONE LINE 247-5814
J33/9
Waste Pro.)
Full right-of-way restoration, including sod, is required.
Build a berm from natural berm with bushes to corner of fence for water retainage of
approximately 400 square foot, 6" depth.
Permeable pavers must be installed according to manufactures recommendation, including
paver sand underlay.
FEES:
Fence/ROW $35.00
Total Payments: $35.00
I
I
I
I
I
PERMIT IS APPROVED ONLY IN ACCORDANCE NIThI AI,I. CI'T'Y OF ATLANTIC BEACH ORDINANCES AND THE FLORIDA
13IIILDING CODES.
Permit Attachment of for
Permit# issued ,20_Atlantic Beach,FL 32233
Owner's Name: Property Address:
R.E.#:
Subdivision: Lot#/Block#:
REVOCABLE ENCROACHMENT PERMIT
THIS REVOCABLE ENCROACHMENT PERMIT,issued on this ett day of Amy' / ,20/c
by Atlantic Beach, Florida, a municipal corporation organized and existing under the/laws of the State of
Florida, hereinafter referred to as "CITY" and ,4Mb•o-fehare of Atlantic Beach Florida,
hereinafter referred to as"USER".
WITNESSETH:
That the CITY does hereby grant the USER permission on a revocable basis as described herein the right to
enter upon the property of the City of Atlantic Beach for the purpose as described in the City of Atlantic
Beach Right-of-Way/Easement permit numbers noted above(copies attached).
This work is generally described as: NA) 41,1/e0 �L
Any facility maintained, repaired, erected, and/or installed in the exercise of the privilege granted remains
subject to relocation or removal on thirty(30)days notice by CITY to the USER, said notice to USER shall be
given by certified mail, return receipt requested, to the following address:
/AP 4111
The depositing of said notice of cancellation in the United States mail shall constitute the notice of
cancellation and the burden is upon USER to keep the CITY informed of USER's proper address.
The USER shall promptly make any and all necessary repairs to any facility erected or maintained in the
exercise of the privilege herein granted and shall at all times maintain said facility in good and safe condition.
In the event it is necessary for the CITY or the City's approved representative or other franchised utility to
enter upon the above-described property of the CITY, the USER shall replace at the USER's sole expense,
any and all material necessarily displaced during the action of maintaining,repairing, operating,replacing, or
adding to of the utilities and facilities of the CITY or franchise utility provider.
The facilities allowed by the permit shall meet the current requirements of the City Code, Building Codes,
Land Development Code,and all other land use and code requirements of the CITY,including
City Code Section 19-7(h)which states"Driveways that cross sidewalks: City sidewalks may not be replaced
with other materials, but must be replaced with smooth concrete left natural in color so That it matches the
existing and adjoining sidewalks."
Page 1 of 2
The USER, prior to making any changes from the approved plans and/or method, must obtain written
approval from the City of Atlantic Beach,Public Works Department,for said change. The USER shall,at the
discretion of the CITY,be requested to submit as-built drawings showing the change within thirty(30) days
after the day of completion.
This permit shall insure to the benefit of, and be binding upon, the USER and their respective successors and
assigns.
USER shall meet the terms and conditions of this permit and to all of the applicable State and CITY laws
and/or specifications, to include utilities locate requirements and use limitations/requirements of public
rights-of-way and other public land. USER further agrees that the CITY and its officers and employees shall
be saved harmless by the USER from any of the work herein under the terms of this permit and that all of said
liabilities are hereby assumed by the USER.
DATED and SIGNED this 7.g day of v f L NY
f
7 By
Pro rty Owner
(to be signed in presence of the Notary)
STATE OF FLORIDA
COUNTY OF DUVAL
On this 2 >M day of A c r- 20 f f personally for said County� and State, , {��p� �appeared before me, a Notary Public in
�'` the property owner of
Ib6k Qwk T.ecr4c -t ,
Atlantic Beach,Florida,known to me to be the person(s)described in
and who executed the foregoing instrument; who acknowledged to me that he or she executed the same freely
and volunt y and for the uses and purposes therein mentioned.
Notary Public in for said County and State :£''°' SANDRA C SEMRO
MY COMMISSION#EE204196
CITY OF ATLANTIC BEACH, FLORIDA, a 'i s► .,�' EXPIRES June 03.2016
(407)3994153 FlorMallotatyServroe.com
municipal corporation:
Approv-:
Do ,FI on, c Wo .<. Director
For Permits where city sidewalk is impacted,
City Manager approval required:
Nelson Van Liere,City Manager
Page 2 of 2
I
< lr
dy = 'r'n, CITY OF ATLANTIC BEACH
�, I .= 1` .,. CONST .. WITHIN NCITY Ric r_
:a ,y-..a 800 5e _
Seminole Road tea_ •'`+'°�+r-=ri ' �,�„�
,:v D� Atlantic Beach,Florida 32233-5445 ' l •Ir i&., '4_ 800 ==
PLEASE SUBMI COMPLETE SETS OF PLANS WITH APPLICATION. '4LJ� 845
Date ` � I
Job Address • - - 1,+ •
.,.1 _ ISSUED BY THE CI.is -
Permitee: , ib
c
Permittee Address: Telephone 9 _ d 5
C - a`•
Requesting Permission to Construct: A a
LI •
c
Location: (Reference to Cross-Street) = • -=
� ,ar,
`
Applicant declares that prior to filing this application he has ascertained `L ,
the location of all existing utilities,
1. both aerial and underground and the accurate locations are shown on the sketches.
A Letter of Notification was mailed to the following Utilities/Municipalities: (A). \
Jacksonville Electric Authority ' \ �\
Bell South Telephone Company
Ferrell Gas Yes( ) No (.-) Date:
Comcast Yes( ) No (-) Date:
Yes ( ) No (-) Date:
2. Whenever necessary for the construction, repair, Yes( ) No (-) Date:
alteration or necessary for
all, or any p , improvement, maintenance, safe and efficient operation,
y portion of said street or easement-as determined by the Director of Public
Works, any or all of said poles, wires, pipes, cables or other facilities and appurtenances
hereunder, shall be immediately removed from said street or easement or reset or r
required by the Director of Public Works and at the expense of the Permittee ules authorized
authorized. relocated hereon as
3. All work shall meet City of Atlantic Beach or Florida Department of Trans unless reimbursement is
performed under the supervision of •
Superintendent) located at Transportation Standards and be
4. All materials and equipment shall be subject to inspection by the Director (Contractor's Project
5. All city property Telephone#:
ty pro ert shall be restored to its original condition as far as practical, in keeping with cit
and the manner satisfactory to the city. for of Public Works or his designee.
S. A sketch of plans covering details of this installation, as well as, a copy city specifications
part of this permit. Calculations showin an increase in ima envious area on ow
Ri.ht of Wa are to be included with this application py °f a recent survey shall be made a
7. This permittee shall commence actual construction in good faith with owner's lot or in the cit
more than 60 days from date of permit approval, then permittee must review the permit with the D
Public Works to make sure no changes have occurred in the area that would affect ays. if the beginning date is
8. It is understood and agreed-that the rights and privileges herein set out are granted Director of
City's right, title and interest in the land to be entered upon and used by the holder,the permitted construction.
times, assume all risk of and indemnify, defend, and save harmless the City of Atlantic c the extent of the
and the Holder will, at all
against any and all loss, damage, and cost of expenses arising in any manner of the exercise
exercises by the holder of the aforesaid rights and privileges. antic Beach from and
9. The Director of Public Works shall be notified twenty-four (24) hours pri to starting I or afi again
immediately upon completion. •
work ani again
OWNER c.--' c
7 Signed: /�J�
Before me this 3b>.� Date: G ,/ • SANDRA C SENIRO
State Of Florida,has personally appeared of �` in the C unty of Duval, r ' '
Notary Public at Large,State of Florida,County o Duval. , �� •. '�= MY COMMISSION#EE204196
••�
My corryxiission expires: 3 ��, '%fa►.ii;., EXPIRES June 03,2016
•Person 40 398.0153 FIond p. Serme.can
_Produced Identification:.
t=,
a ,# Comp. By: SRW
• 4 Date: 9/16/2015
°VW
OR 9-
Public Works Department
City of Atlantic Beach
Permit No: 15-DWAY-2073
Address: 1668 Park Terrace West
Required Storage Volume
Criteria:
Section 24-66 of the City of Atlantic Beach's Zoning, Subdivsion, and Land Development Regulations
requires that the difference between the pre- and postdevelopment volume of stormwawter runoff be
stored on site. Volume of Runoff is defined as follows:
V= CAR/12
Where: V=Volume of Runoff
C= Coefficient of Runoff
A=Area of lot in square feet
R=25-yr/24-hr rainfall depth (9.3-inches for Atlantic Beach)
Predevelopment Runoff Volume:
Lot Area (A) = ft2
Runoff Coefficient
Area Lot Area
Description (ft2) (ft 2) "C" Wtd"C"
Impervious 5,577 22,184 1.00 0.25
Pervious 16,607 22,184 0.20 0.15
Runoff Coefficient(C)= 0.40
Runoff Volume
V= 0.40 x 22,184 x 9.3 / 12
V= 6,896 ft 3
Postdevelopment Runoff Volume:
Lot Area (A) = 22,184 ft 2
Runoff Coefficient
Area Lot Area
Description (ft) (ft 2) "C" Wtd "C"
Impervious 6,813 22,184 1.00 0.31 %ISA = 30.7%
Pervious 15,371 22,184 0.20 0.14
Runoff Coefficient(C)= 0.45
Runoff Volume
V= 0.45 x 22,184 x 9.3 / 12
V= 7,663 ft3
Required Storage Volume
DV= Postdevelopment Runoff Volume- Predevelopment Runoff Volume
DV= 7,663 - 6,896
DV= 766 ft3
Retention Park Terrace West 1668 9/16/2015
i rt � Comp. By: SRW
0r
r Date: 9/16/2015
Public Works Department
City of Atlantic Beach
Permit No: 15-DWAY-2073
Address: 1668 Park Terrace West
Provided Storage:
Elevation Area Storage
(ft) (ft2) (ft3)
100 0 BOTTOM 10 x 10
400 250 TOB 20 x 20 Natural
Elevation Area Storage water retainage
(ft) (ft) (ft3)
0 BOTTOM
0 TOB
Elevation Area Storage
(ft) (ft) (ft3)
0 BOTTOM
0 TOB
Inground storage=A*d*pf
A=Area= 400.0
d= depth to ESHWT= 5.0
pf= pore factor= 0.3
Inground Storage= 600.0 ft3
Required Treatment Volume= 766 ft3
Supplied Treatment Volume= 850 ft3
Retention Park Terrace West 1668 9/16/2015
Du
•
Permeable
__ •
■
-•
Interlocking
Concrete
• Pavements
Selection • Design • Construction • Maintenance
David R.Smith
Third Edition
ti '\
tE
i
Ii 11 ICPI4
INTERIXKING CONCRETE
PAVEMENT INSTITUTE TE
Section 2.Design
• Industrial sites that do not receive hazardous materials,i.e..where there is no risk to
groundwater or soils from spills.
• Storage areas for shipping containers with non-hazardous contents.
• The impervious area does not exceed five times the area of the permeable pavement
receiving the runoff.
• The estimated depth from the bottom of the pavement base to the high level of the water
table is greater than 2 feet(0.6 m).Greater depths may be required to obtain additional
filtering of pollutants through the soil.
• The pavement is downslope from building foundations,and the foundations have piped
drainage at the footers.
• The slope of the permeable pavement surface is at least I'fl and no greater than 5%.
• Land surrounding and draining into the pavement does not exceed 20%slope.
• At least 100 ft(30 m)should be maintained between permeable pavements and water
supply wells,streams.and wetlands.(Local jurisdictions may provide additional guid-
ance or regulations.)
• Sites where the owner can meet maintenance requirements(see maintenance section).
• Sites where there will not he an increase in impervious cover draining into the pavement
(unless the pavement is designed to infiltrate and store runoff from future increases in
impervious cover).
• Sites where space constraints,high land prices,and/or runoff from additional develop-
ment make permeable interlocking concrete pavements a cost-effective solution.
Design Considerations for
Permeable interlocking concrete pavements are not recommended on Pedestrians and Disabled Persons
any site classified as a stonnwater hotspot,i.e.,if there is any risk that Before a parking la or plaza is con-
stormwater can infiltrate and contaminate groundwater.These land uses strutted,existing pedestrian paths across
and activities may include the following: the lot should be studied and defsed.
tr
Vehicle lanes,parking spaces,pedestrian
• Vehicle salvage yards,recycling facilities.fueling stations,service paths.and spaces for disabled persons
and maintenance facilities,equipment and cleaning facilities can be delineated with solid concrete
• Fleet storage areas(bus,truck,etc.) paver.Paths with solid units will make
walking more comfortable.especially
• Commercial manna service and maintenance areas for pedestrians with high-heeled shoes
• Outdoor liquid container storage areas and for the elderly.Likewise.parking
spaces accessible to disabled persons and
• Outdoor loading/unloading facilities for bicycles should be marked with solid
• Public works materials/equipment storage areas lovers.Permeable interlocking concrete
pavers with openings or wide joints
• Industrial facilities that generate or store hazardous materials shnxtld not he used in disabled-accessible
• Storage areas for commercial shipping containers with contents parking spaces or on pedestrian ramps at
that could damage groundwater and soil intersections.
• Land uses that drain pesticides nod/or fertilizers into permeable Infiltration Rates of Permeable
pavements(e.g..agricultural land,golf courses.etc.) Interlocking Concrete
• Other land uses and activities as designated by an appropriate Pavement Systems
review authority A common error to designing perme-
able interlocking c(NUrele pavements is
assuming that the amount or percent of
I0 Permeable Interlocking Concrete Pavements
• Section 2.Design
open surface area is equal to the percent of perviousness.For example,an 18%open surface area
is incorrectly assumed to be 18%pervious,or 82%impervious.The perviousness and amount ot
infiltration are dependent on the infiltration rates of joint filling material,bedding layer,and base
materials,not the percentage of surface open area.
Compared to soils,permeable interlocking concrete pavements have a very high degree of infil-
tration.For example,a clay soil classified as CL using the Unified Soil Classification System might
have an infiltration rate in the order of 1.4 x 10'in./hr(10'm/sec).A silty sand(SM)could have
1.4 x tO'in,br(10'in/seed infiltration rare.Open-graded,crushed aggregate placed in the openings
of permeable interlocking concrete pavements will have an initial infiltration over 500 in./hr(over
10.'tn/sec),i.c,10,000 tunes greater than the send)soil and 100,000 times greater than the clay
soil.The open-graded base material has even higher infiltration.typically 500 to 2.000 in./hr
to lo'm/sec).Therefore,the small percentage of open surface area is capable of providing a large
amount of infiltration into the pavement.
Regardless of the high infiltration rate of the aggregates used in the openings and base,a key
consideration is the lifetime design infiltration of the entire pavement cross-section.including the
soil subgrade.Its infiltration rate is difficult to predict over time.There can be short-term varia-
tions from different amounts of antecedent water in it.and long-term reductions of infiltration from
partially clogged surface or base,geotextiles or soil subgrade.So a conservative approach should
always be taken when establishing the design infiltration rate of the pavement system.
Studies on permeable interlocking concrete posers Wise attempted to estimate their long-term
infiltration performance.Permeable concrete units(made with no fine aggregates)demonstrate loss-
est average permeability.Interlocking shapes with openings or those with enlarged permeable joints
offer substantially higher infiltration performance over the long term.
Research on permeable pavements made with solid.nonporous units provides some guidance on
long-term infiltration rates.German studies(6)(7)(8)(12),ICPI(431,and a review of the literature
by Ferguson(44)reviewed parking lots with open-graded materials in the poser openings over an
open-graded base.They showed a high initial infiltration when new and•decrease and leveling off
as they aged.The decrease in infiltration is natural and is due to the deposit of fine materials in the
aggregate fill and clogging of the base and geotextiles.
When tested,new pavements demonstrated very high surface infiltration rates of almost 9 in Jhr
(6 x 10'n/sec)and two four-year old patting lots indicated rater of about 3 in/hr(2 x 10^m/sec).
Lower rates were exhibited on pavements where openings were filled with sand or aggregate and
itinerant vegetation.In another study of two and five-year old parking lots,the infiltration rata
were about 6 and S in./hr(4 and 3.5 x 10'm/sec)respectively.Infiltration was measured over ap
proximately one hour for these two studies.In an ICPI study(44)ten sites indicated I'/i in./hr to
over 7150 in./ht The lowest infiltration rates were sites clogged with fines.
The results of these studies confirm that the long-tern infiltration rate depends on the intensity
of use and the degree to which the surface and base receive sediment.This is also corstimied in the
literature on the performance of infiltration trenches.Since thete are mliltration differences between
initial and loaf-temp performance•construction,plus inevitable clogging,a consenative design rate
of 3 In-flir 12.1 x I0 in/sec or 210 L./sec/hectare)can be used as the basis for the design surface
infiltration rate feu a 20-year life.This design infiltration rate will take in most storms.
Site Design Data
Desktop Assessment
A preliminary assessment should be conducted prior to detailed site and hydrological design.This
initial assessment includes a review of the following:
• Underlying geology and soils maps
• Identifying the NRCS hydrologic soil groups(A.B,C,D)
• Verifying history of fill soil or previous disturbances or impaction
• Review of topographical maps and identifying drainage patterns
• Identifying streams,wetlands,wells and structures
• Confirming absence of stormwater hotspots
• Identifying current and future land uses draining onto the site
Permeable Interlocking Concrete Pavements I
' PARTIAL EXFILTRATION •
--... Irv.NO a AGGREGATE IN OPENINGS
FOG STOW CONCRETE PAVERS
3 1ET(SD mm)DOZE
CUP82DGE RESTRAINT WITH CUTOUTS
FOR OVERT LOW DRAPMGE(CURS SHOWN)
1151 SIR ICIR 1616 ill1R p• BEDDING COURSE 1 t?TO T HO IO SO mmHK:
I fK
. (TNT NO BAGGREGATE)•:•;....: °p'::.o::•:i r(TOO LM)THICK NO.57 STONE
EAi. -'�•••••"8p:'.•_f�� OPE76°050 BABE
•��'����i� .iJ ►rM L+nn.aL
EiNeCib.:'8O I o NO)STONE SUBBASE Ill
1�}• Il°� 9 •� � OPT s or GE NGRAIE ON SOTTOM AND
•�a 'i1i ..9•�:• woes a oPENGRADED SASE
S. =1,•.�• N' T PERFORATED PIPES spACED AND SLOPED
I=I=I .�, =N=][F TO ONNN ALL STORED WATER
11=I=1.4-1 I I— —1= OUITN L PPE 4S)SLOPES TO STORK
SEWER OR STREAM
Sol SUBORADE SLOPED TO DRAIN
NO EXFILTRATION
TTP NO a AGGREGATE IN OPENINGS
EGO-STONE CONCRETE PAVERS
3 1R3 IW(b Innv TWIG(
CUIBIEDOE RESTRAINT WITH CUTOUTS
FOR OVOKLOW DRAINAGE(CURS SHO.VN)
-au am us im.�• REDO iG CO. 1+7 TO 7-1.0 TO so mm>THICK
(� pp�� (TYP 1b eAGGREGATE)
Irt o`B'o, ,....°oo••:' ~'1 F•(100 NM)TRIO(NO.57 STONE
li'AA�:. +P...i a',, OPEN-GRADED SASE• 1E•0•�• ••..a tot coso M1NTNCK
ill..�'•• •� 1 CJ •� O NO 2 STONE SIAMBE
•'` 1• . 6 O 4 MPERMEABLE LINER ON BOTTOM AND
•••Et. ..9�,. woes or OPEN-GRADED BASE•
— ��_ 7` ' ii .' PERFORATED PIPES SPACED AND SLOPED
1=1=1 1=:': C-.; 'OZ 'MI TO ORAN ALL STORED WATER
1=1 1 1=1='•'41: 1, 11.,,11=
1B IEIE�1= =1= OUT FALL WEIS)SLOPED TO STORM
SEWER OR STREAM
SOIL SLOGRADE SLOPED TO DRAIN
References /CPI Zephers
UNI-GROUP U.S.A.
Permeable Interlocking Pavement Cross-Sections
These cross-sections are provided as a guide for the design of permeable interlocking concrete pavements
Actual design of the pavement will vary according to local regulations and standards,climate,available construction
materials,design methods,soil conditions.and traffic loads. A qualified architect,landscape architect,and/or
engineer should be consulted in permeable concrete paver applications to ensure desired results.
Other design options,such as draining to a deeper permeable layer,or collection and treatment of stormwater runoff
are possible.Consult an engineer experienced in hydrology and hydraulics for these types of applications.
If you would like to receive cross-sections as DWG files for CAD,please request these through our web site Contact
your UNIs Manufacturer or visit our web site for more information.
UNI ECO-STONE CROSS-SECTIONS
FULL EXFILTRATION
-- -_ TVP NO S AGGREGATE N OPENMIGS
EGO-STOVE GONCRL L PAVERS
3 t,;';so mm)niICX
CLWSEOGE RESTRAINT WITH CUTOUTS
F OR OVERFLOW DRAINAGE(CURB Siio .)
III lin ilIl 11111
4�.•' O .• /i�JjJj REDOING COURSE 112707140 TO 50 ern"TIC.
•o••(-•��O••� �� rrrP.50 S AGGREGATE)
• •! 41.0• * l I,OO MIA)TRICK NO 57 STONE ft.•..-:.g •
OPENGRACED SASE
E•qb •ep00O•;:•. Mw rrrisomimeo(••• .••_ O •_• NO T ATONE MOW
TII�II�IE9 I�I�IC�IrrTI — OPTIONAL QIOiC(TIicIN DOT TcmAAO
'--i'— ADMCO OPINONA010•ASE
SOIL RORGRA@•ZERO SLOPE
l`e r, a�QOCAEL
Temron
�+McK'�•n.
t
G•n.l�C9.s
GROUP we make it easy
Pervious Pavers
•
•
•
•
r
The porous appearance of these units allows rainfall to directly enter and pass though because concrete
has no fines. Like other pavers,the units are fitted together over bedding,pea gravel is recommended_
Sanding the joints is not recommended as this could clog the pavers. Porous units do not meet the
requirements of ASTM C 936;however,these units have strength of 4000*psi with a permeability of over
40 inches per hour.
The best use is for pedestrian areas,bicycle paths,and residential applications.We offer pervious pavers
in our 4x8,Old Towne,6x9,and 6x6 profiles and in all of our standard blends.
Some of the benefits:
• Reduction of runoff by as much as 00%from frequeniow-intensity and short duration storms.
• Increased recharge of ground water.
• Eliminates flooding and puddling in parking lots
• Reduction or elimination of retention ponds
• Conservation of space on site and reduction of impervious cover
More info is available at ICPI website:http lfwww.icp44LgAIesignlpermeable_pav,t2cfm
8th International Conference on Concrete Block Paving,November 6-8.2006 San Francisco.California USA
NC STATE UNIVERSITY PERMEABLE PAVEMENT RESEARCH
AND CHANGES TO THE STATE OF NC RUNOFF CREDIT
SYSTEM
William F.Haat,Ill and Ebro Z.Bean
William F.Hunt,Biological and Agricultural Engineering,NC State University,NCSU Box 7625,
Raleigh,NC 27965-7625,USA,Ph:919.515.6751,Fax:919.515.6772.email:bill_hunt@ncsu.edu
Eban Z.Bean.Agricultural&Biological Engineering,University of Florida,PO Box 110570,
Gainesville,FL 32611-0570,USA,Ph:352.392.1864x260.email:ezbean(gufl.edu
SUMMARY
Until 2006, State of North Carolina stormwater officials considered permeable pavements to
behave as if they were standard impermeable pavement,giving developers little incentive to use
permeable pavement.Several studies,conducted by NC State University faculty since 1999,have
led state officials to recently grant permeable pavements runoff reduction credit in the Sandhllls
and the sandy Coastal Plain.The state's change of position is based upon research described in
this paper.Equivalent grass percentages are employed by the state to count permeable pavement
as if it were 40%impermeable surfaces and 60%permeable surfaces.The"60%credit"allows a
developer to count only 40%of permeable pavement as built upon area.Because of the credit.
developers are now able to avoid installing other,more costly,stormwater practices such as wet
ponds.
1.BACKGROUND
Runoff from impervious areas carries pollutants,such as sediments,nutrients and heavy metals,into
our surfhce waters. These pollutants adversely impact water quality resulting in reduced dissolved
oxygen levels, and increased turbidity and metal toxicity levels. Permeable pavements arc an
alternative to traditional impermeable surfaces and have the potential to reduce the quantity and
improve the quality of stormwater runoff(Bean et al..2006a;Brattebo and Booth.2003;Pratt et al.,
1995;Rushton,2001). Permeable pavement allows stormwater to either infiltrate into an underground
storage basin or exfiltrate to the soil,providing for groundwater recharge. Despite the potential water
quality benefits,prior to 2005,permeable pavements were not assigned stormwater credit by the state
of North Carolina due to potential problems with clogging. Installations of permeable pavement were
considered 100%impermeable(NCDENR, 1997),despite some evidence to the contrary(Gerritts and
James.2002).This paper presents results of recent research on permeable pavements that evaluated
hydrologic performance and how this research helped change the State of North Carolina's acceptance
of permeable pavement.
Figures Ia, lb,and Ic show three of the most common permeable pavements:concrete grid pavers
(CGP),permeable interlocking concrete pavers(PICP),and permeable concrete(PC). CGP have both
internal voids and voids between individual pavers. PICP are concrete pavers that when installed form
•
8th International Conference on Concrete Block Paving,November 6-8.2006 San Francisco California USA
voids located at the corners and midpoints of pavers. PC is different from standard concrete in that
fine aggregate has been removed from the mix,allowing interconnected void spaces to form during
curing. Permeable pavements allow drainage through the existence or formation of these sold spaces.
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Recent research conducted at North Carolina State University has focused on several topics relating to
permeable pavement function,including:(1)water quality impacts of permeable pavement;(2)longer
term runoff reduction;and(3)preventing and mitigating clogging of permeable pavements.The first
and second studies examined three permeable pavement sites in North Carolina where water samples
were collected for pollutant analysis.Two of these sites in eastern North Carolina were instrumented to
measure rainfall and runoff rates.The third study monitored surface infiltration rates at 40 permeable
pavement sites in North Carolina, Virginia, Delaware. and Maryland. Only topics(2)and (3) arc
discussed herein.
2.HYDROLOGIC MONITORING STUDIES
2.1 Longer Term Runoff Reduction
Three permeable pavement sites across eastern North Carolina(located in Kinston,Wilmington,and
Swansboro)were instrumented to determine runoff reduction performance.For each site,rainfall was
measured onsite and runoff was routed over a weir for flow-rate measurement. The Kinston site was
constructed of CGP filled with sand.The pavers were laid on 5 cm of bedding sand over a permeable
geo-textile to prevent clogging of the storage basin(20 cm of washed No. 57 stone)below. The
Wilmington site was constructed with 10 cm of permeable concrete(enough to store 2.5 cm of runoff)
laid over top of a sandy base soil, with no gravel storage layer. The Swansboro water quality
monitoring site,detailed previously,was also utilized for runoff reduction monitoring.
2
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8th International Conference on Concrete Block Paving,November 6-8,2008 San Francisco.California USA
4 v
Figure 2.Ratio of grassed area to impervious pavement area hydrologically equivalent to
permeable pavement.
For each hydrologic monitoring site.SCS Curve Numbers(CWa)were determined for each event that
was greater than 5.0 cm.CN's are a measure of a surface's permeability.Higher numbers mean more
runoff(USDA, 1986)Equivalent CN's were determined by back calculating through the SCS Curve
Number equation. In addition,an equivalent ratio of grassed area(CN:61)to pavement area(CN:98)
based on runoff depth for each event(>5.0 cm)was calculated(Figure 2).
2.2 Hydrologic Monitoring Summaries
The CGP site in Kinston was monitored from June 1999 through July 2001.During this period,six
storms were greater than 5.0 cm.including Hurricane Floyd,which produced 36.8 cm of rainfall. For
these storms,the median CN was 79 and the median equivalent percent grassed area was 62(Table I).
Table 1.Calculated CN's for events greater than 2 in.from the Kinston CGP site.
Rainfall(cm) Runoff Depth(cm) Site CN Grassed%
36.8 36.1 97 2
12.2 3.8 64 92
10.9 10.4 98 0
7.1 0.0 42 100
6.9 1.3 69 89
6.6 4.1 90 36
Median 79 62
Rainfall and runoff were recorded at the Wilmington PC site from May 2002 through July 2003. Three
storms produced at least 5.0 cm of rainfall;the largest was 9.7 cm. The median equivalent CN was 89
for these events,while the median equivalent grassed percentage was 42(Table 2).
Table 2.Calculated CN's for events 5 cm or greater from the Wilmington PC site.
Rainfall(cm) Runoff(cm) Calculated CN Grassed V.
9.7 7.1 91 26
5.8 3.3 89 42
5.3 0.3 61 100
Median 89 42
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8th International Conference on Concrete Block Paving.November 6-8.2006 San Francisco California USA
Table 3.Calculated CN's for events greater than S cm from the Swansboro PICP site.
Rainfall(cm) Runoff(cm) Site CN Grassed
8.9 0 37 100
7.6 0 40 100
6.4 0 45 100
5.6 0 48 100
5.1 0 50 100
Median 45 100
The Swansboro PICP site produced no runoff during monitoring from March to December 2004. Five
storms were greater than 5.0 cm;the largest was 8.9 cm. For the same rainfall depths,based on the
SCS Curve Number(CN)method,a grassed sandy soil(CN:61)would produce runoff. For the storms
monitored,the pavement reduced more runoff than a standard grass lawn.Therefore,the equivalent
grass percentage was 100%for each event. The median SCS CN was 45(Table 3).
2.3 Surface Infiltration Rate Results
Surface infiltration tests were performed at 40 sites located in the mid-Atlantic and southeastern U.S.
to determine whether maintenance significantly improved surface infiltration rates of CGP and whether
surface infiltration rates of PICP and PC sites located near disturbed landscapes were significantly less
than sites in stable watersheds(Bean et al.,2006b).Double-ring infiltrometers were primarily used to
measure surface infiltration rates. However,single-ring infiltrometers were used instead for locations
with rates too high (> 150 cm/h) for water to fill a double-ring infiltrometer. The double ring test
requires the outer ring to maintain a constant hydraulic head.At high infiltration rates.water could not
be poured into the outer ring quickly enough.The single ring infiltrometer was neither as precise nor as
accurate as the double ring test. Three locations were tested at each pavement application. Each site's
surface infiltration rate was the average of three test locations,which in turn,was the average of three
individual tests at each location.
2.3.1 Concrete Grid Pavers
Of the 40 permeable pavement sites tested,surface infiltration tests were conducted at 15 CGP sites in
North Carolina to evaluate the effect of maintenance on infiltration rates. Prior to the tests,the CGP
voids were filled with sand and appeared to he mixed with additional coagulated material,indicating
the potential for clogging or a reduced permeable condition. For each site, tests were run in three
locations where the CGP surface remained unaltered. In three additional locations at the same
permeable pavement application. accumulated materials in void spaces were removed to a depth
between 12.7 and 17.8 mm to simulate maintenance by a vacuum truck. Surface infiltration tests were
then run on the maintained locations and compared to the tests conducted on pavers with the non-
altered voids.
Surface infiltration rates from sites with simulated maintenance were significantly(p=0.007)higher
than rates from existing surface conditions. Of the 15 sites tested. 14 had higher surface infiltration
rates for the maintained locations. The median existing surface infiltration rate was 4.8 cm/h(ranging
from 0.99 to 18.8 cm/h);the median maintained surface infiltration rate was 8.6 cm/h(ranging from
1.62 to 33 cm/h);an increase of 60%.
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8th International Conference on Concrete Block Paving,November 6-8.2006 San Franctsco,California USA
2.3.2 Permeable Interlocking Concrete Pacers
Surface infiltration tests were conducted at 14 PICP sites in Maryland(7).North Carolina(4),Virginia
(2),and Delaware(I)to compare infiltration rates in stable versus disturbed, sediment transporting
landscapes.At the time of construction.the gaps between each of the permeable interlocking concrete
pavers were filled with pea gravel.However, it was observed that the five lowest infiltration rates at
PICP sites were those with partially clogged surfaces due to sediment accumulation in the gaps
initially filled with pea gravel.These five sites were all located adjacent to disturbed soils. The
median surface infiltration rate for sites affected by sediments was 8.1 env))(ranging from 1.63 to 230
cm/h),while the median rate for sites without sediment accumulation was 2300 cm/h(ranging from
100 to 4000 cm/h);an increase in infiltration of over 99%. Sites without fines had significantly(p=
0.002)greater surface infiltration rates. Of note,the surface infiltration rates of sites with sediment
accumulation were comparable to rates of COP filled with sand.This is not surprising,due to the fact
that sand was the primary soil type filling the gaps of the PICP.
2.3.3 Permeable Concrete
Surface infiltration tests were conducted at I I PC sites located in the Piedmont and Coastal Plain of
North Carolina to compare infiltration rates in stable versus disturbed landscapes. The seven highest
rates were from sites relatively free of fines,while the remaining four sites had sediment deposition on
the surface. The median surface infiltration rate for sites free of fines was 3800 cm/h(ranging from
640 to 6600 cm/h):while the median surface infiltration rate for sites with evidence of fines was 13.5
cm/h (ranging from 11.4 to 28 cm/h). Surface infiltration rates of the four sites with fines were
significantly lower(p=0.008)than the seven sites free of fines.
2.4 Surface infiltration Rate Summary and Recommendations
The study showed that removal of the top 12.7 to 17.8 mm of material accumulated from within COP
void spaces significantly improved surface infiltration rates. To maintain higher surface infiltration
rates for concrete grid pavers filled with sand,maintenance.such as using a vacuum sweeper,should
be performed on regular(quarterly to annual)intervals.Sand should then he hackfilled into the void
spaces to prevent clogging at greater depths.
PICP and PC sites installed for runoff reduction should not be sited in areas prone to substantial
sediment accumulation. Sources of sediments include vehicular traffic, wind blown sediments,and
runoff from adjacent areas.Permeable pavements should be maintained regularly by use of a vacuum
sweeper to mitigate sediment accumulation on the surface. Sediment removal should be addressed
before fines are compacted into void spaces and possibly migrate to lower,harder to maintain depths
within the pavement drainage profile. External sources of sediment should be closely monitored
during construction of the permeable pavement to attain high surface infiltration rates.
Of note.37 of 40 sites had surface infiltration rates greater than 2.5 cmih,which is comparable to rates
expected for some hydrologic group A and B soils(loamy sands.sandy loams)covered with grass.
Clogging at the permeable pavement surface in predominantly coarse grain(sandy)soil environments.
therefore,does not cause a reduction in surface infiltration rates below some naturally grassed areas.
2.5 Euuivalent Grassed Percentaee
Table 4 summarizes surface infiltration data from sites in the Sandhills,Coastal Plain,and Coastal
regions of North Carolina. Ranked percentages refer to the percent of sites with higher surface
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8th International Conference on Concrete Block Paving,November 6-8.2006 San Francisco,California USA
infiltration rates. Thus,for the River Bend PICP site.49%of the permeable pavement sites tested,
located in the selected regions had surface infiltration rates at least 23.1 cm/h.
Table 4.Surface infiltration rates and ranked percentage for sites in the Sandhills,Coastal Plain
and Coastal regions of North Carolina.
Surface Infiltration Ranked
Site Rate(cm/h) Percentage'
Goldsboro PICP 4100 3
Dough Rollers PICP 2500 I I
Harve de Grace PICP 100 24
River Bend PICP 23.1 49
Atlantic Beach PC 14.0 51
Carrabba's CGP 7.4 76
FTCC I PA 5.3 89
Somerset Dr.PICP 1.5 100
-Sites fell approximately at 10.25,50,75,and 90%of surface infiltration rates for sites in the
Sandhills,Coastal Plain.and Coastal regions.
By comparison,a study by Dr. Robert Pitt et al. (1999) found that the average infiltration rate of
grassed urban sandy lawns in Birmingham, Alabama. was 6.35 cm/h. This value was used as a
benchmark for converting surface infiltration rates of permeable pavements tested to equivalent
grassed percentages. For surface infiltration rates of at least 6.35 cm/h. the equivalent grassed
percentage would be 100%grass.
From Table 4.76%of the permeable pavement sites tested had surface infiltration rates(7.4 cm/I0 at
least as good as grass(6.35 cm/h). Therefore,76%of sites tested had an equivalent grassed percentage
of 100%grass,meaning they behaved as if they were 100%grass.
Equivalent grassed percentages were calculated for representative permeable pavement sites in Table
6. The median equivalent grassed percentage value(used in Table 5)for surface infiltration rates was
based on the 89ih percentile,rather than the 50'h percentile,to be conservative.From Table 4.89%of
sites tested were at least as permeable as 5.3 cm/h. Since 5.3 cm/h is 84% of the benchmark
infiltration rate for grass of 6.35 cm/h,the equivalent grassed percentage for such sites would be 84%
grass and 16%impermeable surface. In other words,a permeable pavement with surface infiltration
rate of 5.3 cm/h behaves as if it were 84%grass and 16%impermeable surface. Approximately 90%
of the permeable pavement sites tested behaved this way or were more permeable.
Results of the equivalent percentages were presented to NC DWQ for consideration in giving
stormwater credit for permeable pavement applications.
3.STORMWATER CREDIT
Table 5 summarizes results from the three hydrologic monitoring sites and surface infiltration test
comparisons. For each monitoring site. the permeable pavement sites produced substantially less
runoff volumes than what would be expected from impermeable pavements. The hydrologic
performance of these permeable pavement sites corresponded with lower CNs than traditional
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8th International Conference on Concrete Block Paving.November 6-8.2006 San Francisco.California USA
impervious surfaces(98). Therefore,correctly using permeable pavements may reduce nmoff volumes
and thus reduce pollutant loadings.
Table 5.Summary table of median equivalent grassed percentages and cure numbers.
Median Equivalent
_ Site _ Calculated CN Grassed Percentage
Wilmington PC 89 42
Kinston CGP 79 62
Surface Infiltration Rate Comparison N/A 84
Swansboro PICP 45 100
Based on the surface infiltration and hydrologic monitoring studies performed in this project,as well as
results from additional research,the authors suggested a credit system for permeable pavements in
North Carolina. Permeable pavement sites (e.g., pervious concrete)that are constructed without a
gravel storage basin, located in areas with in-situ sandy soils, and maintained regularly should be
considered 60%impervious and 40%grassed area. Conversely,permeable pavement sites that meet
the above requirements,but also have an unlined gravel storage basin of at least 15 cm washed stone
(such as the Kinston CPG site) should be considered 40% impervious and 60% grassed arca. As
permeable pavement hydrologic performance is researched further and monitored,these ratios may be
adjusted.
4.CONCLUSIONS
Until 2006,State of North Carolina stormwater officials considered permeable pavements to behave as
if they were standard impermeable pavement, giving developers little incentive to use permeable
pavement. Several studies, conducted by NC State University faculty since 1999. have led state
officials to recently grant permeable pavements runoff reduction credit in the Sandhills and the sandy
Coastal Plain.The state's change of position is based upon research described in this paper.Equivalent
grass percentages are employed by the state to count permeable pavement as if it were 40%
impermeable surfaces and 60%permeable surfaces.The"60%credit"allows a developer to count only
40%of permeable pavement as built upon area(NC DUNK,2006).Because of the credit,developers
are now able to avoid installing other,more costly,stormwater practices such as wet ponds.
More work is continuing to evaluate how different types of permeable pavements reduce runoff and
improve water quality at a side-by-side testing location in Kinston.NC. Perhaps these data,together
with water quality data(Bean et al.,2006a),will allow state government officials to determine whether
different permeable pavements should be given various pollutant removal credit.
The studies also showed that to achieve optimal hydrologic perlixmance,permeable pavements should
be sited away from locations prone to sediment accumulation,be constructed with a storage basin of
washed stone,and be maintained by a vacuum sweeper on a frequent basis. Since sites with lined
storage basins do not effectively increase infiltration to soil,credit was only suggested for permeable
pavement sites in sandy soil environments.
7
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8th International Conference on Concrete Block Paving,November 6-8.2006 San Francisco.California USA
ACKNOWLEDGEMENTS
The authors would like to thank NC Department of Environment and Natural Resources' Division of
Water Quality and the Interlocking Concrete Pavement Institute for providing funds for this research.
Additionally,staff from the City of Kinston.Mickey's Pastry Shop.Town of Swanshoro,and City of
Wilmington provided tremendous support. Several staff and faculty at NCSU assisted including
Jonathan Smith.David Bidelspach.Brandon Eckrote.and Zach Woodward.
REFERENCES
Bean.E.Z..,W.F.Hunt.and D.A.Bidelspach,2006a.Evaluation of four permeable pavement sites in
eastern North Carolina for runoff reduction and water quality impacts.Journal of Irrigation and
Drainage Engineering.(accepted).
Bean.F..Z.,W.F.Hunt,and D.A.Bidelspach.2006b.A field survey of permeable pavement surface
infiltration rates.Journal of Irrigation and Drainage Engineering,(accepted).
Brattebo,B.O.and D.B.Booth.2003.Long-Term stormwater quantity and quality performance of
permeable pavement systems.Water Research.37(18),pp.4369-4376.
Gerritts.C.and W.James.2002.Restoration of infiltration capacity of permeable pavers.In:Proc.9'h
International Conference on Urban Drainage.ASCE.Portland,Ore.
North Carolina Department of Environment and Natural Resources(NCDENR). 1997.Stormwater
Best Management Practice Design Manual.Raleigh.N.C'.
North Carolina Department of Environment and Natural Resources(NCDENR).2006.Stormwater
Best Management Practice Design Manual:Permeable Pavement Revision.Raleigh.N.C.I I p.
Pitt,R,E.,J.Lantrip,R.Harrison.C.L.Henry.and D.Xue,1999.Infiltration through Disturbed Urban
Soils and Compost-Amended Soil Effects on Runoff Quality and Quantity.US EPA.Cincinnati.OH.
Pratt.C.J.,J.D.G.Mantle,and P.A.Schofield,1995.UK research into the performance of permeable
pavement,reservoir structures in controlling stormwater discharge quantity and quality.Water Science
and Technology,32(1),pp.63-69.
Rushton.B.,2001.Low-impact parking lot design reduces runoff and pollutant loads.J.Water
Resources Planning and Management. 127(3).pp.172-179.
L.S. Department of Agriculture (USDA). 1986. Soil Conservation Service. "Urban Hydrology for
Small Watersheds,"Technical Release No.55.Washington.DC.
8
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City of Atlantic Beach
Building Department
APPLICATION NUMBER
(fo be assigned by the Building Department)
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Phone(904)247-5826 Fax(904)247-5845
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APPLICATION REVIEW ANDTRACKING FORM
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Property Address: li 4‘ g /, , 71<., 11\1
i Dep_arirRetit-rer-view-required— `t,es-Tiii i /1/4r- i -- 0 7i
. Duilding I
ç Applicant: ", ,ri _ _ 4) 4 ',., -i-
4 i:e.8---'i.'- 'A it) ?"1 r . Manning&Zoning
Tree Administrator ..... ..
firoject: 1---rt--ke cr ;:g 1 v ik..,,io- ,owudsk,
biTc Utilities i
– PT.it3lic§-afety :• I, "---.
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Fire Services
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Review fee$ Dept Signature
. Review or Receipt --- - -
Other Agency Review or Permit Required a pr.__s, _,
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Florida Dept.of Transpoitation 1---------.. — — I
St.Joists River Water Management District !
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Division of Hotels and Restaurants
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Division of Fucoho'ic Beverages and Tobacco
f Omer_ . . ___ -• ---- 1-
-
APPUCATION STATUS
• - -
i Reviewing Department First Review: []Approved. Llnied. i
(Cede one.) Comments!.
44 /6411.1111 ‘9"/Likk i
BUILDING I
PLANNING&ZONING i
_ Reviewed by. L-
• . _ - Date:447–LL1
TREE ADMIN. . Second Review: nApproved as revised. El ied
U131.IC WORKS 2, Comments:
PUBLIC UTILITIES
PUBLIC SAFETY Reviewed by: Date:
-• - ----- .• - -------- ._ ._.
FiRl SERVICFS Third Review: Approved as revised [bellied.
Comments:
Reviewed by Date'
Revisod 07127/10
.
CITY OF ATLANTIC REACll
IN:PARIMLNT Of PLB1.1C WORKS
I:rl Sandpiper Lane
Albans toss.F7.12213-431a
TELEPHONE.tUtt4t 247.584
FAX:19411247-5/411
ors mdm ra
C'ON FRACIOR: DATE: 9-9-2015
riders on Pavers PERMIT a I5-DWAY-2073
1 244 Arrowkal 1 errace AODRLSS: 1668 Park Terser W.
Jackson'ilk.FL 32225 Atlantic Reach,FI. 12213
linmil nnder4+npavenpr gmail eoin
Attention:Mr larry Anderson
PERMI1 AI'I'IICA It IN FORA PAVER DRIVEWAY
Your permit apphcatitm has been denied by the Public Works Department for the reasons listed below. Please submit this information
at your earliest convenience in order that we may approve your application. If you have any questions,please contact Doug Layton.
Public Works Director at 904-247-5834 or email:d layton(rr aoah.us.
CURLIC'WORKS 141itkiCI I)N II IiMti:
(Submit the lollun'ing infurnatiun to thy Public IEorks/kywnnrrntl
••Provide construction site management plan.including location of dumpster and portable toilet. Right-of-Way Permit is
required if using right-of-way for construction parking.
••Provide drainage plans showing site topography 1 flow arrows.etc.!
3)••Provide erosion and sediment control plans with installation details.
..4)"Provide impervious surface calculations list entire lot(existing and post construction).
••Section 24-66b1 of the Land Development Regulations requires on-site storage for increased rm-oR t(adding 4011 SF ur
more impentons surface. Provide Delta volume calculations and on-site retention required per Section 24.66(b).
5)••Please provide catalog inliomtatio n for paver proposed.
4)'MI rrua,lf must remain ore-site. Cannot raise lot elevation without measures to retain runoff.
7�
••A Right-of-Way Permit must he obtained for use of(Construction Parking).
$�••Prot ide a pre-construction topographic survey prepared by a Florida I icensed Pmlcssional Land Surveyor.showing I'
COMMITS.
PURI It WORKS CO(vf)IIIONS(IF APPROVAL:
m
The h,llnn.imrg rumnrrnro a•in hi-pr inlet!nn taut permit oc('ondinons v4.dpptmnl)
••Full erosion control measures must be installed and approved prior to beginning any earth disturbing act's itie.- Contact
Public Works(247-5834)for Erosion and Sediment('ontrol Inspection prior to start of construction.
••All silt must certain nn-site during constuction.
••lion-site storage is required.a post construction topographic survey documenting proper construction will be required.
**Roll olT('ontaincr Company must be on City appnmved list and container cannot be placed on City Right-of-Way.
(Approved:Advanced Disposal.Realci.Republic Services.Shappel's and Waste Pro.l
"Full right-of-way restoration.including sod,is required.
cc: Jennifer Walker.lildg.Dept.
•
•
• City of Atlantic Beach
Department of Public Works
1200 Sandpiper Lane
Atlantic Beach,Fl 32233-4318
Dear Sirs,
I have numbered the questions on you denial and will answer them in order.
1) There will be no dumpster on site since we are only removing sod and that will be done by
dump trailers.The home owner is providing access to restrooms in the house and no need for a
portable toilet.We are using the street for parking as everything is on rubber tires.
2) I will draw the lines of drainage on the Survey map that is attached.I have provided a survey
with the new proposed driveway drawn on it in the application.
3) We are removing sod from the proposed area of the new added driveway.The sod on each side
of the new driveway will remain.This will be done early in the morning.Base material will follow
and the pavers will probably be put down the same day.There is no need for erosion control
since it will be done in one to two days maximum.
4) This was provided less the new driveway.I will add the new driveway to the calculation and
attach a copy to this reply.
5) The paver being used is a Tremron product-style Olde Towne.Picture attached
6) See lines 2&3
7) We will not be parking on the right-of-way.We do not want to damage the ground cover now
present.Our vehicles will remain on the street and on the side of the residence.
8) I have provided aD survey�that is available to me.We are not re-grading the lot.
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III
Property Appraiser - Property Details Page 1 of 2
SCHARE ANDREW I ' Primary Site Address Official Record Book/Page Tile#
1668 PARK TER W 1668 W PARK TER 15260-01772 9409
ATLANTIC BEACH, FL 32233 Atlantic Beach FL 32233
SCHARE RACHEL S
1668 W PARK TER
Property Detail Value Summary
RI it 172020-0156
IIK.121attiat USD3 Value Method CAMA CAMA
Ilsitcttlh81 0100 Single Family Total Building Value $363,360.00 $290,465.00
*of Buildings 1 Extra Feature Value $1,026.00 $653.00
34-51 09-2S 29E Land Value(Market) $25 ,000.00 $350,000.00
Legal Dena SELVA MARINA UNIT 6 L IQ Value(/Igria1 $0.00 $0.00
Subdivision 03132 SELVA MARINA UNIT 06 3ust(Market)Value $614,386.00 $641,118.00
Total Aroa 20374 Assessed Value ;600,613.00 $605,417.00
The sale of this property may result In higher property taxes.For more information go Cap DIM/Portability Amt $13,773.00/$0.00 $35,701.00/$0.00
to Save Our Homes and our Property Tax Estimator. In Progress'property values, ESIMIROSNII $50,000,00 See below
exemptions and other supporting information on this page are part of the working tax
roll and are subject to change.Certified values listed in the Value Summary are those Taxable Value $550,613.00 See below
certified in October,but may include any official changes made after certification
Learn how the Property Aporaiser's Office values property.
r,.
Taxable Values and Exemptions—In Progress .
If there are no exemptions applicable to a taxing authority,the Taxable Value is the same as the Assessed Value listed above in the Value
Summary box.
County/Municipal Taxable Value SJRWMD/FIND Taxable Value School Taxable Value
Assessed Value $605,417.00 Assessed Value $605,417.00 Assessed Value $605,417.00
Homestead(HX) -$25,000.00 Homestead(HX) -$25,000.00 Homestead(HX) -$25,000.00
Homestead Bandng 196.031(1)(b)(HB) Homestead Banding 196.031(1xb)(MB) Taxable Value $580,417.00
-$25,000.00 -$25,000.00
Taxable Value $555,417.00 Taxable Value $555,417.00
Sales History
4.1
look/Page Sale Date I Sale Price Deed Instrument Tvue Coda Qualifed/Unaualified Vacant/Improved
15260-01772 5/27/2010 $835,000.00 WD-Warranty Deed Qualified Improved
0598-02171 7/22/2002 $355,000.00 WD-Warranty Deed Qualified Improved
07268-00619 1 2/6/1992 $157,000.00 WD-Warranty Deed Qualified Improved
06692-01471 1 4/20/1989 $145,000.00 WD-Warranty Deed Unqualified Improved
06646-01775 1/23/1989 $82,600.00 MS-Miscellaneous Unqualified Improved
0888-01641 12/6/1984 $24,166.00 WD-Warranty Deed Unqualified Improved
03325-00104 3/1/1972 $7,000.00 WD-Warranty Deed Unqualified Improved
03268-00035 1 9/21/1971 $6,250.00 MS-Miscellaneous Unqualified Improved
Extra Features 0
LN Feature Code Feature Description Bldg. Length 1()Width Total Units Value
U4
1 FPGR7 Fireplace Gas 1 0 i 1.00 I$653.00
Land&Legal
Land _ -I
LN;Coda Use Description Till Front Depth Category Land Lind Land LN Legal Description
Unit Type Value 1 34-5109-2S-29E
1 0100 LD 3-7 UNITS PER i ARS-L 117.00 0.00 Common 1.00 1 Lot I$350,000.00 2 SELVA MARINA UNIT 6
AC
3 LOT12BLK6
Buildings
Building 1
Building 1 Ste Address Element Code Detail
1668 W PARK TER Unit -
Atlantic Beach FL 32233 Exterior Wall 8 8 Horizontal Lap
Roof Strut 3 3 Gable or Hip
Building Type 1 0101-SFR 1 STORY - 1 Roofing Cover 3 3 Asph/Comp Shng
http://apps.coj.net/PAO PropertySearchBasic/Detail.aspx?RE=1720200156 9/2/2015
Property Appraiser - Property Details Page 2 of 2
•
Year Built 1 1972 Interior Wall 5 5 Drywall r Building Value $290,465.00 m t Flooring 12 12 Ha dwaod F 1
Int Flooring 11 11 Ce Clay The km n.+► "
Tgl Gross Heated Effective Heating Fuel 4 4 Electric �'
Area Area Area Heating Type 4 4 Forted-Ducted s-1
Finished 669 0 334 Air Cond 3 3 Central
Garage u
Base Area 2350 2350 2350 —___----
L
Rnlshed Open ,Element Code
203 0 61
Porch
Stories 2.000
Rn Screened 480 0 168 Bedrooms 4.000
Porch
Baths 3.500
snished upper 943 943 896 Rooms/Units 1.000
story 1
Total 4645 3293 3809
2015
Disict Taxes Notice(TRIM Notice)
15 Notice of Proposed property
Assessed Value i Exemptions 1 Taxable Value Last Year Proposed Rolled-back 1
County $605,417.00 I$50,000.00 I$555,417.00 $4,488.16 $4,527.32 $4,288.65
Public Schools:By State Law $605,417.00 I$25,000.00 I$580,417.00 $2,910.87 $2,826.05 $2,846.31
By Local Board $605,417.00 I$25,000.00 I$580,417.00 $1,293.98 $1,304.78 $1,265.31
R.Inland Navigation Dist. $605,417.00 $50,000.00 $555,417.00 $19.00 $19.16 $17.77
Mantic Beach $605,417.00 $50,000.00 $555,417.00 $1,832.72 $1,848.71 $1,753.28
Water Mgmt Dist.SJRWMD 1$605,417.00 $50,000.00 $555,417.00 $174.21 $167.90 $167.90
Gen Gov Voted $605,417.00 $50,000.00 $555,417.00 $0.00 $0.00 $0.00
School Board Voted I$605,417.00 $25,000.00 $580,417.00 $0.00 $0.00 $0.00
Urban Service Dist3 I$605,417.00 $50,000.00 $555,417.00 $0.00 $0.00 $0.00
I Totals $10,718.94 $10,693.92 $10,339.22
Just Value 'Assessed Value Exemptions Taxable Value
Last Year $614,386.00 $600,613.00 $50,000.00 $550,613.00
Current Year $641,118.00 1$605 ,417.00 $50,000.00 1$555,417.00
2015 TRIM Property Record Card (PRC)
This PRC reflects property details and values at the time of the original mailing of the Notices of Proposed
Property Taxes (TRIM Notices) in August.
Property Record Card(PRC)
The PRC accessed below reflects property details and values at the time of Tax Roll Certification in October of the
year listed.
2014
•To obtain a historic Property Record Card (PRC) from the Property Appraiser's Office, submit your request here:
More Information
ontact Us I Parcel Tax Record I GIS Mao I Mao this property on G000le Maps I City Fees Record
4
http://apps.coj.net/PAO PropertySearchBasic/Detail.aspx?RE=1720200156 9/2/2015
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PAGES 51 THROUGH 51--B. OF THE CURRENF PUBLIC RECORDS OF DUVA1. COUNTY, FLORIDA.
CERTIFIED TO:
ANDREW I. SC)IARF & RACHEL S. SCHARE
BBVA COMPASS BANK, ISAOA/ATIMA
REZNICSLK, ERASER, HASTINGS, WHI FE & SHAFFER, PA
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LA
rs.An;y City of Atlantic Beach �'...Xlij- APPLICATION NUMBER
sus Ad Building Department c- D ` (To be assigned by the Building Department.)
y) 800 Seminole Road C.r' 0 1 2015
Atlantic Beach, Florida 32233-5445' �. �w 1)40A y - a a 7C�
Phone(904)247-5826 • Fax(904) 247-5845 ! n //// /��
P,Jjt ga E-mail: building-dept @coab.us Date routed: d
City web-site: http://www.coab.us
APPLICATION REVIEW AND TRACKING FORM
Property Address: /, / 8 ,PI�'Yf 71K/ Department review required Yes No
C Building
Applicant: eJf��'�zn--1 Did �G r Planning &Zoning
Project: /I — ( I__, lye W # Pu e i trator
u• is Utilits7 • •
1• ic-Safety
Fire Services
Review fee $ Dept Signature
Other Agency Review or Permit Required Review or Receipt Date
of Permit Verified By_
Florida Dept. of Environmental Protection
Florida Dept. of Transportation
St.Johns River Water Management District
Army Corps of Engineers
Division of Hotels and Restaurants
Division of Alcoholic Beverages and Tobacco
Other:
APPLICATION STATUS
Reviewing Department First Review: ❑Approved. 11enied.
(Circle one.) Comments:
•fLG ##4d 40teo 4
BUILDING
PLANNING &ZONING Reviewed by: L:� 5 Date: I�
TREE ADMIN. Second Review: f
��Approved as revised. N - ied.
UBLIC WORKS Comments: J� !'G,(, #1✓/'�I Co,ptitva
PUBLIC UTILITIES
JP/ r
PUBLIC SAFETY Reviewed by: / Date: L /
FIRE SERVICES Third Review: ['Approved as revised. •Denied.
Comments:
0
Reviewed by: Date:
Revised 07/27/10
rs tAn-if, City of Atlantic Beach / APPLICATION NUMBER
y1
,6a Building Department SEP 0 FI (To be assigned by the Building Department.)
1� 800 Seminole Road N Atlantic Beach, Florida 32233 5445` 1?O15 /5� I " c' ° 7
Phone(904)247-5826 Fax(904)247- 5 --
P-011 � E-mail: building-dept @coab.us Date routed: 0 / e)
City web-site: http://www.coab.us
v
APPLICATION REVIEW AND TRACKING FORM
Property ddress: / g 4-rie 'v� Department review required Yes No
Y (l
Building
Applicant: (jiartn•-1 Q ) Planning &Zoning
ee trator
Project: Thv l r 'we j A' _ a
'u• is Utiliti
•i. -fety
Fire Services
Review fee $ Dept Signature
Other Agency Review or Permit Required Review or Receipt Date
of Permit Verified By
Florida Dept.of Environmental Protection
Florida Dept. of Transportation
St.Johns River Water Management District
Army Corps of Engineers
Division of Hotels and Restaurants
Division of Alcoholic Beverages and Tobacco
Other:
APPLI ATION STATUS
•
Reviewing Department First Review: Approved. ❑Denied.
(Circle one.) Comments:
BUILDING
PLANNING &ZONING * 3 I1
Reviewed by: Date: /
TREE ADMIN. Second Review: A roved as revised.
❑ pp ❑Denied.
fr i: IC WORK Comments:
4
PUBLIC SAFETY Reviewed by: Date:
FIRE SERVICES Third Review: ❑Approved as revised. ❑Denied.
Comments:
Reviewed by: Date:
Revised 07/27/10