36E77620R0012-0001002.pdf
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- Attached to
- Tiered Evaluation Pre-Solicitation Notice White River Junction Replace Underground Utilities Construction Project Federal contract opportunity
- Solicitation number
- 36E77620R0012
About this file
This pre-solicitation notice describes an upcoming construction project to replace underground utilities at the White River Junction VA Medical Center in Vermont. The Department of Veterans Affairs will issue a request for proposal seeking a firm-fixed-price contract to provide all labor, equipment, and materials necessary for general construction work including upgrades to water, sewer, storm drainage, and site utilities. The project magnitude is estimated between $5-10 million. Proposals will be evaluated first for service-disabled veteran-owned small businesses, then veteran-owned small businesses, and then HUBZone or 8(a) small businesses if no award can be made in the first two tiers. The solicitation is expected to publish on December 20, 2019 with a performance period of approximately 545 days. Questions must be submitted in writing by the specified date.
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L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
New 8" DIP Water
New 8" DIP Water
New 8" DIP Water
Ne w
W at er M ain (T yp
Ho riz on ta l B en d as
Re qu ire d
(T yp
Ve rti ca l B en d as R eq uir ed (T yp
Lim it o f C on str uc tio n
Ti e
In to
E xis tin g
" W at er
M ain w
Ne w
" x
" T ap pin g Sl ee ve
St a.
+0
Lim it o f C on str uc tio n
Jo in
Ne w
W at er S er vic e to
Ex ist ing w
/ P ipe
C ou pli ng
St a.
+2
Lim it o f C on str uc tio n
Jo in
Ne w
W at er S er vic e to
Ex ist ing w
/ P ipe
C ou pli ng
St a.
+0
Ne w
Ga te
V alv e St a.
+1
W at er M ain G at e
Va lve
(T yp
C-
5.
C- 5.
CO
CO
100+00
1+
2+
0+00
1+00
2+00
3+00
3+
W V
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
New 8"
DIP W
ate r
Ne w
W at er M ain (T yp
Ho riz on ta l B en d as
Re qu ire d
(T yp
Ve rti ca l B en d as R eq uir ed (T yp
New 8" DIP Water
Ne w 8 " DIP W a t er
A A
P
In sta ll N ew
A co us tic
A cc es s
Po int s a t 3
In ve rv als
(T yp
St a.
+0
5±
A A
P
Ne w
Ac ou sti c A cc es s P oin t St a.
+8
0±
C- 5.
C- 5.
+0
103+00
104+00
105+00
106+00
107+00
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
Lim it o f C on str uc tio n
R& R
Ex ist ing G at e
Va lve
St a.
+4
W V
Ne w
W at er M ain (T yp
Ho riz on ta l B en d as
Re qu ire d
(T yp
Ve rti ca l B en d as R eq uir ed (T yp
Lim it o f C on str uc tio n
R& R
Ex ist ing G at e
Va lve
St a.
+1
Ne w
8" D
I T ee
St a.
+1
A A
P
In sta ll N ew
A co us tic
A cc es s
Po int s a t 3
In te rv als
St a.
+6 0±
A A
P
New
8"DIP
Water
New 8" DIP Water
Ne w
8 "
DI
P W a t e r
C- 5.
C- 5.
Ne w
Ga te
V alv e St a.
+7
Ne w
W at er M ain G at e
Va lve
(T yp
C-
5.
Ne w
8"
DI
P W at er
CO
CO
CO
CO
DI
C
DI
C
DI
C DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C DI
C
DI
C
DI
C
5+
107+00
108+00
109+00110+00
111+00
2+
3+
4+
5+
W
V
W V
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
200+00
201+00
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
Se we r M ap pin g
In T he se
A re as Is
A ss um ed
. V er ify L oc at ion s, Po int s o f C on ne cti on
An d Ac tiv e
St at us O f S er vic e
Lin es
Re pa ir Ex
SM
H0
Re pa ir Ex
SM
H0
Re pa ir Ex
SM
H0
R& R
Ex . 4
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
Re m ov e
Ac cu m ula te d
So lid s a nd
C on str uc t Be nc h in Ex
. S M
H0
R&R Ex. 6" VCP w/ New 8" DIP
R&R Ex. 6 " VCP w/
New 8" DIP
R&R Ex. 6" VCP w/ New 8" DIP
CO
CO
CO
CO
CO
CO
In sta ll N ew
C lea no ut
(T yp
C-
5.
Ne w
Sa nit ar y S ew er
(T yp
C-
5.
DI
C DI
C
DI
C
DI
C
DI
C
Re m ov e
Ac cu m ula te d
So lid s a nd
C on str uc t Be nc h in Ex
. S M
H0
.1
W V
W V
W V
R& R
Ex ist ing
" S er vic e
Co nn ec tio ns w
/ N ew
" D
IP
Ve rif y C on ne cti on P oin t a nd A cti ve
S ta tu s o f E x.
4" S er vic e Co nn ec tio n.
If A cti ve
, R &R w / N ew
DI
P.
If
In ac tiv e, A ba nd on
In P lac e an d
Ca p
En ds
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
202+00
203+00 204+00
5+
6+
207+00
8+
0+
1+
2+
2+
0+
401+00
3+
500+00
501+00
502+00
503+00
Re pa ir Ex
. S M
H0
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
Re pa ir Ex
. S M
H0
A
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
.1
In sta lla tio n is
De pe nd en t o n
Ac tiv e St at us o f S
M H0
A.
If
SM
H0
A is
Ac tiv e, In sta ll N ew M an ho le
SM
H0
C as
S ho wn . I f
SM
H0
A is
In ac tiv e or D oe s N ot E xis t, Do N ot In sta ll.
Ex . S
M H0
A
Co uld
N ot
B e
Ve rif ied
Po ss ibl y B ur ied o r P av ed
O ve r.
At te m pt to
Lo ca te a nd V er ify
A cti ve S ta tu s.
If
Ac tiv e, Lo ca te
U ps tre am
C on ne cti on s a nd C oo rd ina te
Co nd itio n wi th
E ng ine er fo r R ep air o r
Re pla ce m en t.
If In ac tiv e, A ba nd on In
P lac e.
Re pa ir Ex
. S M
H0
.1
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
.1
Re pa ir Ex
. S M
H0
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
R& R
Ex . 6
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
New 8" DIP San.
Re pa ir Ex
. S M
H0
At te m pt to L oc at e an d Ve rif y A cti ve
S ta tu s o f E x.
6" S er vic e Co nn ec tio n.
If A cti ve
, R &R w / N ew
DI
P;
if
In ac tiv e, A ba nd on
In P lac e an d
Ca p
En ds
Re pa ir Ex
. S M
H0
R& R
Ex . 8
" S er vic e
Co nn ec tio ns w/
N ew
" D
IP
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
D
IP
R& R
Ex . 8
" A
CP
w
Ne w
8" D
IP
R& R
Ex . 8
" A
CP
w
Ne w
8" D
IP
R& R
Ex . 8
" A
CP
w
Ne w
8" F us ibl e
HD
PE
V ia Pi pe B ur sti ng
R& R
Ex . 8
" V
CP
w
Ne w
8" D
IP
R& R
Ex . 8
" C
IP
w/
Ne w
8"
DI
P
R&R Ex. 8 " S
an. w/
New 12" D
IP
R&R Ex. 8" San. w/
New 8" DIP
R&R Ex. 8" ACP w/
New 8" DIP
R&R Ex. 8" ACP w/
New 8" DIP
R& R
Ex . 8
" A
CP
w
Ne w
8" D
IP
R&R Ex. 8" ACP w/
New 8" DIP
R&R Ex. 8 " ACP w/
New 8" DIP
R&R Ex. 6" VCP w/ New 8" DIP
Ex . S
M H0
B
Co uld
N ot
B e
Ve rif ied
Po ss ibl y B ur ied o r P av ed
O ve r.
At te m pt to
L oc at e an d
Ve rif y A cti ve S ta tu s.
If
Ac tiv e, C oo rd ina te
C on dit ion wi th
E ng ine er fo r R ep air o r R ep lac em en t.
If
In ac tiv e, A ba nd on
In P lac e.
R& R
Ex . 6
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
CO
CO
CO
CO
In sta ll N ew
S ew er C lea no ut (T yp
A pp ro x.
L oc at io n of
In se rti on
P it an d
Ta il
D itc h fo r S to rm a nd S an ita ry P ip e
B ur st in g.
L oc at e P it as
N ee de d to M an eu ve r P ip e
A ro un d
E xi st in g S tru ct ur es
. P ro te ct a nd
S up po rt
N ea rb y
U til iti es a nd
F ou nd at io ns a s
N ee de d.
A pp ro x.
L oc at io n of
R ec ei va l P it fo r S to rm a nd
S an ita ry
P ip e B ur st in g.
P ro te ct a nd
S up po rt
N ea rb y
U til iti es a nd
F ou nd at io ns a s
N ee de d.
DI
C
DI
C
Ne w
Sa nit ar y S ew er
(T yp
C-
5.
Ne w
Dr op
In let
C on ne cti on St a.
+2
C- 5.
C- 5.
In st al l N ew C le an ou t R is er
(T yp
C-
5.
N ew
D ro p In le t C on ne ct io n (T yp
S ta
. 2
+8
C- 5.
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C DI
C
DI
C
DI
C
W V
W V
W V
A A
P
A A
P
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
R& R
Ex ist ing
" S er vic e
Co nn ec tio n w/
N ew
"D
IP
At te m pt to L oc at e an d Ve rif y A cti ve
S ta tu s o f E x.
6" S an . I f A cti ve
R& R w/ N ew
" D
IP
; if In ac tiv e, A ba nd on In
P lac e an d Ca p En ds
R& R
Ex
3)
" S er vic e
Co nn ec tio ns w
/ N ew
" D
IP
R& R
Ex . 8
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
Te rm ina tio n Po int o f E x.
" S er vic e Co nn ec tio n
Un kn ow n.
R &R to B uil din g Co nn ec tio n w/ N ew
2" D
IP
(A ss um e
Te rm ina tio n Po int o f E x.
Se rv ice C on ne cti on
Un kn ow n.
D et er m ine S ize a nd A cti ve
S ta tu s.
If Ac tiv e, R &R
P ipe a nd
D ro p In let C on ne cti on to Bu ild ing
C on ne cti on /w
N ew
D
IP
(A ss um e
LF
If In ac tiv e, A ba nd on In
P lac e an d Ca p En ds an d Do
N ot
In sta ll D ro p In let
If Re pa irin g or
R ep lac ing
E x.
SM
H0
B, R &R
E x.
8" S an w
/ N ew
" D
IP
. I f A ba nd on ing E x.
SM
H0
B, A ba nd on P ipe In
P lac e an d Ca p En ds
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
8+
209+00
210+00
211+00
212+00
7+
402+00
3+
4+
5+
6+
7+
3+
503+00
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Ne w
Sa nit ar y M an ho le
SM
H0
.1
R& R
Ex . 6
" S er vic e
Co nn ec tio n w/
N ew
" D
IP
R& R
Ex . 6
" S er vic e
Co nn ec tio ns w/
N ew
" D
IP
R&R Ex. 8 " S
an. w/
New 12" D
IP
R& R
Ex . 8
" A
CP
w
Ne w
8" D
IP
R& R
Ex . 8
" A
CP
w
Ne w
8" D
IP
R&R Ex. 8 " ACP w/
New 8" DIP
R&R Ex. 8" ACP w/
New 8" DIP
R&R Ex. 8" San. w/
New 12" DIP
R&R Ex. 8" San. w/
New 12" DIP
R&R Ex. 8" San. w/
New 12" DIP
Te rm ina tio n Po int o f E x.
6" S er vic e Co nn ec tio n
Un kn ow n.
R &R w / N ew
" D
IP
to B uil din g Co nn ec tio n
(A ss um e
L
F)
CO
CO
Ne w
Sa nit ar y S ew er
(T yp
C-
5.
In sta ll N ew
C lea no ut
R ise r ( Ty p.
C- 5.
A A
P
A A
P
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
5+
213+00
214+00
5+
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Re pa ir Ex
. S M
H0
Lim it o f C on str uc tio n
Ti e-in To
E x.
SM
H0
R& R
Ex . 6
" S er vic e
Co nn ec tio ns w/
N ew
" D
IP
R&R Ex. 12" San. w/ New 12" DIP
R&R Ex. 10 San. w/ New 12" DIP
R& R
Ex . 1
2"
CI
P w
Ne w
" D
IP
CO
CO
In sta ll N ew
C lea no ut
R ise r ( Ty p.
C- 5.
Ne w
Sa nit ar y S ew er
(T yp
C-
5.
W V
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
0+
0+
R
&R E x.
8" C
M P w
N ew
8"
C
PP
R ep ai r E x.
C
B
N ew
S to rm S ew er
(T yp
C-
5.
0+
601+00
602+00
603+00
604+00
R&R E x.
8" CMP w
New 8"
C
PP
R
R E x.
" C M
P w
N ew
" C P
P
R&R Ex. 6 " V
CP w/
New 8" C
PP
R&R Ex. 12" CMP w/
New 15" CPP
New 15" CPP
New 15" CPP
New 18" CPP R
R
E x.
0"
C M
P w
N ew
2" C
P P
+0
CO
CO
CO
CO
CO
CO
R ep ai r E x.
D
M H
[C B
4]
R ep ai r E x.
C
B
R
R E x.
C
B
R ep ai r E x.
C
B
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
5.
2E
R
R E x.
" S er vi ce
C on ne ct io ns w / N ew
" C P
P
N ew
S to rm S ew er
(T yp
C-
5.
Te rm in at io n
P oi nt o f E x.
2"
C M
P U nk no w n.
R
R to
Te rm in at io n
P oi nt w
/ N ew
" C
P P
(A ss um e
L
F)
Te rm in at io n
P oi nt o f E x.
2"
C M
P U nk no w n.
R
R to
Te rm in at io n
P oi nt w
/ N ew
" C
P P
(A ss um e
L
F)
Te rm in at io n
P oi nt o f E x.
" S to rm
U nk no w n.
R el oc at e
D ow ns tre am E nd a nd R
R to Te rm in at io n P oi nt w / N ew
" C P
P (A ss um e
L F)
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
'-0
'-0
'-0
SC
AL
E:
0' -0
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
604+00
4+
0+
1+
2+
2+
800+00
800+71
R&R E x.
8" CMP w
New 8"
C
PP
R
R E x.
" C M
P w
N ew
" C P
P
R&R Ex. 6 " V
CP w/
New 8" C
PP
R&R Ex. 15" VCP w/ New 15" CPP
R
R E x.
5" A
C P w
N ew
5"
C P
P
R
R E x.
5" A
C P w / N ew
5" F us ib le H
D P
E V ia P ip e
B ur st in g.
P ro te ct N ea rb y U til iti es a s N ee de d.
R
R E x.
5" A
C P w
N ew
5"
C P
P
New 18" CPP
R &R
E x.
5"
R C
P w
N ew
5" C
PP
R &R
E x.
8"
R C
P w
N ew
8" C
PP
R&R Ex. 15" PVC w/ New 15" PVC
R
R E x.
5" C
IP
w
N ew
5" C
P P
R
R E x.
5" C
IP
w
N ew
5" C
P P
R&R Ex. 8" ACP w/
New 8" C
PP
R&R Ex.
8"
CIP w
New 8"
C
PP
R
R E x.
2" S to rm w
N ew
2"
C P
P
+0
+0
+0
+8
R&R Ex. 6" VCP w/ New 12" CPP
R
R E x.
" C
IP
w
N ew
" C
P P
R&R Ex. 15" Storm w/ New 15" CPP
R
R E x.
" C M
P w
N ew
" C P
P R
R
E x.
" S to rm w
N ew
" C
P P
R
R E x.
" S to rm w
N ew
" C P
P
+0
1001+00
1002+00
+0
1004+00
W V
W V
W V
A A
P
A A
P
DI
C DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C
DI
C DI
C
DI
C
R
R E x.
" V C
P w
N ew
2" C
P P
DI
C
CO
CO
CO
CO
CO
CO
CO
DI
C
DI
C
R ep ai r E x.
C
B
R em ov e, R el oc at e, R ep la ce
C B
R ep ai r D
M H
R ep ai r E x.
D
M H
5.
2E
R
R E x.
" S er vi ce
C on ne ct io ns w / N ew
" C P
P
Te rm in at io n
P oi nt o f E x.
" S er vi ce C on ne ct io n U nk no w n.
R
R to
T er m in at io n P oi nt w / N ew
" C P
P (A ss um e
L F)
R
R E x.
(3
) 6 " S er vi ce C on ne ct io ns w
/ N ew
" C
P P
R ep ai r E x.
D
M H
5.
2D R ep la ce C ov er
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
5.
2C
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
"C P
P
E x.
D M
H
5A C ou ld
N ot
B e
V er ifi ed
A tte m pt T o Lo ca te
A nd
C oo rd in at e
W ith
E ng in ee r F or
R ep ai r.
R ep ai r E x.
C
B 1N
E
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
R ep ai r E x.
C
B
R ep ai r E x.
C B
R ep ai r E x.
D
M H
5.
R ep ai r E x.
D
M H
5.
2B R em ov e S ec on da ry
C ov er A nd R eb ui ld G ra de
R is er . C oo rd in at e w ith E ng in ee r f or F ur th er R ep ai r
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
5.
R ep la ce C ov er
Ti e-in to
E x.
C B
T6 2.
R ep la ce
E x.
D M
H
2A C ov er
Ti e-in to
E x.
C B
Ti e-in to
E x.
C B
8.
U nc ov er
E x.
C B
Fr am e
G ra te a nd C le an of D eb ris
S iz e of
E x.
S er vi ce
C on ne ct io ns
U nk no w n;
R
R w / N ew C
P P o f S am e
S iz e
R
R E x.
(3
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
(2
) 6 " V
C P
S er vi ce
C on ne ct io ns w
N ew
" C
P P
R
R E x.
(3
) 4 " S er vi ce C on ne ct io ns w
/ N ew
" C
P P
R
R E x.
(2
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
(2
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
" S er vi ce
C on ne ct io n w / N ew C
P P
S iz e of
E x.
S er vi ce
C on ne ct io ns
U nk no w n;
R
R w / N ew C
P P o f
E qu al S iz e
R
R E x.
" S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
(2
) 4 " S er vi ce C on ne ct io ns w
/ N ew
" C
P P
A pp ro x.
L oc at io n of
R ec ei va l P it fo r
S to rm a nd S an ita ry P ip e
B ur st in g.
P ro te ct a nd S up po rt N ea rb y U til iti es an d Fo un da tio ns a s
N ee de d.
A pp ro x.
L oc at io n of
In se rti on
P it an d
Ta il
D itc h fo r S to rm a nd S an ita ry P ip e
B ur st in g.
L oc at e P it as
N ee de d to M an eu ve r P ip e
A ro un d
E xi st in g S tru ct ur es
. P ro te ct a nd
S up po rt
N ea rb y
U til iti es a nd
F ou nd at io ns a s
N ee de d.
In st al l N ew D ro p
In le t C on ne ct io n
S ta
. 1
1+
In st al l N ew D ro p
In le t C on ne ct io n
S ta
. 1
1+
In st al l N ew D ro p
In le t C on ne ct io n
S ta
. 1
1+
In st al l N ew D ro p
In le t C on ne ct io n
S ta
. 1
0+
In st al l N ew D ro p
In le t C on ne ct io n
(T yp
S ta . 1
1+
C-
5.
N ew
S to rm S ew er
(T yp
C-
5.
In st al l N ew D ro p
In le t C on ne ct io n
(T yp
S ta . 1
0+
In st al l (
2) N ew D ro p
In le t C on ne ct io ns
S ta
. 1
1+
In st al l (
2) N ew D ro p
In le t C on ne ct io ns
S ta
. 1
1+
In st al l N ew D ro p
In le t C on ne ct io n S ta . 1
2+
In st al l N ew D ro p
In le t C on ne ct io n S ta . 1
4+
C- 5.
5 C- 5.
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
R em ov e
R ep la ce E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
Te rm in at io n
P oi nt o f E x.
" S er vi ce C on ne ct io n U nk no w n.
R
R to
T er m in at io n P oi nt w / N ew
" C P
P (A ss um e
L F)
Te rm in at io n
P oi nt o f E x.
" S er vi ce C on ne ct io n U nk no w n.
R
R to
T er m in at io n P oi nt w / N ew
" C P
P (A ss um e
L F)
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
+4
+0
1201+00
+0
R&R Ex. 15" VCP w/ New 15" CPP
R
R E x.
5" A
C P w
N ew
5"
C P
P
R
R E x.
5" A
C P w / N ew
5" F us ib le H
D P
E V ia P ip e
B ur st in g.
P ro te ct N ea rb y U til iti es a s N ee de d.
R
R E x.
5" A
C P w
N ew
5"
C P
P
R
R E x.
5" C
IP
w
N ew
5" C
P P
R
R E x.
5" C
IP
w
N ew
5" C
P P
R&R Ex. 8" ACP w/
New 8" C
PP
R&R Ex.
8"
CIP w
New 8"
C
PP
Ne w
" C
PP
R &R
E x.
2"
A C
P w
N ew
2"
C
PP
R&R Ex. 12" ACP w/
New 12" CPP
R &R
E x.
0"
A C
P w
N ew
2"
C
PP
+0
+0
+0
+8
R&R Ex. 6" VCP w/ New 12" CPP
R
R E x.
" C
IP
w
N ew
" C
P P
R&R Ex. 15" Storm w/ New 15" CPP
R
R E x.
" C M
P w
N ew
" C P
P R
R
E x.
" S to rm w
N ew
" C
P P
R
R E x.
" S to rm w
N ew
" C P
P
1002+00
+0
1004+00 1005+00
DI
C
DI
C
DI
C
DI
C DI
C
DI
C
DI
C
CO
CO
CO
DI
C
New 8" CPP
Ne w
8" C
PP
N ew
" C
PP
N ew
S to rm S ew er
(T yp
R ep ai r E x.
D
M H
5.
2C
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
"C P
P
E x.
D M
H
5A C ou ld
N ot
B e
V er ifi ed
A tte m pt T o Lo ca te
A nd
C oo rd in at e
W ith
E ng in ee r F or
R ep ai r.
R ep ai r E x.
C
B 1N
E
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
R ep ai r E x.
D
M H
R ep ai r E x.
D
M H
R ep ai r E x.
D
M H
Te rm in at io n
P oi nt o f E x.
A C
P S er vi ce C on ne ct io n U nk no w n;
R
R to
Te rm in at io n
P oi nt w
/ N ew
C P
P (A ss um e
L F)
R ep ai r E x.
D
M H
R ep ai r E x.
C
B
R ep ai r E x.
C
B
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
5.
R ep ai r E x.
D
M H
5.
R ep la ce C ov er
R ep ai r E x.
D
M H
5.
2B R em ov e S ec on da ry
C ov er A nd R eb ui ld G ra de
R is er . C oo rd in at e w ith E ng in ee r f or F ur th er R ep ai r
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
5.
R ep la ce C ov er
R ep ai r E x.
H ea dw al l
R ep la ce
E x.
D M
H
2A C ov er
S iz e of
E x.
S er vi ce
C on ne ct io ns
U nk no w n;
R
R w / N ew C
P P o f S am e
S iz e
R
R E x.
(3
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
(2
) 6 " V
C P
S er vi ce
C on ne ct io ns w
N ew
" C
P P
R
R E x.
(3
) 4 " S er vi ce C on ne ct io ns w
/ N ew
" C
P P
R
R E x.
(2
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
(2
) 4
S er vi ce
C on ne ct io ns w / N ew
" C P
P
R
R E x.
" S er vi ce
C on ne ct io n w / N ew C
P P
S iz e of
E x.
S er vi ce
C on ne ct io ns
U nk no w n;
R
R w / N ew C
P P o f
E qu al S iz e
R
R E x.
" S er vi ce
C on ne ct io ns w / N ew
" C P
P
A pp ro x.
L oc at io n of
R ec ei va l P it fo r
S to rm a nd S an ita ry P ip e
B ur st in g.
P ro te ct a nd S up po rt N ea rb y U til iti es an d Fo un da tio ns a s
N ee de d.
A pp ro x.
L oc at io n of
In se rti on
P it an d
Ta il
D itc h fo r S to rm a nd S an ita ry P ip e
B ur st in g.
L oc at e P it as
N ee de d to M an eu ve r P ip e
A ro un d
E xi st in g S tru ct ur es
. P ro te ct a nd
S up po rt
N ea rb y
U til iti es a nd
F ou nd at io ns a s
N ee de d.
C- 5.
C- 5.
In st al l N ew D ro p
In le t C on ne ct io n
(T yp
S ta . 1
0+
In st al l (
2) N ew D ro p
In le t C on ne ct io ns
S ta
. 1
1+
In st al l (
2) N ew D ro p
In le t C on ne ct io ns
S ta
. 1
1+
C- 5.
C- 5.
In st al l N ew D ro p
In le t C on ne ct io n S ta . 1
2+
In st al l N ew D ro p
In le t C on ne ct io n S ta . 1
4+
In st al l N ew S to ne
R ip ra p
S pl as h
P ad a t O ut le t
R
R E x.
" S er vi ce
C on ne ct io n w / N ew
" C P
P
R
R E x.
" A C
P S er vi ce C on ne ct io n w
/ N ew
" C
P P
Ti e-in to
E x.
D M
H
Ti e-in to
E x.
D M
H
Ti e-in to
E x.
D M
H
C- 5.
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
1400+00
1401+00 1401+19
+1
+0
+0
+0
+0
1502+00
R&R Ex.
8"
CIP w
New 8"
C
PP
Ne w
" C
PP
New
" C
PP
R& R
Ex . 1
2" R
CP
w
Ne w
" C
PP
Rem ov e, Relo ca te, R ep lac e
Ex.
8"
VCP w / N ew 8"
C
PP
R&R Ex. 12" C MP w/
New 12" C
PP
R&R Ex. 15" Storm w/ New 15" CPP
R&R E x.
" R
CP w
New
" C
PP
R&R Ex. 24" CMP w/
New 24" CPP
1005+00
+0
+0
+0
+0
A A
P
A A
P
DI
C
DI
C
R ep ai r E x.
C
B
R ep ai r E x.
D M
H
5.
R ep la ce
C ov er
R ep ai r E x.
C
B
R ep ai r E x.
C
B
Te rm in at io n
P oi nt o f E x.
2"
R C
P U nk no w n;
D et er m in e
A ct iv e
S ta tu s.
If A ct iv e, R
R to T er m in at io n
P oi nt w
/ N ew
" C
P P
(A ss um e
LF
If In ac tiv e, A ba nd on In
P la ce a nd C ap E nd s.
R ep ai r E x.
D
M H
R
R E x.
2" S er vi ce C on ne ct io n w
/ N ew
C P
P
C le an
R ep ai r
E x.
C B
U nc ov er
E x.
D M
H
5.
an d
C oo rd in at e
C on di tio n w ith E ng in ee r f or R ep ai r o r R ep la ce m en t
R em ov e
R ep la ce E x.
C
B
R ep ai r E x.
D
M H
1A
R em ov e
R ep la ce E x.
D
M H
R ep ai r E x.
C
B
R ep ai r E x.
C
B
R ep ai r E x.
D
M H
R ep la ce
C ov er
R ep ai r E x.
C
B
E
R ep la ce
E x.
D M
H
5.
4A
C ov er
C le an
R ep ai r E x.
C
B
R ep ai r E x.
C B
R ep ai r E x.
C
B
S iz e of
E x.
S er vi ce
C on ne ct io n
U nk no w n.
R
R w
N ew
C P
P o f E qu al S iz e.
N ew
S to rm S ew er
(T yp
C-
5.
Te rm in at io n
P oi nt so f E x.
" S er vi ce C on ne ct io n U nk no w n.
D et er m in e
A ct iv e
S ta tu s.
If A ct iv e, R
R to T er m in at io n
P oi nt w
/ N ew
" C
P P
(A ss um e
L
F) . I f In ac tiv e, A ba nd on In
P la ce a nd C ap E nd s.
S iz e of
E x.
S er vi ce
C on ne ct io n
U nk no w n.
R
R w
N ew
C P
P o f E qu al S iz e.
'-0
'-0
'-0
SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
TE
L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
1401+00 1401+19
1502+00
1503+00
1504+00
1505+00 1505+64
R&R Ex. 24" CMP w/
New 24" CPP
R&R Ex. 8" S torm w/
New 8" C
PP
N ew
2"
C
PP
R&R Ex. 24" CMP w/
New 24" CPP
W V
CO
CO
R ep ai r E x.
C
B
R
R E x.
C
B
R
R E x.
C
B
R em ov e, R el oc at e, R ep la ce
E x.
C B
Ti e-in to
E x.
D M
H
N ew
S to rm S ew er
(T yp
C-
5.
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'-0
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SC
AL
E:
0' -0
C ha pm an
S tre et , S ui te
Pr ov id en ce , R
I 0
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L.
(4
) 2
-6 w w w .c dr m ag ui re .c om
0%
C O
N
ST
R U
C
TI
O N
D O
C U
M
EN
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