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Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
place form at the same
time. The beams will be
foam fill
TX-2003-04 TX FRP Beam Girders- FRP
I-Beam
FM 1684,
Drainage Ditch
Bridge
Bridge Replacement:
Single-span simple
girder bridge (42' long X
32' wide); 36" FRP
double webbed beams
and FRP deck of
sandwich construction
Peter Chang (512) 536 5920
AL-2000-01 AL FRP Bonded
Reinforcement
Girders-
Concrete Box
Alabama State
Highway 81 over
Uphapee Creek
Rehabilitation- 3-span
continuous reinforced
concrete box (?) girder
bridge (163' long x 31'
wide); reinforce bottoms
and sides of concrete
girders w/ fiber
reinforced polymer
(FRP) composites.
Robert King (334) 223 7376
AL-2003-01 AL FRP Bonded
Reinforcement
Girders-
Concrete
T-Beam
Route 58 over
Tollison Creek
Bridge Rehabilitation:
2-span precast,
prestressed BT-54
girder bridge (200' long
X 70.8' wide); carbon
fiber reinforced
polymer(CFRP) with a
wet lay-up application to
repair and strengthen
Bulb Tee-54 beams
Robert King (334) 223 7376
AL-2004-01 AL FRP Bonded
Reinforcement
Girders-
Concrete
T-Beam
AL-97 over I-65 Rehabilitation of an
existing continuous four
span reinforced
concrete deck girder
bridge. All four girders
have strength
deficiencies (requires
load posting) in the
superstructure in the
region where the
negative moment
reinforcement
terminates near the pi
Robert King (334) 223 7376
CO-2003-01 CO FRP Bonded
Reinforcement
Arch Ribs Castlewood
Canyon Bridge,
SH 83 over
Cherry Creek
Bridge Rehabilitation: 5
concrete girder
approach spans and 2
arch spans @ 232.5'
long each; bonded FRP
laminates to rehabilitate
tops of concrete arches
Matt Greer (720) 963 3008
DE-2000-01 DE FRP Bonded
Reinforcement
Girders-Steel
Plate
SR 82 over Red
Clay Creek
Deck replacement &
rehabilitation- Single
span steel girder bridge
w/ concrete deck (104'
long x 27' wide); replace
deck w/ concrete slab
reinforced w/ stainless
steel clad rebars and
high performance (HPC)
concrete; carbon fiber
reinforced polymer
(FRP)
Matthew Hake (302) 734 1657
DE-2001-01 DE FRP Bonded
Reinforcement
None 1-712B, Ramp J Rehabilitation - utilizing
carbon fiber reinforced
polymer (FRP)
composite plates to
strengthen the concrete
rigid frame structure;
load capacity will be
Peter Clogston (573) 638 2613
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
increased; a High
Performance (HPC)
concrete overlay will be
applied.
FL-2002-01 FL FRP Bonded
Reinforcement
N/A University
Boulevard Bridge
Carbon FRP laminates
applied with spray
adhesive to rehabilitate
concrete box girders
Jeffrey Ger (850) 942 9650
GA-2001-01 GA FRP Bonded
Reinforcement
None SR 337 over GA
SW RR
Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composite
laminates to rehabilitate
and strengthen the pier
columns, pier caps and
flat slab of the bridge
Edward T.
Parker
(404) 562 3643
HI-2003-01 HI FRP Bonded
Reinforcement
Girders-
Concrete
I-Beams
Salt Lake Blvd
Bridge over
Halawa Stream
Bridge Rehabilitation:
3-span, prestressed
concrete girder bridge
(150' long X 100' wide);
bonded FRP composites
to strengthen the bridge
girders in shear;
high-fidelity, fiber optic
sensors embedded in
the FRP to monitor the
effectiveness of the
FRP.
Domingo
Galicinao
(202) 541 2700
IL-1999-02 IL FRP Bonded
Reinforcement
Girders-
Concrete Box
FAI 30 over
Kishwaukee
River
Rehabilitation- Twin
segmental concrete box
girder bridges (1090'
long x 42' wide); 3 NDE
Technologies to monitor
cracks in twin
post-tensioned
segmental box girders;
carbon fiber reinforced
polymer (FRP)
composite sheets will be
applied inside the boxes
Dan Brydl (217) 492 4632
KY-2001-01 KY FRP Bonded
Reinforcement
Girders-
Concrete Box
KY 3297 over
Little Sandy River
Rehabilitation - Utilizing
fiber reinforced polymer
composite laminates on
the concrete box girders
to strengthen/repair
shear cracks
Richard Crane (502) 223 6763
KY-2003-02 KY FRP Bonded
Reinforcement
Girders-
Concrete
I-Beams
I-65 over Jacob,
Broadway, and
Gray Streets
Bridge Rehabilitation:
continuous AASHTO
Type IV P/C I-Beam
bridge (105' wide) with 7
units (3 continuous
spans each unit);
bonded CFRP fabric to
strengthen/repair
flexural & shear cracks
in the concrete beams.
Richard Crane (502) 223 6763
LA-2002-01 LA FRP Bonded
Reinforcement
N/A n/a FRP composite fender
system in lieu of timber
fender system
Frank Grabski (225) 757 7611
MA-2000-01 MA FRP Bonded
Reinforcement
Prestressed
Slab Bridge
Town of Franklin,
Route I-495 NB
over MBTA RR
Deck replacement-
Single span adjacent
prestressed concrete
deck beam bridge (40'
long x 55' wide); repair
one concrete deck beam
w/ carbon fiber
reinforced polymer
(FRP) composite plates.
Larry O'Donnell (617) 494 2518
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
ME-1999-06 ME FRP Bonded
Reinforcement
Abutments,
Pier Caps
Androscoggin
River Bridge,
Mexico, Maine
Rehabilitation- 3-span
steel thru truss (561'
long x 28' wide); fiber
reinforced polymer
(FRP) composite wraps
to strengthen
unreinforced mass
concrete abutments and
reinforced concrete pier
caps. Leveraging-
additional funds from U.
Maine, Maine Scienc
George Poirier (207) 622 8356
MI-1999-01 MI FRP Bonded
Reinforcement
Pier Columns I-96 over US 27
(Lansing Road)
Lansin
Rehabilitation- 4-span,
simple support steel
beam bridge (185' long x
44' wide); wrap
deteriorated, square
concrete columns w
glass and carbon fiber
reinforced polymer
(FRP) composite wraps
after minimal repair;
determine how the
corrosion of internal rei
Jon Nekritz (517) 702 1837
MO-2003-02 MO FRP Bonded
Reinforcement
Girders-
Concrete
T-Beam
P0962 Rte B over
creek, T0530 Rte
M over Crooked
Creek, X0495
Rte C over river ,
X0596 Rte C
over creek,
Y0298 Rte U
over creek
Bridge Rehabilitation:
five multi-span
reinforced concrete
bridges (lengths vary
from 30' to 237' X 24'
wide); bonded FRP
laminates to strengthen
bridge beams and slabs
Peter Clogston (573) 638 2613
NC-2000-02 NC FRP Bonded
Reinforcement
Pier Columns US 64
West-bound over
Haw River
Rehabilitation- 11-span
CIP concrete deck
bridge (700' long x 43'
wide) on precast
prestressed concrete
girders; Repair cracked,
delaminated and spalled
regions of round pier
columns w/ wet layup
glass fiber reinforced
polymer (FRP)
composite wraps in 2
Paul Simon (919) 856 4760
NY-1999-03 NY FRP Bonded
Reinforcement
Pier Columns,
Superstructure
Everett Road
over 1-90, Route
2 over Hudson
River, Route 20
over Route 85,
Route 378 over
Wyantkill
Rehabilitation- 4
bridges: single span
concrete T-beam (42'
long x 38' wide); Carbon
FRP composite fiber
sheet wraps for repair
and strengthening of
concrete T-beams; 3
other steel beam
bridges, 16 total spans
(total length = 1806' x
widths varying fo
Dan Byer (518) 431 4125
NY-1999-04 NY FRP Bonded
Reinforcement
Girders-
Concrete Box
Route 9W over
Conrail
Rehabilitation- 3-span
prestressed concrete
box beam bridge (222'
long x 80' wide); carbon
fiber reinforced polymer
(FRP) composite sheets
to strengthen and repair
all concrete box beams.
Dan Byer (518) 431 4125
OH-1999-01 OH FRP Bonded
Reinforcement
Superstructure Route 380 - 0032 Deck rehabilitation-
3-span concrete slab
bridge (71' long x 32'
wide); fiber reinforced
Matt Shamis (614) 280 6847
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
polymer (FRP)
composite plate to
strengthen an HS-10
concrete slab.
OH-2002-01 OH FRP Bonded
Reinforcement
N/A to be determined Bridge Rehabilitation:
2-span reinforced
concrete slab with a wall
type pier and wall type
abutments; FRP
composite sandwich
panels bonded to
exterior prestressed
concrete bridge girders
for protection against
impact damage
Matt Shamis (614) 280 6847
OR-2000-02 OR FRP Bonded
Reinforcement
Floorbeams The Sauvie
Island Bridge,
Portland Oregon
Rehabilitation- 3-span
steel truss bridge (600'
long x ?? Wide)- two
deck trusses and one
through truss;
over-stressed
longitudinal W16 steel
deck stringers to be
strengthened w/ H-Lam
fiber reinforced polymer
(FRP) composite panels
to be bonded to strin
Tim Rogers (503) 587 4706
PR-2001-01 TN FRP Bonded
Reinforcement
Girders-
Concrete
T-Beam
Br. No. 2028 0n
PR-52
Bridge rehabilitation
utilizing fiber reinforced
polymer (FRP)
composite laminates
bonded to the concrete
Tee beams in order to
repair and strengthen
the bridge.
Luis R. Sandoval (787) 766 5600
RI-2001-01 RI FRP Bonded
Reinforcement
Pier Caps,
Pier Columns
Silver Spring
Cove- US Route
1
Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composite
laminates bonded to the
bridge pier columns and
pier caps for repair and
strengthening
Anthony
Rotondo
(401) 528 4566
TX-2001-01 TX FRP Bonded
Reinforcement
Superstructure FM 1362 over
Sue Creek
Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composite
laminates in the bridge
superstructure to
strengthen and increase
load capacity
Donald Harley (512) 916 5526
UT-1999-03 UT FRP Bonded
Reinforcement
Pier Caps,
Pier Columns
I-80 at State
Street
Rehabilitation- 3-span
steel plate girder bridge
(186' long x 128' wide);
Repair and
strengthening of
concrete columns and
pier caps using fiber
reinforced polymer
(FRP) composite wraps.
William Gedris (801) 963 0093
WA-2001-03 WA FRP Bonded
Reinforcement
Deck Slab Ever's Bridge Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composite
laminates in the bridge
to strengthen the Timber
Glulam deck slab
Barry Brecto (360) 753 9482
WV-1999-04 WV FRP Bonded
Reinforcement
Abutments,
Deck Slab,
Pier Columns
East Street
Viaduct carries
CSX RR over WV
Alt 14A
Rehabilitation- 3-span
continuous concrete
slab bridge (65' long X
130" wide); wrap entire
Jack Justice (304) 347 5932
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
underdeck, abutments,
columns and wing walls
w/ carbon fiber
reinforced polymer
(FRP) composite tow
sheets.
WV-1999-08 WV FRP Bonded
Reinforcement
Girders-
Concrete
I-Beams
Veterans
Hospital; County
Road 98
Rehabilitation- 3-span
continuous concrete
T-beam bridge (133'
long X 26' wide);
upgrade stiffness,
strength and load
carrying capacity of the
T-beams by wrapping
with carbon fiber
reinforced polymer
(FRP) composite tow
sheets.
Jack Justice (304) 347 5932
WV-2001-04 WV FRP Bonded
Reinforcement
N/A Big Arch Bridge Bridge rehabilitation
project utilizing fiber
reinforced polymer
(FRP) composite
laminates in Arch Ribs
Jack Justice (304) 347 5932
CA-1999-01 CA FRP Deck Panel None I-5 / Gilman
Advanced
Technology
Bridge, UCSD
Campus
New Bridge- All
composite cable-stayed
bridge (450' long x 48'
wide); two 12-foot
vehicular lanes, two
8-foot bike lanes,
walkway and utility
tunnel; girders and
pylons of carbon fiber
reinforced polymer
(FRP) composite tubes
filled w/ concrete; transv
Martha Nevai (916) 498 5889
CA-2000-01 CA FRP Deck Panel Deck Slab,
Stay Cables,
Superstructure
I-5/Gilman
Advanced
Technology
Bridge, UCSD
Campus,
I-5/Gilman
Advanced
Technology
Bridge, UCSD
Campus.
New Bridge-
Continuation of Project
CA-1999-01
Martha Nevai (916) 498 5889
CA-2001-01 CA FRP Deck Panel Superstructure I-5/ Gilman
Avenue
Advanced
Technology
Bridge
New Bridge-
Continuation of Projects
CA-1999-01 &
CA-2000-01
Martha Nevai (916) 498 5889
CA-2002-01 CA FRP Deck Panel N/A Garrad Blvd
Tunnel - 1/4 mile
South Cutting
Boulevard
Tunnel repair project -
City of Richmond -
repairing deteriorated
concrete in tunnel with
FRP composite
laminates
Martha Nevai (916) 498 5889
CA-2003-01 CA FRP Deck Panel Deck Slab I-5/ Gilman
Avenue
Advanced
Technology
Bridge
New Bridge
Construction: dual
plane, cable stayed
bridge (450' long X 48'
wide), 150 ft eccentric
frame pylon; girders and
pylon will be carbon
fiber shells filled with
concrete; transverse
deck system will be
hybrid E-glass & carbon.
(Continuation of pro
Martha Nevai (916) 498 5889
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
CA-2004-01 CA FRP Deck Panel Deck Slab Tower Bridge
over Sacramento
River between
Sacramento and
West Sacramento
The Tower Bridge
(Caltrans Bridge No.
22-0021) consists of a
steel through truss
vertical lift span, a steel
through truss, and
reinforced concrete and
steel plate deck girder
approach spans. The
bridge undefineds eight
spans total 738 feet in
length, 54 f
Martha Nevai (916) 498 5889
CO-2000-01 CO FRP Deck Panel Bridge Rails,
Deck Forms
I-225 & State
Hwy 83 (Parker
Road)
Interchange, Ci,
I-225 & State
Hwy 83 (Parker
Road)
Interchange, City
of Aurora
New Bridge- Three
bridges: F-17-KK, mixed
CIP & precast,
prestressed concrete
spread box girder bridge
(1342' long x 30' wide);
F-27-KJ, spread, steel
box girder bridge (660'
long x 30' wide);
F-17-FD, steel I-girder
bridge (272' long x 15'
wide); use
Matt Greer (720) 963 3008
CO-2001-01 CO FRP Deck Panel Deck Slab,
Superstructure
Kinney Gultch,
Welch Gultch
New construction of two
pedestrian bridges -
utilizing fiber reinforced
polymer (FRP)
composites in the bridge
superstructure and deck
slab of the bridges
Matt Greer (720) 963 3008
CT-2002-01 CT FRP Deck Panel N/A , U.S. Route
1/Housatonic
River
Replace timber fender
system with piles and
corrugated panels made
of FRP composites
Joseph
Chilstrom
(860) 659 6703
FL-2001-01 FL FRP Deck Panel Pier Caps,
Piles
US 1/Key Deer
from North
Channel to
Spanish Harbor
New Bridge - Utilizing
fiber reinforced polymer
(FRP) composites in the
piles and pier caps, and
MMFXTM reinforcing
bars in the bridge deck
slab in order to prevent
future corrosion damage
Jeffrey Ger (850) 942 9650
IA-1999-01 IA FRP Deck Panel Deck Slab 53rd Avenue over
Crow Creek
New Bridge- 3-span
girder bridge (171' long
x 69' wide); one span to
be fiber reinforced
polymer (FRP)
composite deck slab
and others reinforced
concrete.
Curtis Monk (515) 233 7320
IA-2000-02 IA FRP Deck Panel Deck Slab,
Superstructure
4th Avenue over
Ralston Creek,
City of Iowa
Replacement- Single
span bridge (25' long x
30' wide); Bridge will
consist of fiber
reinforced polymer
(FRP) composite slab as
superstructure and
deck.
Curtis Monk (515) 233 7320
IA-2001-04 IA FRP Deck Panel Deck Slab 53rd Ave bridge
over Crow Creek
in City of Bettend
New Bridge -
Continuation of IBRC
Project IA-1999-01
Curtis Monk (515) 233 7320
IA-2001-05 IA FRP Deck Panel Deck Slab 4th Avenue over
Ralston Creek,
Iowa City, Iowa
Replacement -
Continuation of IBRC
Project IA-2000-02
Curtis Monk (515) 233 7320
IA-2002-05 IA FRP Deck Panel N/A n/a The bridge will be
strengthened using FRP
Curtis Monk (515) 233 7320
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
bonded plates at or near
the bottom flanges of the
steel girders
IA-2003-03 IA FRP Deck Panel Deck Slab Iowa 24 over
Goddard Creek
Bridge Replacement:
Temporary (40' long X
13'6'' wide) detour
bridge using two FRP
deck slab units; design
and construct re-usable
detour bridge utilizing
FRP deck
Curtis Monk (515) 233 7320
IL-1999-08 IL FRP Deck Panel Deck Slab City of
Jacksonville,
South Fayette
Street over Town
Brook
Replacement- Single
span steel beam bridge
(50' long x 23' wide);
fiber reinforced polymer
(FRP) composite deck
on replacement bridge
Dan Brydl (217) 492 4632
IN-2002-01 IN FRP Deck Panel N/A Bridge No. 138 FRP composite deck
panels
Keith
Hoernschemeyer
(317) 226 7490
KS-2001-01 KS FRP Deck Panel Deck Slab RS 1070 over the
Kansas River SE
of Belvue, KS
Utilizing fiber reinforced
polymer (FRP)
composites for the
bridge deck slab
Steven Toillion (785) 267 7299
KS-2004-01 KS FRP Deck Panel Deck Slab RS-831 over
Walnut Creek
The intent of the project
is to design and
construct a Fiber
Reinforced Polymer
(FRP) bridge deck for
bridge No.
000000000810250. The
structure presently is a
127 ft. long, 24 ft. wide,
3 span continuous cast
in place concrete deck
girder structure. The
Steven Toillion (785) 267 7299
KS-2004-02 KS FRP Deck Panel Deck Slab RS 541 -
Louisville Road
over Rock Creek
The intent of the project
is to design and
construct a Fiber
Reinforced Polymer
(FRP) bridge deck for
the above listed
structure. The structure
presently is a 218.5 ft.
long, 20 ft. wide, 3 span
concrete deck on steel
girder structure. The
structure was
Steven Toillion (785) 267 7299
KY-2002-01 KY FRP Deck Panel N/A n/a Carbon FRP laminates
applied to
strengthen/repair
flexural cracks in CIP
concrete beams
Richard Crane (502) 223 6763
MD-2000-01 MD FRP Deck Panel Deck Slab MD 24 over Deer
Creek
Deck replacement &
rehabilitation- Simple
span truss bridge (123'
long x 30' wide) w/
deteriorated concrete
deck; replace concrete
deck w/ fiber reinforced
polymer (FRP)
composite deck system.
Derek Constable (410) 779 7157
MD-2003-02 MD FRP Deck Panel Deck Slab Blacks Mill Road
over Little
Hunting Creek
Bridge Rehabilitation:
single-span steel girder
bridge (28' long X 30'
wide); replacement of
the superstructure for
the existing bridge using
(202) 493 3023
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
FRP composite beams
and 4-inch FRP deck
panels
MD-2004-01 MD FRP Deck Panel Deck Slab MD 214 over the
Patuxent River
Replace the existing
concrete deck with a
fiber reinforced
composite deck using
deck panels supplied by
Martin Marietta
Composites. The new
deck will provide a lower
dead load on the
existing historic truss
bridge and corrosion
protection from deicing
sal
Derek Constable (410) 779 7157
ME-1999-07 ME FRP Deck Panel Deck Slab Marston Bridge,
Waterville
Deck replacement-
Single span steel
I-beam bridge (62' long
x 21' wide); fiber
reinforced polymer
(FRP) composite deck
to replace deteriorated
concrete deck.
George Poirier (207) 622 8356
ME-1999-08 ME FRP Deck Panel Superstructure Coles Hill Road,
Rockland Branch
RR Crossing,
Waldoboro
Replacement- Single
span, prefabricated,
continuously supported
fiber reinforced polymer
(FRP) composite (40'
long x 9' wide); - replace
existing RR-Highway
Crossing bridge.
George Poirier (207) 622 8356
ME-1999-12 ME FRP Deck Panel Piles Town of
Cumberland,
Casco Bay
Replacement-
Multi-span bridge (160'
long x 40' wide);
evaluate fiber reinforced
polymer (FRP)
composites for piling,
fender systems and
decks.
George Poirier (207) 622 8356
ME-1999-15 ME FRP Deck Panel Girders-
Glulam
Advanced Wood
Composite
Center, University
of Maine
Support for Advanced
Wood Engineering
Center, University of
Maine; develop fiber
reinforced polymer
(FRP) composite bridge
products and elements
for deployment in new
bridges, rehab and
replacement.
George Poirier (207) 622 8356
ME-2001-01 ME FRP Deck Panel Culvert Rollins Road
Bridge
Replacement - Utilizing
fiber reinforced polymer
(FRP) composites as
stay-in-place form for
cast-in-place concrete
arch culvert
George Poirier (207) 622 8356
ME-2001-02 ME FRP Deck Panel Deck Slab Jacksonville
Bridge, Rickers
Bridge, Ruggles
Bridge
Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composites in the
bridge deck slabs of
temporary bridge spans
George Poirier (207) 622 8356
MO-2004-04 MO FRP Deck Panel Deck Slab Farm Road 148
over Pearson
Creek
The project involves the
deck replacement of the
Farm Road 148 Bridge
in Greene County with a
fiber reinforced polymer
(FRP) composite bridge
deck system. The bridge
Peter Clogston (573) 638 2613
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
was constructed in
1933. The FRP deck is
expected to demonstrate
excellent long-term dur
NC-2001-01 NC FRP Deck Panel None State Route (SR)
1814 over Little
Lick Creek
Rehabilitation -
Replacing a deteriorated
timber deck with a new
fiber reinforced polymer
(FRP) composite bridge
deck slab
Paul Simon (919) 856 4760
NH-2002-04 NH FRP Deck Panel N/A Pleasant Street /
Mill St. over
Lamprey R.
Pre-stressed precast
concrete girders,
prefabricated high
performance concrete
(HPC) abutments and
wingwalls, precast HPC
bridge deck panels, and
carbon fiber reinforced
polymeric (CFRP) grid
reinforcement
David Hall (603) 228 3057
NY-1999-02 NY FRP Deck Panel Deck Slab South Broad
Street over Dyke
Creek, Town of
Wellsv
Deck replacement-
2-span steel beam
bridge (120' long x 30'
wide); fiber reinforced
polymer (FRP)
composite deck to
replace existing deck.
Dan Byer (518) 431 4125
NY-1999-05 NY FRP Deck Panel Deck Slab Wood Road over
Cohocton River
Deck replacement and
rehabilitation-
Single-span steel truss
bridge (207' long x 18'
wide); fiber reinforced
polymer (FRP)
composite beams and
concrete deck to replace
existing wood deck and
steel stringers;
Dan Byer (518) 431 4125
NY-1999-07 NY FRP Deck Panel Deck Slab 4 Bridges: Route
418 over Schroon
River, Route 418
over Schroon
River, Town of
Warrensburg
Deck replacement-
Single-span steel thru
truss bridge (160' long x
30' wide); fiber
reinforced polymer
(FRP) composite deck
to replace existing
concrete deck and
increase load ratings.
Dan Byer (518) 431 4125
NY-2000-01 NY FRP Deck Panel Deck Slab,
Girders- FRP
Box Beam
County Road 52
(Triphammer
Road) over
Conesus Lake,
County Road 52
(Triphammer
Road) over
Conesus Lake
Outlet, Town of
Avon
Replacement - Single
span (40' long x 33'
wide) HS-25 design
load; fiber reinforced
polymer (FRP)
composite box beams
w/ FRP deck slab.
Leverage - Livingston
County to supply all
manpower and
equipment to complete
the project, including
removal of exist
Dan Byer (518) 431 4125
NY-2000-02 NY FRP Deck Panel Deck Slab Red Spring Run
over Colonel Bill's
Creek, Town of ,
Red Spring Run
over Colonel Bill's
Creek, Town of
Canisteo
Deck replacement &
rehabilitation- Steel
beam bridge w/ closely
spaced stringers (60'
long x 32' wide); existing
deck of corrugated steel
pans filled w/ asphalt will
be replaced by a 3"
deep fiber reinforced
Dan Byer (518) 431 4125
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
polymer (FRP)
composite deck slab.
Leverage -
NY-2001-01 NY FRP Deck Panel None CR 50 ( Park
Ave) over Carl’s
River
Replacement - Utilizing
High Performance
Concrete in the
substructure,
prestressed slab bridge
and bridge deck slab for
low maintenance
Dan Byer (518) 431 4125
NY-2001-08 NY FRP Deck Panel None CR 46 (Osceola
Rd) over East
Branch Salmon
River
Rehabilitation -
Replacing a deteriorated
steel open grid deck
with a new fiber
reinforced polymer
(FRP) composite bridge
deck slab
Dan Byer (518) 431 4125
NY-2002-03 NY FRP Deck Panel N/A n/a Bridge Replacement:
1-span bridge with total
length of 40 feet; FRP
deck and superstructure
system to replace open
steel grid deck and
superstructure
Dan Byer (518) 431 4125
NY-2002-05 NY FRP Deck Panel N/A n/a Bridge Rehabilitation:
1-span steel multi-girder
bridge with total length
of 85 feet; FRP deck
system to replace open
steel grid deck
Dan Byer (518) 431 4125
NY-2003-03 NY FRP Deck Panel Deck Slab Glendale Rd.
over Roaring
Brook
Bridge Rehabilitation:
single span multi girder
bridge (63' long x 33'
wide); FRP composite
deck system in
conjunction with HPC
semi-integral abutment
details -jointless
John Burns (518) 431 4125
OH-1999-05 OH FRP Deck Panel Deck Slab Route 49-0103,
Dayton
Deck replacement- Twin
5-span steel beam
bridges (each is 679'
long x 48' wide); Up to 5
different fiber reinforced
polymer (FRP)
composite deck sections
for deck replacement.
Matt Shamis (614) 280 6847
OH-1999-07 OH FRP Deck Panel Deck Slab Route 22 - 2290 Deck replacement- 5
span steel beam bridge
(274' long X 34' wide);
HS 20 design; beam
spacing 12'; Replace
deck with hybrid system
- fiber reinforced
polymer (FRP)
composite deck slab for
bottom half and high
performance (HPC)
concrete reinforced with
FR
Matt Shamis (614) 280 6847
OH-1999-13 OH FRP Deck Panel Deck Slab Smith Road off of
Route 128
New Bridge - fiber
reinforced polymer
(FRP) composite "Tech
21 Bridge" deck on FRP
composite U-Beams
Matt Shamis (614) 280 6847
OH-2000-01 OH FRP Deck Panel Piles Route 49-2002 New bridge- 3-span
prestressed concrete
box beam bridge (80'
Matt Shamis (614) 280 6847
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
long X 34' wide); fiber
reinforced polymer
(FRP) composite
prestressing strands and
FRP composite stirrups
in the exterior box
beams; high
performance (HPC)
concrete in beams;
future removal a
OR-2000-01 OR FRP Deck Panel Deck Slab Highway 105
M.P. 6.89 and
M.P. 4.78
Deck replacement &
rehabilitation- Double
leaf bascule span (46m
long x 6m wide); replace
existing laminated
timber decking with fiber
reinforced polymer
(FRP) composite deck
system.
Tim Rogers (503) 587 4706
OR-2003-01 OR FRP Deck Panel Deck Slab NW Broadway
over Willamette
River
Bridge Rehabilitation:
5-span fixed steel truss
plus 1-span double leaf
rail bascule span bridge;
replace open grate deck
with FRP composite
deck system
Tim Rogers (503) 587 4706
PA-2000-01 PA FRP Deck Panel Deck Slab T-565 over
Dunning Creek,
Ryot, West St.
Clair To, T-565
over Dunning
Creek, Ryot,
West St. Clair
Township
Deck replacement &
rehabilitation- 2-span
steel beam bridge (94'
long x 20' wide) w/
timber deck w/ AC
wearing course; replace
deck w/ fiber reinforced
polymer (FRP)
composite deck system
William E.
Williams
(717) 221 4542
PA-2000-02 PA FRP Deck Panel Deck Slab T-319 over
Sideling Hill
Creek, Mann
Township
Deck replacement &
rehabilitation- 2-span
steel beam bridge (130'
long x 20' wide) w/
timber deck w/ AC
wearing course; replace
deck w/ fiber reinforced
polymer (FRP)
composite deck system
William E.
Williams
(717) 221 4542
PA-2001-01 PA FRP Deck Panel None SR 1037 over
branch of Dubois
Creek
New Bridge - Utilizing
Fiber reinforced polymer
(FRP) composites for
the new bridge
superstructure
William E.
Williams
(717) 221 4542
PA-2001-02 PA FRP Deck Panel None Boyer Bridge
over the Slippery
Rock Creek
Rehabilitation - Utilizing
Fiber reinforced polymer
(FRP) composites for
the replacement bridge
deck slab
William E.
Williams
(717) 221 4542
PA-2003-03 PA FRP Deck Panel Deck Slab Boyer Bridge
over the Slippery
Rock Creek
Bridge Rehabilitation:
Single span steel
stringer bridge w/
concrete deck; deck
previously replaced with
an FRP composite deck;
this project extends field
monitoring of the FRP
deck. (Continuation of
project: PA-2001-02)
William E.
Williams
(717) 221 4542
PA-2004-03 PA FRP Deck Panel Deck Slab Pine Twp Rd. 776
over English Run
Rehabilitate Twp. Rd
776 bridge over English
Run by replacing
existing steel grid deck
William E.
Williams
(717) 221 4542
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
with a fibre reinforced
polymer deck and
ancillary work. This
bridge is the sole access
to a large coal mine, an
important employer in
the region. Innovative
aspects
PR-2004-01 PR FRP Deck Panel Superstructure Bridge #1213 at
PR-123 Km.
16.35, Bridge
#281 at PR-139
Km. 2.5
A structurally efficient
hybrid design
manufactured by
Wagners CFT will be
employed. It will be
manufactured in a
facility that is ISO 9001
registered for quality
production. It will be
sent to the site as ready
to install modules that
can accept traffi
Luis Sandoval (787) 766 5600
SC-2001-01 SC FRP Deck Panel Deck Slab S-42-655 over
Norfolk/Southern
RR
Replacement - Utilizing
fiber reinforced polymer
(FRP) composites in the
replacement bridge deck
slab
Gerald
Schroeder
(803) 765 5331
SC-2002-01 SC FRP Deck Panel N/A n/a Bridge Improvement -
add 4 new dolphins -
two dolphins are 30-inch
FRP composite shells
and two are 5-inch
concrete piles using
FRP stay-in-place forms
Gerald
Schroeder
(803) 765 5331
TX-2002-01 TX FRP Deck Panel N/A FM 3284 over
drainage ditch
Replacement Bridge:
2-span, simply
supported fiber
reinforced polymer
(FRP) beams with
reinforced concrete
deck. Supplemental
funding for an FY2000
IBRC award.
Peter Chang (512) 536 5920
VA-1999-04 VA FRP Deck Panel Superstructure Troutville Weigh
Station Ramp
I-81
New Bridge - short
simple span test slab on
weigh station ramp; use
fiber reinforced polymer
(FRP) composite
pultruded plate and tube
bridge deck design in
test bed on weigh
station ramp.
Claude Napier (804) 775 3363
VA-2003-01 VA FRP Deck Panel Deck Slab Hawthorne Street
Bridge over C&O
(CSX) Railroad
Bridge Rehabilitation:
Single-span through
truss bridge (75' long X
22' wide); replace
concrete deck using
FRP deck panels
Rodolfo Maruri (804) 775 3361
VT-2003-01 VT FRP Deck Panel Deck Slab Lover lane over
Mad River
Bridge Rehabilitation:
Simple-span Pony truss
bridge ( 79' long X 16'
wide); replace concrete
deck with FRP deck
panels
Joseph
Chilstrom
(860) 659 6703
WA-2001-01 WA FRP Deck Panel None Chief Joseph
Dam Bridge
Rehabilitation - Utilizing
fiber reinforced polymer
(FRP) composites for a
wider replacement
bridge deck slab
Barry Brecto (360) 753 9482
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
WA-2003-01 WA FRP Deck Panel Deck Slab Granite Falls
Bridge #102
Bridge Rehabilitation:
steel arch deck truss
span (160' long X 28'
wide) plus five
continuous approach
spans (5 @ 34' long X
28' wide); replace
concrete decks with
FRP composite deck
panels
Barry Brecto (360) 753 9482
WI-2001-01 WI FRP Deck Panel None Highway 151
over State
Highway 26
New Bridge - Utilizing
fiber reinforced polymer
(FRP) composites as
stay-in-place deck forms
and bottom tensile
reinforcement
Thomas Strock (608) 829 7507
WI-2004-01 WI FRP Deck Panel Deck Forms CTH BB over IH
39
Replacement bridge is a
concrete deck on 54W
(bulb tee) precast
concrete girders. It is a
four lane, two span
bridge structure with
bike lanes and
sidewalks. The span
length are 115 and 105
feet, with an overall
width of 80 feet. This
project consists
Thomas Strock (608) 829 7507
WV-1999-02 WV FRP Deck Panel Deck Slab Market Street
Bridge
Deck replacement-
2-span plate girder
bridge (165' long X 59'
wide); replace structural
deck with a new fiber
reinforced polymer
(FRP) composite deck
w/ polymer concrete
overlay.
Jack Justice (304) 347 5932
WV-1999-05 WV FRP Deck Panel Deck Slab Hanover Bridge Deck replacement-
2-span steel beam
bridge (112' long X 28"
wide). Replace nailed
laminated wood deck
with fiber reinforced
polymer (FRP)
composite deck.
Jack Justice (304) 347 5932
WV-1999-07 WV FRP Deck Panel Deck Slab Katy Truss
carrying WV 250
/ 11
Deck replacement &
rehabilitation & - 1-span
steel truss bridge (90'
long X 14' wide); replace
existing timber deck with
fiber reinforced polymer
(FRP) composite deck
and replace some truss
members with FRP
structural shapes.
Jack Justice (304) 347 5932
WV-2000-01 WV FRP Deck Panel Deck Slab West Buckeye
Bridge,
31-39-0.09
Replacement- Hinged
tied arch (139' long x 27'
wide) bridge to replace
Accrow bridge; Glulam
timber reinforced w/
fiber reinforced polymer
(FRP) composite
sheets; high
performance (HPS 70W)
steel framing and HFRP
deck.
Jack Justice (304) 347 5932
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
WV-2001-01 WV FRP Deck Panel N/A Howells Mill
Bridge
Replacement - Utilizing
fiber reinforced polymer
(FRP) composites for
the replacement bridge
deck slab
Jack Justice (304) 347 5932
AL-2000-02 AL FRP Glulam Girders-
Glulam
Surles Road over
Bedsole Creek
Replacement- Single
span bridge (75' long x
24' wide); fiber
reinforced polymer
(FRP) composite
reinforced glulam
(Southern Pine) girders
for new bridge.
Robert King (334) 223 7376
IA-2001-03 IA FRP Glulam Girders-
Glulam
215 Avenue
bridge over Lime
Creek
Replacement - Utilizing
fiber reinforced polymer
(FRP) composite
Timber-Glulam in the
wood girders and in the
bridge deck slab of a
new bridge
Curtis Monk (515) 233 7320
ME-2000-01 ME FRP Glulam Girders-
Glulam
Town Road over
Emery Brook;
Fairfield Bridge
"A"
New Bridge- Single
span bridge (70' long x
36' wide); Glulam beams
reinforced w/ pultruded
fiber reinforced polymer
(FRP) composite
laminates; concrete
deck composite w/ the
girders.
George Poirier (207) 622 8356
ME-2002-02 ME FRP Glulam N/A Skidmore Bridge Supplemental funding
for IBRC project #
ME-1999-07; FRP
composite panels -
glulaminated wood
cores
George Poirier (207) 622 8356
NY-2002-01 NY FRP Glulam N/A Fitch Road
Bridge
Bridge Rehabilitation:
3-span timber trestle
with a total length of 54
feet; remove
superstructure and
replace with FRP
Glulam stringers, stress
laminated together and
topped with HPC
wearing surface
Dan Byer (518) 431 4125
WV-2000-01 WV FRP Glulam Girders-
Glulam
West Buckeye
Bridge,
31-39-0.09
Replacement- Hinged
tied arch (139' long x 27'
wide) bridge to replace
Accrow bridge; Glulam
timber reinforced w/
fiber reinforced polymer
(FRP) composite
sheets; high
performance (HPS 70W)
steel framing and HFRP
deck.
Jack Justice (304) 347 5932
CA-2003-01 CA FRP Other Superstructure I-5/ Gilman
Avenue
Advanced
Technology
Bridge
New Bridge
Construction: dual
plane, cable stayed
bridge (450' long X 48'
wide), 150 ft eccentric
frame pylon; girders and
pylon will be carbon
fiber shells filled with
concrete; transverse
deck system will be
hybrid E-glass & carbon.
(Continuation of pro
Martha Nevai (916) 498 5889
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
IL-1999-05 IL FRP Other Abutments,
Superstructure
Wacker Drive
Viaduct
Reconstruction
Project
New Bridge- Multiple
span, reinforced
concrete structure
(2.5+/- mile long x
100'-120' wide) on
concrete columns;
replace superstructure
w/ multi-span, precast,
post-tensioned,
segmental concrete
deck slabs of high
performance (HPC)
concrete.
Dan Brydl (217) 492 4632
KS-1999-01 KS FRP Other Bridge Rails RS 1070 over the
Kansas River, SE
of Belvue
Rehabilitation- 12-span
continuous steel plate
girder bridge (642' long
x 22' wide); design,
develop, crash test and
deploy fiber reinforced
polymer (FRP)
composite railing.
Steven Toillion (785) 267 7299
KY-2004-01 KY FRP Other Pier Caps I-65 over Main
Street
Carbon fiber reinforced
polymer (CFRP) cloth
will be used to wrap the
severely broken
concrete pedestals on
Pier 4. The concrete at
this location is much
more severely
deteriorated than the
concrete at bridges
where this type of repair
has been used in t
Richard Crane (502) 223 6763
ME-1999-09 ME FRP Other Grates and
Drains
Bowman Bridge,
Branch Bridge,
Ghent Bridge,
Tannery Bridge,
Keag Bridge,
Bowman Bridge
& Branch Bridge
Rehabilitation- Several
short span bridges (32'
to 77' long x 24' wide)
replace deteriorated
metal drains and grates
with fiber reinforced
polymer (FRP)
composite grates and
drains.
George Poirier (207) 622 8356
ME-2003-01 ME FRP Other Deck Slab Mill Pond Bridge,
Rt 142 over W.
Branch of
Carabassett
River, Salem
Township
Bridge Rehabilitation:
single-span riveted steel
thru truss bridge (104'
long X 23.4' wide);
replace deck using
ultra-light weight
hollowed core wood
deck with FRP
composite top and
bottom skins
George Poirier (207) 622 8356
MO-2004-02 MO FRP Other Deck Slab US 69 0ver I-35 This bridge will have the
deck replaced with a
steel-free deck. Fiber
reinforced polymer
(FRP) reinforcing bars
will be used as the main
reinforcement in the
concrete deck. The use
of FRP rebars will
eliminate corrosion of
the deck reinforcement
and the
Peter Clogston (573) 638 2613
NY-1999-03 NY FRP Other Girders-
Concrete
T-Beam
Everett Road
over 1-90, Route
2 over Hudson
River, Route 20
over Route 85,
Rehabilitation- 4
bridges: single span
concrete T-beam (42'
long x 38' wide); Carbon
FRP composite fiber
Dan Byer (518) 431 4125
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
Route 378 over
Wyantkill
sheet wraps for repair
and strengthening of
concrete T-beams; 3
other steel beam
bridges, 16 total spans
(total length = 1806' x
widths varying fo
OH-1999-10 OH FRP Other Piles Route 705 -
04.255
New Bridge - 3-span
concrete slab bridge
(118' long X 37' wide)
designed for HS 20
loading; Uses fiber
reinforced polymer
(FRP) composite tubes
filled w/ concrete for pier
columns and piles.
Matt Shamis (614) 280 6847
TX-2000-01 TX FRP Other Girders- FRP
Box Beam
Corpus Christi
District, FM 3284
North of Gregory
Replacement- 2-span
simply supported fiber
reinforced polymer
(FRP) composite beam
bridge (46' long x 28'
wide); U-shaped contact
molded sections for
exterior beams and
pultruded sections for
interior beams; E-glass
and vinyl ester resin;
concrete dec
Donald Harley (512) 916 5526
VA-1999-02 VA FRP Other Piles Route 40 over
Nottoway River
Replacement - 5-span
prestressed concrete
box beam bridge (284'
long X 46' wide); Use
glass fiber reinforced
polymer (FRP)
composite piles filled w/
concrete to replace
prestressed concrete
piles in one pile bent.
Claude Napier (804) 775 3363
VA-2000-01 VA FRP Other Girders- FRP
I-Beam
TBD, TBD -
Bridge structure
will be selected
after successful
completion of
Phase I of
proposed project.
New Bridge - (40-50'
long x 32' wide);
superstructure system of
36' deep pultruded
double web fiber
reinforced polymer
(FRP) composite I-beam
(DWIB) from Strongwell
w/ timber deck;
Claude Napier (804) 775 3363
IA-2000-01 IA FRP Prestressing Girders-Steel
Plate
Route 141 over
Willow Creek,
Guthrie City
Rehabilitation- 3-span
continuous steel beam
bridge (210' long x 26'
wide); fiber reinforced
polymer (FRP)
composite tendons for
post tensioning to
increase load capacity.
Curtis Monk (515) 233 7320
ME-2002-01 ME FRP Prestressing N/A Island Avenue
Bridge
130 foot glulam bridge
longitudinally
post-tensioned with FRP
composite tendons
George Poirier (207) 622 8356
MI-1999-02 MI FRP Prestressing Griders-
Concrete
Double
"TEEs"
City of Southfield
Bridges
New Bridge- Twin
Double-T prestressed
concrete beam bridges
(each is 260' long x 28'
wide); one bridge will be
built w/ fiber reinforced
polymer (FRP)
composite reinforcement
and tendons in deck and
Jon Nekritz (517) 702 1837
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
superstructure; second
bridge of conventional
materials
MO-2002-03 MO FRP Prestressing N/A Bridge/Southview
Drive
Span 1 - precast
prestressed concrete
panels using Carbon
FRP tendons; Span 2 -
precast prestressed
concrete box girders
using Carbon FRP
tendons with a
cast-in-place concrete
deck reinforced with
Glass FRP bars; Span 3
- cast-in-place concrete
deck reinf
Project Report (PDF, 4.3
MB)
Glenn Fulkerson (573) 638 2613
OH-1999-02 OH FRP Prestressing Superstructure Route 79 - 0955 Rehabilitation- Single
span concrete T-beam
bridge (47' long x 32'
wide); fiber reinforced
polymer (FRP)
composite tendons for
post tensioning system
to increase flexural
capacity to HS-20.
Matt Shamis (614) 280 6847
OH-1999-04 OH FRP Prestressing Girders-Steel
I-Beam
Bridge No.
SCI-23-0166, US
Rte. No. 23, City
of Portsmouth
Rehabilitation- 4-span
continuous steel beam
bridge (215' long x 72'
wide); fiber reinforced
polymer (FRP)
composite tendons to
post tension steel
beams to increase load
carrying capacity.
Matt Shamis (614) 280 6847
OH-2000-01 OH FRP Prestressing Girders-
Concrete Box
Route 49-2002 New bridge- 3-span
prestressed concrete
box beam bridge (80'
long X 34' wide); fiber
reinforced polymer
(FRP) composite
prestressing strands and
FRP composite stirrups
in the exterior box
beams; high
performance (HPC)
concrete in beams;
future removal a
Matt Shamis (614) 280 6847
GA-2000-02 GA FRP Rebar Girders-
Concrete
T-Beam
CR 289 over
Jacks Creek,
(297-00289X-
1.685)
Replacement-
Reinforced concrete
bridge, 5 simple T-beam
spans @ 39' each; fiber
reinforced polymer
(FRP) composite
E-glass rebars in 3
spans (both mats in two,
top mat in one)
Theodore Burch (406) 449 5302
KY-2000-02 KY FRP Rebar Deck Slab KY595 over West
Fork Silver Creek
Replacement- Single
span AASHTO Type II
prestressed concrete
I-girder bridge (49' long
x 47' wide); 8' concrete
deck slab w/ top mat
reinforcement of hollow
carbon fiber reinforced
polymer (FRP)
composite rebars and
bottom mat of epoxy
Richard Crane (502) 223 6763
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
coated rebars.
MI-1999-02 MI FRP Rebar Deck Slab,
Superstructure
City of Southfield
Bridges
New Bridge- Twin
Double-T prestressed
concrete beam bridges
(each is 260' long x 28'
wide); one bridge will be
built w/ fiber reinforced
polymer (FRP)
composite reinforcement
and tendons in deck and
superstructure; second
bridge of conventional
materials
Jon Nekritz (517) 702 1837
MI-2000-01 MI FRP Rebar Deck Slab M-15 over
Goodings Creek,
1.2 km south of
Vassar,, M-15
over Goodings
Creek, 1.2 km
south of Vassar,
Michigan
New Bridge- Single
span spread
prestressed box beam
bridge (49' long x 45'
wide); deck slab
reinforced w/ aramid
fiber reinforced polymer
(FRP) composite rebars.
Jon Nekritz (517) 702 1837
MO-2002-03 MO FRP Rebar N/A Bridge/Southview
Drive
Span 1 - precast
prestressed concrete
panels using Carbon
FRP tendons; Span 2 -
precast prestressed
concrete box girders
using Carbon FRP
tendons with a
cast-in-place concrete
deck reinforced with
Glass FRP bars; Span 3
- cast-in-place concrete
deck reinf
Glenn Fulkerson (573) 638 2613
MO-2004-02 MO FRP Rebar Deck Slab US 69 0ver I-35 This bridge will have the
deck replaced with a
steel-free deck. Fiber
reinforced polymer
(FRP) reinforcing bars
will be used as the main
reinforcement in the
concrete deck. The use
of FRP rebars will
eliminate corrosion of
the deck reinforcement
and the
Peter Clogston (573) 638 2613
NC-2003-02 NC FRP Rebar Deck Slab State Route 1470
over
Cartoogechaye
Creek
Bridge Replacement:
3-span AASHTO Type
III prestressed concrete
girder bridge (160' long
X 26'3" wide); GFRP
reinforcing for top mat
reinforcing on bridge
deck
Paul Simon (919) 856 4760
NH-1999-01 NH FRP Rebar Deck Slab Rollins Road over
Main Street and
B&M Railroad
Replacement- Single
span concrete girder
bridge (110' long x 32'
wide) w/ high
performance (HPC)
concrete deck slab
reinforced with carbon
fiber reinforced polymer
(FRP) composite rebars.
David Hall (603) 228 3057
NH-2000-01 NH FRP Rebar Deck Slab Rollins Road over
Main Street and
BMRR in the
Town, Rollins
Road over Main
Replacement-
Continuation of IBRC
project # NH-1999-01
David Hall (603) 228 3057
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
Street and BMRR
in the Town of
Rollinsford
NH-2001-01 NH FRP Rebar Girders-
Concrete
I-Beams
Rollins Road over
Main Street and
B&M Railroad
Replacement -
Continuation of IBRC
Projects NH-1999-01
and NH-2000-01
David Hall (603) 228 3057
NJ-2003-01 NJ FRP Rebar Substructure US 46 over NJ 23
at I-80
Interchange
Bridge Rehabilitation: 19
span type and 5
cantilever sign support
structures; FRP
reinforcing bars for
reinforcement in footings
and pedestals
Helene Bowman (609) 637 4230
NY-2004-01 NY FRP Rebar Deck Slab County Route 68
over Little White
Creek
The project is located on
CR 68 in the Town of
White Creek which links
State Route 22 to North
Bennington, VT. The
super structure of the
bridge will be replaced
with A572 galvanized
girders. The deck will be
reinforced with carbon
fiber composite rebar
John Burns (518) 431 4125
OH-2000-01 OH FRP Rebar Girders-
Concrete Box
Route 49-2002 New bridge- 3-span
prestressed concrete
box beam bridge (80'
long X 34' wide); fiber
reinforced polymer
(FRP) composite
prestressing strands and
FRP composite stirrups
in the exterior box
beams; high
performance (HPC)
concrete in beams;
future removal a
Matt Shamis (614) 280 6847
PR-2004-01 PR FRP Rebar Abutments Bridge #1213 at
PR-123 Km.
16.35, Bridge
#281 at PR-139
Km. 2.5
A structurally efficient
hybrid design
manufactured by
Wagners CFT will be
employed. It will be
manufactured in a
facility that is ISO 9001
registered for quality
production. It will be
sent to the site as ready
to install modules that
can accept traffi
Luis Sandoval (787) 766 5600
TX-1999-01 TX FRP Rebar Deck Slab RM 1061 at Draw
Creek
New Bridge- 7-span
prestressed concrete
I-beam bridge (541' long
X 45' wide); reinforce
the concrete deck with
fiber reinforced polymer
(FRP) composite rebars.
Donald Harley (512) 916 5526
VA-2000-02 VA FRP Rebar Deck Slab U.S. Route 250
(Broad Street
River) over
Tuckahoe , U.S.
Route 250 (Broad
Street River) over
Tuckahoe Creek
New Bridge- Single
span rolled girder bridge
(72' long x 119' wide);
composite construction;
fiber reinforced polymer
(FRP) composite rebars
in the deck slab
Claude Napier (804) 775 3363
VA-2002-01 VA FRP Rebar N/A Rte. 668 over
Gills Creek
Replacement Bridge:
3-span simply-supported
rolled steel beam bridge
with a total length of 170
Claude Napier (804) 775 3363
Project # State Material(s) Element(s) Bridge Name(s) Project Description Contact Name Contact
Phone
feet; use GFRP (glass
fiber reinforced polymer)
reinforcing bars in the
top mat reinforcement in
the bridge deck
VT-2001-01 VT FRP Rebar Deck Slab Bridge #213 Replacement - Utilizing
fiber reinforced polymer
(FRP) composite rebars
and High Performance
Concrete in the
replacement bridge deck
slab
Michael
Canavan
(802) 828 4423
LA-2004-01 LA FRP Reinforcing
Grid
Pier Columns Elm Grove
Garden Road
Bridge
Advanced Grid Stiffened
(AGS) FRP Tube
Encased Concrete
Columns The objective
of this proposal is to
develop formwork-free,
steel-free,
maintenance-free, high
strength, and high
ductility Advanced Grid
Stiffened (AGS) FRP
tube encased concrete
columns to
Arturo Aguirre (225) 757 7611
NH-2004-01 NH FRP Reinforcing
Grid
Deck Slab Mosquito Bridge,
US Route 3 and
NH Route 11 over
Lake
Winnisquam
The Mosquito Bridge
carries about 20,000
vehicles per day, but the
deck is extensively
patched and is
scheduled for
replacement in 2006.
This project proposes
using a rapid
construction program to
replace the deck in the
period of April 1, 2006 to
June 30
David Hall (603) 228 3057
WI-2004-01 WI FRP Reinforcing
Grid
Deck Slab CTH BB over IH
39
Replacement bridge is a
concrete deck on 54W
(bulb tee) precast
concrete girders. It is a
four lane, two span
bridge structure with
bike lanes and
sidewalks. The span
length are 115 and 105
feet, with an overall
width of 80 feet. This
project consists
Thomas Strock (608) 829 7507
LA-2003-01 LA FRP Slab Superstructure Louisiana Route
15 over Stokes
Bayou
Bridge Replacement:
3-span reinforced
concrete slab bridge
(20'long X 28' wide) ;
replace bridge with FRP
honeycomb panels.
Arturo Aguirre (225) 757 7611
IL-1999-07 IL Galvanizing Deck Slab,
Girders-Steel
Plate,
Substructure
City of Quincy,
18th Street over
Cedar Creek and
B
New Bridge - 6-span
steel plate girder bridge
(655' long x 45' wide);
Galvanized Rebars
(substructure and deck)
and Galvanized
Structural Steel (steel
girders)
Dan Brydl (217) 492 4632
MA-2004-01 MA Galvanizing Superstructure US Route 1 NB
over I-95 NB &
SB
The Massachusetts
Highway Department
(MassHighway) is
submitting for your
Michael Arpino (617) 494 2316