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Updated 07/28/2015
Printed 11/27/2017 Page 1 of 2 Project No. 41859 – C, P, E
DESIGN AND CONSTRUCTION GROUP
THE GOVERNOR NELSON A. ROCKEFELLER
EMPIRE STATE PLAZA
ALBANY, NY 12242
ADDENDUM NO. 2 TO PROJECT NO. 41859
CONSTRUCTION WORK, PLUMBING WORK AND ELECTRICAL WORK
REPLACE WATER TOWER & WATER SOFTENING SYSTEM
EASTERN CORRECTIONAL FACILITY
30 INSTITUTION ROAD
PO BOX 338
NAPANOCH, NY 12458
November 27, 2017
NOTE:This Addendum forms a part of the Contract Documents. Insert it in the Project Manual.
Acknowledge receipt of this Addendum in the space provided on the Bid Form.
SPECIFICATIONS – CONSTRUCTION WORK
1. SECTION 331613 GLASS-FUSED-TO-STEEL ELEVATED WATER STORAGE TANK: Discard the
section bound in the Project Manual and substitute the attached Section (331613-1 through 331613-25)
noted “Revised: 11/21/2017.”
SPECIFICATIONS – CONSTRUCTION, PLUMBING, AND ELECTRICAL WORK
2. SECTION 011000 SUMMARY OF THE WORK, Add Paragraph:
“1.11 RESTRICTED WORK PERIOD
A. Plumbing Work Contract: Do not perform softener replacement and related Work on or
after December 1st and up to, but not including April 1st unless approved otherwise, in
writing, by the Director.”
3. DOCUMENT 001114 ADVERTISEMENT FOR BIDS: The last date for receipt of bids is changed
from 2:00pm Wednesday, November 29, 2017 to 2:00pm Wednesday, December 13, 2017.
4. DOCUMENT 001114 ADVERTISEMENT FOR BIDS: Add the following two paragraphs:
“As a condition of award, within 48 hours of receipt of the proposed Contract Agreement from the State, the
low bidder shall return the Contract Agreement to the State, properly executed, along with the Bonds if
required by said Agreement. Low bidders who cannot meet these provisions may be subject to disqualification
and forfeiture of the bid security.
The State intends to expedite award of this Contract and the Contractor shall be prepared to proceed with the
Work accordingly. Bidders are warned that time is of the essence of the Contract and substantial completion
of the Work must be within 361 days after the Agreement is approved by the Comptroller. Due to the
tightness of the construction schedule, bidders should consider the necessity for an increased work force and
shift operations.”
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APPENDIX
5. Construction Work Project Manual, Schedule of Submittals. Discard the section bound in the Project
Manual and substitute the attached Schedule of Submittals Section noted “Revised: 11/21/2017.”
6. Construction Work Project Manual, Geotechnical Evaluation Report, Section 2.0, 5th paragraph, 3rd
Sentence: Change to read: “The overflow elevation will be established approximately 182 feet above
finished grade.”
7. Plumbing Work Project Manual, Schedule of Submittals. Discard the section bound in the Project Manual
and substitute the attached Schedule of Submittals Section noted “Revised: 11/21/2017.”
8. Electrical Work Project Manual, Schedule of Submittals. Discard the section bound in the Project Manual
and substitute the attached Schedule of Submittals Section noted “Revised: 11/21/2017.”
DRAWINGS
9. Drawing No. G-101 Add Erosion Control Note No. 11 “BACKFILL All TRENCH EXCAVATIONS TO
EXISTING GRADE AT THE CLOSE OF EACH WORK DAY.”
10. Drawing Nos. C-101, C-102, C-103, C-104, E-101, E-102, & P-101 Noted “Revised Drawing 11/17/2017”
accompany this Addendum and supersede the same numbered originally issued drawings.
11. Drawing C-107, Detail No. 1, Change leader note to read: “10’ x 10’ OPENING FOR OVERHEAD
DOOR.”
12. Drawing C-107, Detail No. 2, Change leader note to read: “TANK FOUNDATION TO BE DESIGNED
TO MEET 4’-6” FROST DEPTH.”
13. Drawing C-107, Detail No. 2, Change vertical dimension note to read: “53 FEET WITH 12 INCHES OF
FREEBOARD.”
14. Drawing P-101, Add note: “PROVIDE 8’ TALL TEMPORARY CHAIN LINK FENCE ENCLOSURE &
ACCESS GATE AROUND STAGING AREA. SEE SECTION 015000 (1.08) OF THE PROJECT
MANUAL.”
15. Drawings P-102 & P-103, Detail No. 2, Change leader note to read: “REMOVE AND REPLACE 4”
PRESSURE RELIEF VALVE.”
16. Drawing P-105, Detail Nos. 1 & 2, Change leader note to read: “INSTALL PIPING AND FITTINGS FOR
TEMPORARY CONNECTION IN LESS THAN 8 HOURS. SUPPORT PIPING ON FLOOR WITH
WOOD BLOCKING.”
END OF ADDENDUM
Margaret F. Larkin
Executive Director
Design and Construction
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SECTION 331613
GLASS-FUSED-TO-STEEL ELEVATED WATER STORAGE TANK
Revised: 11/21/2017
PART 1 GENERAL
1.01 SCOPE
A. This section covers the requirements for supplying all labor, material and
equipment required to design, fabricate, deliver, erect and test one glass-fused-
to-steel style water storage tank in accordance with the plans, these
specifications and the standard specifications of the American Water Works
Association AWWA D103 and the Building Code of New York State. The tank
manufacturer must maintain a shop or shops for assembling and fabrication of
the materials as well as performing the service of erection of such a structure and
be able to show recent experience in the erection of five tanks of this style in
sizes as large as that specified within the last 5 years.
B. The tank structure shall include a concrete foundation, floor, and other
appurtenances as shown on the contract drawings and described herein.
C. All associated tank materials shall be supplied by the tank manufacturer. All
materials shall be new and shall be free of defects.
D. All steel used in the fabrication of the elevated tank shall be manufactured
within the United States of America (USA). The Contractor shall furnish the
Engineer with a copy of the bill of sale for the steel, Certificate of Compliance
(C.O.C.) which indicates its origin, as well as a notarized affidavit from the steel
manufacturer affirming that the steel furnished for construction of the elevated
tank has been manufactured in the USA.
E. Foundation
F. Sealants
G. Tank Roof
H. Tank Accessories
1.02 RELATED WORK SPECIFIED ELSEWHERE
A. Cast-In-Place Concrete: Section 033000
B. Disinfection of Water Storage Facilities: Section 331160
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1.03 REFERENCES
A. American Society for Testing and Materials (ASTM).
B. American Concrete Institute (ACI).
C. ASTM A36/A36M - Standard Specification for Carbon Structural Steel.
D. ASTM A992/A992M - Standard Specification for Structural Steel Shapes.
E. ASTM A1011/A1011M - Standard Specification for Steel, Sheet and Strip, Hot
Rolled, Carbon, Structural, High-Strength Low-Alloy, High-Strength Low-Alloy
with Improved Formability, and Ultra-High Strength.
F. ASTM B916 - Standard Test Method for Adherence of Porcelain Enamel
Coatings to Sheet Metal.
G. Building Code of New York State.
H. ANSI ASCE 7 – Minimum Design Loads for Buildings and Other Structures.
I. ASTM C633-79 - Standard Test Method for Adhesion or Cohesion Strength of
Flame-Sprayed Coatings.
J. ANSI/AWWA C652 - Standard for Disinfection of Water-Storage Facilities.
K. ANSI/AWWA D103 - Standard for Factory-Coated Bolted Steel Tanks for
Water Storage.
L. American Welding Society (AWS) D1.2/D1.2M - Structural Welding Code -
Aluminum.
M. Federal Specification FS TT-S-00230C - Sealing Compound: Elastomeric Type,
Single Component (For Calking, Sealing, and Glazing in Buildings and Other
Structures).
N. General Services Administration Commercial Item Description GSA CID A-A-
59588A - Rubber, Silicone.
O. National Sanitation Foundation (NSF) Standard 61 - Drinking Water System
Components.
P. Society for Protective Coatings SSPC-SP 10/NACE No. 2 - Surface Preparation
Standard - Near White Metal Blast Cleaning.
Q. Society of Automotive Engineers (SAE)
R. SAE J429 - Mechanical and Material Requirements for Externally Threaded
Fasteners.
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S. International Organization for Standardization (ISO):
1. ISO 28706-1:2008 - Vitreous and Porcelain Enamels - Determination of
Resistance to Chemical Corrosion.
2. ISO 2859 - Sampling Procedures for Inspection by Attributes.
3. ISO 6370-2 - Vitreous and Porcelain Enamels - Determination of
Resistance to Abrasion.
1.04 QUALITY ASSURANCE
A. A site and project specific foundation designed by the tank manufacturer with a
New York state PE stamp MUST be provided by the tank erector. The tank
manufacturer shall be solely responsible for the tank structural steel and
foundation design.
B. Tank Manufacturer:
1. The tank manufacturer shall be a specialist in the design and fabrication
of glass fused to steel with a minimum of ten (10) years documented
experience in the United States in similar climates, sizes and
applications. The tank manufacturer shall employ a staff of full time
design engineers, and shall own and operate its steel fabrication and
glass coating facilities.
2. Naming of a manufacturer does not relieve them from complying with
the performance features, the salient features and any Made in the USA
requirements of the contract documents. The contract documents
represent the minimum acceptable standards that will be allowed.
3. In order to assure uniform quality and ease of maintenance, it is the
intent of these specifications that all equipment under this section shall
be supplied by a single manufacturer and that the equipment
manufacturer and installation contractor assume the responsibility for
proper installation and functioning of equipment.
C. Tank Erector/Contractor:
1. The tank erector/contractor shall have built, on its own, a minimum of
five (5) tanks of similar type, operating satisfactorily for a minimum of
five (5) years and shall provide with bid the reference name, location,
application and year of supply/operation of the tank.
2. Tank manufacturer and tank provider shall each provide with bid the
reference name, address and telephone number of the responsible
representative, application and year of supply/operation of the above
referenced potable water storage tanks installed in the United States.
D. The tank contractor must maintain a shop or shops for assembling and
fabrication of the materials as well as performing the service of erection of such
a structure and be able to show recent experience in erection of five tanks of this
style within the last 5 years.
E. All associated tank materials shall be supplied by the tank manufacturer. All
material shall be new and shall be free of defects.
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F. Tank components shall be designed and produced in the United States of
America, by a tank manufacturer specializing in the production of glass-coated,
bolt-together steel tank systems. All structural steel utilized as part of the
structure shall be produced in the United States of America.
G. The tank structure shall include a concrete foundation, floor, and other
appurtenances as shown on the contract drawings and described herein.
1.05 SYSTEM DESCRIPTION
A. Tank Design
1. The tank shall be a factory coated glass fused to steel bolted panels with
a concrete pedestal and aluminum Geodesic Dome Roof, with a nominal
capacity of 1,500,000 gallons above the bottom capacity line.
2. The tank column construction shall be jump form concrete type
construction with a minimum of 4,000 psi compressive strength. Tank
elevations shall include a top of foundation elevation and overflow
elevation as shown on the contract drawings (AMSL).
B. Tank Foundation
1. In accordance with soil report recommendations, Building Code of New
York State, and ANSI ASCE 7, design the required tank foundation,
including all associated accessories and penetrations as specified. Copies
of the preliminary foundation design indicating geometry, anchorage,
anchor/bolt pattern, approximate quantity of concrete and reinforcing
steel, as well as design allowable strength for concrete and reinforcing
steel, shall be included with the Contractor's bid.
1.06 SUBMITTALS
A. Submit under provisions of Section 013300.
B. Within sixty (60) days of Notice to Proceed, the tank manufacturer shall submit
job specific structural calculations for tank and foundation, general arrangement
drawings and product data for the tank structure, foundation, joint sealant and all
appurtenances. Documentation above shall be sealed by a Professional Engineer
licensed and registered in the state of New York.
C. Submittals shall include certification that each applicable Section of AWWA
D103, Building Code of New York State and ANSI ASCE 7 are met. Any
exceptions taken shall be noted with full explanation given for the deviation.
Provide a copy of this specification indicating where the proposed equipment
does not adhere to the specification, provide information on the exception and
how the proposed equipment would be brought into adherence with the item
required.
D. The tank manufacturer shall provide documentation upon request, including mill
reports and traceable documents to demonstrate the source of steel used in the
manufacture of this project specific tank.
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E. Foundation Design: Submit required tank foundation design in accordance with
attached soil report. Foundation design shall be sealed by a Professional
Engineer licensed and registered in the State of New York. Design shall include
geometry, anchorage, anchor/bolt pattern, approximate quantity of concrete and
reinforcing steel, concrete mix design, allowable strength for concrete and
reinforcing steel.
F. Erection Drawings: Submit tank manufacturer’s erection drawings, including
plans, elevations, sections, and details, indicating roof framing, transverse cross-
sections and accessory installation details to clearly indicate proper assembly of
tank components.
G. A tank assembly guide, prepared by the tank manufacturer to familiarize the
Engineer and Inspector with basic building procedures. As a minimum, the guide
shall include: Safety Guidelines; Building Tools, Equipment, and Material;
Footing and Foundation Construction; Floor Construction; Tank Wall
Construction; Roof Installation; Appurtenance Installation.
H. Provide a representative sample of steel and “glass coating” used on the
proposed tank.
I. Product Data: Submit product data for all tank appurtenances including influent
piping, manways, overflow piping, weir box including installation instructions
and operation and maintenance manuals.
J. Handrails & Platforms: Shop Drawings shall include the following items:
1. Profiles, sizes, connection attachments, and accessories for railings.
2. Catalog cuts of all railings components.
3. Detail of toe plate anchorage.
4. Catalog cuts for anchorage hardware. Indicate size and type of
anchorage hardware.
5. Samples of all components, bases, toe plate, mounting brackets and pipe.
6. Storage, handling and installation instructions.
7. Shop drawings shall bear the seal and signature of a registered
professional engineer licensed in the State of New York.
K. Tank Access Ladder: Submit shop drawings indicating profiles, sizes,
connection attachments, reinforcing, anchorage, fastener size and type, and
accessories. Indicate net weld lengths.
L. Safety Climb System: Submit Product data and indicate special procedures and
methods required for proper installation of the safety climbing system.
M. Tank Vent: Submit shop drawings indicating profiles, sizes, connection
attachments, reinforcing, size and type of fasteners, and accessories.
N. Copy of Builder Certification Program, sponsored by the tank manufacturer,
Certifying factory training and experience of the proposed erector.
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O. All engineering costs which cause changes in design from the plans and
specifications are to be borne entirely and unconditionally by the contractor.
1.07 WARRANTY
A. If within a period of one (1) year from date of acceptance of tank by Owner, the
tank structure or any part thereof shall prove to be defective in material or
workmanship upon examination by the manufacturer, the manufacturer will
supply a replacement part, will repair, or allow a credit for same at the discretion
of the Owner.
B. If within a period of five (5) years from date of acceptance of tank by Owner, the
portion of the tank interior below normal high-water elevation shall not corrode
under normal and proper use. If any portion of the tank interior below the normal
high-water level shall prove to be defective in material or workmanship upon
examination by the manufacturer, the manufacturer will supply a replacement
part, will repair, or allow a credit for same at the discretion of the Owner.
1.08 DELIVERY, STORAGE AND HANDLING
A. Deliver, store, protect, and handle products to the site under provisions of
Section 016500.
B. Fabricate and deliver products to the site in largest sections practical.
C. Delivery and Acceptance Requirements: Deliver materials to site in
manufacturer’s original, unopened containers and packaging, with labels clearly
identifying product name and manufacturer.
D. Storage and Handling Requirements:
1. Store and handle materials in accordance with manufacturer’s
instructions.
2. Keep materials in manufacturer’s original, unopened containers and
packaging until installation.
3. Do not store materials directly on ground.
4. Store materials on flat, level surface, raised above ground, with adequate
support to prevent sagging.
5. Protect materials and finish during storage, handling, and installation to
prevent damage.
1.09 PACKAGING
A. All sheets that pass factory inspection and quality control checks shall be
protected from damage prior to packing for shipment.
B. Heavy paper or plastic foam sheets shall be placed between each panel to
eliminate sheet-to-sheet abrasion during shipment.
C. Individual stacks of panels will be wrapped in heavy mil protective plastic and
steel banded to wood pallets built to the roll-radius of the tank panels.
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1.10 DESIGN LOADS
A. Tank shall be in 100% adherence to US, State and local codes, standards and
requirements. No foreign designs or codes will be accepted.
B. Tank capacity shall be 1,500,000 nominal U.S. gallons, including a minimum of
12 inches of design freeboard.
C. Finished floor elevation shall be as shown on the drawings.
D. Specific Gravity 1.0 - “Minimum design shall be 1.0”
E. Net allowable soil bearing capacity shall be in accordance with the included
subsurface soil and foundation investigation.
F. Governing Design Code:
1. Design criteria of the tank/foundation shall incorporate the following
loads and forces; dead load, live load, snow load and wind load in
accordance with AWWA D103-09, the NYS Building Code, latest
edition, and ANSI ASCE 7:
a. Governing Building Code: New York State Building Code.
b. All design loads listed herein are a minimum requirement. If
governing code has a greater load requirement, the more stringent shall
apply.
G. Roof Live Load:
1. Roof live loads are loads produced during the life of the structure by
moveable objects.
2. Wind, snow, seismic, or dead loads are not live loads.
3. Roof live loads are applied based on the Tributary Area as follows:
a. 0 to 200 Square Feet: 15 psf.
b. 201 to 600 Square Feet: Interpolation between 200 sq. ft. and
600 sq. ft. numbers.
c. 601 Square Feet or Greater: 15 psf.
H. Roof Snow Load:
1. Roof snow load used for designing the structure shall not be reduced and
shall be the product of the following criteria:
a. Roof Snow Load (Pf): 25 psf.
2. Design snow load shall include the effects of minimum flat roof load
limits, rain on snow, drifting snow, and unbalanced snow load as defined
in the governing building code specified above.
I. Wind Load:
1. Wind load used for designing the structure shall be the product of the
following criteria:
a. Wind Exposure Category: C
b. Wind Velocity Pressure Exposure Coefficient (Kz): 1.126
c. Wind Velocity (V), miles per hour: 120 mph.
d. Wind Importance Factor (Iw): 1.15.
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e. Building Wind Load (qz): 47.74 psf.
2. Wind Pressure Coefficients and the design pressures shall be applied in
accordance with the governing code.
J. Seismic Load:
1. Seismic load used for designing the structure shall be based on the
following criteria:
a. Seismic Use Group: III
b. Spectral response acceleration for short periods (Ss): 0.235 % g.
c. Spectral response acceleration for 1-sec. period (S1): 0.064 % g.
d. Site Class: D.
e. Seismic Importance Factor (I): 1.50.
2. Seismic loads shall be applied in accordance with the governing code.
K. Dead Load: Dead load shall consist of the weight of tank system construction,
such as roof, framing, and covering members.
L. Minimum Depth of Foundation: 54 inches (4’- 6”).
M. Load Combinations: Load combinations used to design primary and secondary
structural members shall be in accordance with the governing code.
N. Deflections:
1. Structural Members:
a. Maximum deflection of main framing members shall not exceed
1/180 of their respective spans.
2. The design of the tower anchorage and foundation shall include P-delta
effects from lateral drift equal to three times the elastic deflection.
PART 2 PRODUCTS
2.01 POTABLE WATER STORAGE TANK
A. Manufacturer:
1. CST Storage / CST Industries, DeKalb, IL
2. Permastore Limited, White Bear Lake, Minnesota
3. Approved equal
B. Tank Accessories: The tank structure shall be provided with the following:
1. (1) Exterior roof access ladder. Locations and sizes shall be as shown
on the drawings.
2. (1) Interior platform access ladder. Locations and sizes shall be as
shown on the drawings.
3. (1) Interior/Exterior Perimeter Walkway Access ladder and associated
platform. Locations and sizes shall be as shown on the drawings.
4. Roof handrails. Locations and sizes shall be as shown on the drawings.
5. Pipe connections. Locations and sizes shall be as shown on the
drawings.
6. Electrical mounting brackets (supplied by others, installed by tank
erector).
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7. (1) Roof vent. Locations and sizes shall be as shown on the drawings.
8. (2) 30-inch diameter sidewall manway.
9. (1) 30-inch x 30-inch roof access door with a 4-inch tall curb and cover
that has a 2-inch overlap.
10. Tank identification plaque.
2.02 MANUFACTURING PROCESS
A. The glass coating system shall be in full accordance with the requirements of
AWWA D103, latest revision. Every batch of coating frits shall be individually
tested in accordance with PE1 Test T-21. (Citric acid at room temperature)
B. Surface Preparation: Following the de-coiling and shearing process, sheets shall
be steel grit blasted on both sides to the equivalent of SSPC SPC-10 (near white
metal blast cleaning). Sandblasting and chemical pickling of steel sheets is not
acceptable. The surface anchor pattern shall be not less than 1.0 mils. (.0001
inches). Sheets shall be evenly oiled on both sides to protect them from
corrosion during fabrication.
C. Cleaning: After fabrication and prior to application of the coating system, all
sheets shall be thoroughly cleaned by caustic wash and hot water rinse followed
immediately by hot air drying. Inspection of the sheets shall be made for traces
of foreign matter, soil particles, grease or rust. Any such sheets shall be re-
cleaned or grit-blasted to an acceptable level of quality.
D. Coating Application: All sidewall sheets shall receive one coat of a catalytic
nickel oxide glass pre-coat to both sides, followed by air-drying.
1. A second coat of milled cobalt blue glass shall be made to both sides of
the sheets and then dried.
2. A third cover coat of milled titanium dioxide white glass shall then be
applied to the inside of the sheet and the sheet edges. This milled glass
shall be formulated with titanium dioxide to produce a finish interior
surface with optimum toughness and resistance to conditions normally
found in potable water storage tanks. Any alternate three coat system
must be submitted for approval and acceptance prior to bid.
3. The sheets shall then be fired at a minimum temperature of 1500 °F in
strict accordance with ISO 9001 quality process control procedures,
including firing time, furnace humidity, temperature control, etc.
4. The dry film interior coating thickness shall be 10-18 mils min. The dry
film exterior coating thickness shall be 7-15 mils min. This is a three-
coat process. The finished tank inside sidewall glass coating shall be
white. The standard tank sidewall finished outside color shall not vary
noticeably among tank panels. Off color panels will be rejected;
replacement panels of matching color shall be supplied by the tank
manufacturer. Exterior color shall be chosen by the Director’s
Representative from the manufacturer's standard exterior color chart.
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2.03 INSPECTION
A. The manufacturers quality system shall be ISO 9001 certified and refer to ISO
(International Organization of Standardization) for the following testing and
procedures. All coated sheets shall be inspected for mil thickness using an
electronic dry film thickness gage with a valid calibration record. Test
frequency shall be every tenth sheet and shall measure thicknesses of glass as
designed.
B. All sheets shall be measured for color using an electronic colorimeter with a
valid calibration record. Test frequency shall be every tenth sheet and the color
must fall within the specified tolerance or it shall be rejected.
C. An electrical leak detection test shall be performed on the inside surface of each
panel after fabrication. Inside wet sheet surfaces shall be inspected using a low
voltage wet sponge holiday tester in accordance with ASTM D5162-91 Method
A. HVST testing is not acceptable. The tester shall be used at a voltage of 67.5
volts (+/- 10 %) and set so the alarm is sounded if the electrical resistance of the
glass coating falls below 125,000. The tester shall have a valid calibration
record. The testing solution used to wet the sponge shall contain a low suds
wetting agent added at a ratio of not more than ½ fluid oz. per gallon of water.
Every sheet shall be 100% tested for holidays and any sheet with a discontinuity
shall be rejected.
D. All inside sheet surfaces shall be holiday free. A dry volt test using a minimum
of 1100 volts may be used. Frequency of the test shall be every sheet. Any sheet
registering a discontinuity on the interior surface shall be rejected.
E. Adherence of the glass coating to the tank steel shall be tested in accordance
with ISO standards. Any sheet that has poor adherence will be rejected. The
minimum frequency of testing for this shall be one sheet per gage lot run.
F. Glass coating shall be tested for fishscale by placing the full-size production
sheets in an oven 400°F for one hour. The sheets will then be examined for
signs of fishscale. Any sheet exhibiting fishscale shall be rejected and all sheets
from that gage lot will be similarly tested. The minimum frequency of testing
for this shall be one sheet per gage lot run.
G. Following assembly of the tank on-site, all interior surfaces of the tank below the
high-water line shall undergo a dry volt holiday test in the presence of the
Owner. Any sheet registering a discontinuity on the interior surface shall be
rejected and retested after repair or replacement.
H. Director’s Representative shall be provided the results of all of the above tests
upon request.
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2.04 PLATES AND SHEETS
A. Plates and sheets used in the construction of the tank shell, floor, or roof shall
comply with the minimum standards of AWWA D103, latest edition. All steel
shall be smelted and produced in the United States of America.
B. The annealing effect created from the glass coated firing process shall be
considered in determining ultimate steel strength. In no event shall a yield
strength greater than 50,000 psi be utilized for calculations detailed in AWWA
D103, latest revision.
C. Design requirements for mild strength steel shall be ASTM A-1011 Grade 30
with a maximum allowable tensile stress of 14,566 psi. High strength steel shall
be ASTM A-1011 Grade 50 with a maximum allowable tensile stress of 26,000
psi.
D. When multiple vertical bolt line sheets and plates of ASTM A-1011 Grade 50
are used, the effective net section area shall not be taken as greater than 85% of
the gross area.
E. When Rolled Structural Shapes are used, the material shall conform to minimum
standards of ASTM A36 or ASTM A992.
F. Minimum acceptable sheet thicknesses (inches):
1. Foundation 0.500
2. Course 12 0.438
3. Course 11 0.438
4. Course 10 0.438
5. Course 9 0.354
6. Course 8 0.322
7. Course 7 0.293
8. Course 6 0.262
9. Course 5 0.228
10. Course 4 0.197
11. Course 3 0.197
12. Course 2 0.197
13. Course 1 0.197
G. Chemical compositions for mild steel and high strength steel shall be stated in
the submitted mill certifications. Raw steel for plates and sheets shall conform
to the following composition requirements. These specifications refer to the
design tensile strength after firing. The steel shall have the following chemical
composition:
1. Carbon (Mild) 0.06% maximum
2. Carbon (HSS) 0.10% maximum
3. Manganese 1.50% maximum
4. Phosphorus 0.04% maximum
5. Sulfur 0.05% maximum
6. Aluminum 0.08% maximum
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2.05 HORIZONTAL WIND STIFFENERS
A. Stiffeners shall be of the "web truss" design, with extended tails to create
multiple layers of stiffener, fabricated of steel with hot dipped galvanized
coatings. Rolled angle stiffeners shall not be permitted for intermediate
horizontal wind stiffeners.
B. Provide a minimum of 4 stiffeners in order to attach electrical conduit/wiring as
shown on the drawings.
2.06 BOLT FASTENERS
A. Bolts used in tank lap joints shall be 1/2-13 UNC-2A rolled thread and shall
meet the minimum requirements of AWWA D103, latest revision. Bolt material
shall be SAE J429 Grade 2 (1” bolt length) with a tensile strength of 74,000-psi
minimum, and a proof load of 55,000-psi min. and an allowable shear stress with
threads excluded from the shear plane of 18,163-psi min.
B. SAE J429 Grade 5/ASTM A325 (1-1/4” bolt length) and heat treated to a tensile
strength of 120,000 psi min and a proof load of 85,000 psi min. and having an
allowable shear stress with threads excluded from the shear plane of 29,454 psi
min.
C. SAE J429 Grade 8/ASTM A490 (bolts greater than 1-1/4”) and heat treated to a
tensile strength of 150,000 psi min and a proof load of 120,000 psi min. and
having an allowable shear stress with threads excluded from the shear plane of
36,818 psi min.
D. The bolt finish shall be Zinc, mechanically deposited.
E. The entire bolt head shall be encapsulated up to the splines on the shank with
high impact polypropylene copolymer. Resin shall be stabilized with an
ultraviolet light resistant material such that the color shall appear black. The
bolt head encapsulation shall be certified to meet the ANSI/NSF Standard 61 for
indirect additives.
F. All lap joint bolts shall be properly selected such that threaded portions will not
be exposed in the "shear plane" between the sheets. In addition, bolt lengths shall
be sized as to achieve a neat and uniform appearance. Excessive threads
extending beyond the nut will not be permitted.
G. All lap joint bolts shall include a minimum of four (4) splines, on the underside
of the bolt head at the shank in order to resist rotation during torque wrench
application.
2.07 SEALANTS
A. Manufacturer:
1. Manus Products, Inc.; Manus-Bond 75-AM LOT NSF61
2. Approved Equal
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B. The lap joint sealant shall be a one component, moisture cured, polyurethane
compound. The sealant shall meet applicable FDA Title 21 regulations, and be
manufactured by a United States supplier as well as be suitable for contact with
potable water and shall be certified to meet ANSI/NSF Additives Standard No.
61.
C. The sealant shall be used to seal lap joints, bolt connections and sheet edge
fillets. The sealant should have a curing rate at 73°F and 50% RH and be tack
free in 6 to 8 hours. Final cure time should be 10 to 12 days.
D. Sealer shall be resistant up to 200-ppm chlorine concentration during
disinfection. Neoprene gaskets and tape type sealer shall not be used.
E. The sealant shall cure to a rubber like consistency, have excellent adhesion to the
glass coating, low shrinkage and be suitable for interior and exterior use.
2.08 TANK FLOOR
A. The tank floor shall be reinforced concrete as shown on contract drawings.
B. Reinforced concrete floors shall be constructed as specified in Section 033000.
The floor design shall include an embedded glass-coated starter sheet ring per
the manufacturers design and in accordance with AWWA D103, as designed.
Slot mount foundations are not acceptable.
C. Concrete tank floor shall be poured monolithically.
D. Tank floor shall not be permitted to allow any water leakage or seepage from the
water cavity.
2.09 TANK ROOF
A. The tank roof shall be manufactured and furnished by the tank manufacturer.
B. Roofs shall be clear span and self-supporting. Center post supports are not
permitted. Roof live loads and dead loads shall be carried by tank sidewalls,
without additional support.
C. Aluminum Dome Roof:
1. Aluminum dome roofs shall be aluminum in color and shall be
constructed of non-corrugated, triangular aluminum panels sealed and
firmly clamped in an interlocking manner within a fully triangulated
aluminum space truss system of wide flange extrusions, thus forming a
dome structure. Fabric type flashing is not allowed.
2. The dome shall be self-supporting from the periphery structure with
horizontal thrust contained by an integral tension ring.
3. Dome Materials:
a. Triangulated dome frame struts: 6061-T6 aluminum.
b. Structural frame gussets: 6061-T6 aluminum, 0.375 inch
nominal thickness.
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c. Triangular closure panels: .050 inch nominal thickness, 3003-
H16 aluminum Sheet.
d. Perimeter tension/compression ring: 6061-T6 aluminum.
e. Fasteners: 7075-T73 anodized aluminum or Series 300 stainless
steel.
f. Sealant: Silicone by Pecora, General Electric Silpruf or equal.
g. Gaskets: Silicone, General Electric SE-44/88 or equal.
h. Anchor Fasteners: Series 300 stainless steel.
i. Dormers, doors, and hatches: 6061-T6, 5086-H34 or 5052-H36
aluminum, 0.090inch nominal thickness.
2.10 PEDESTAL FLOOR
A. The tank floor shall be reinforced concrete as shown on contract drawings. Any
fill utilized below the floor shall be compacted and tested to a minimum of 95%
proctor.
B. Reinforced concrete floors shall be constructed as specified in Section 033000.
C. Provide one (1) 12-inch tank influent/effluent pipe, fittings, etc. to elevation and
location as shown on the drawings.
D. Provide one (1) 12-inch tank overflow pipe, fittings, etc. to elevation and
location as shown on the drawings.
E. Provide two sleeves for two (2) 2-inch conduits and associated floor penetrations
in the floor of the tower. Coordinate conduit installation with electrical work.
F. Provide one (1) finished floor trench drain and associated drain piping, size and
location as indicated on the drawings.
2.11 ROOF HATCH
A. Each tank shall be provided with one (1) 30-inch square single leaf aluminum
roof access hatch as shown on contract drawings per AWWA D103. The access
hatch and roof shell reinforcing shall comply with AWWA D103 latest edition.
B. Performance characteristics:
1. Cover shall be reinforced to support a minimum live load of 40 psf with
a maximum deflection of 1/150th of the span or 30 psf wind uplift.
2. Operation of the cover shall be smooth and easy with controlled
operation throughout the entire arc of opening and closing.
3. Operation of the cover shall not be affected by temperature.
4. Entire hatch shall be weather tight with fully welded corner joints on
cover and curb.
C. Cover: Shall be 11-gauge aluminum with a 3” beaded flange with formed
reinforcing members. Cover shall have a heavy extruded EPDM rubber gasket
that is bonded to the cover interior to assure a continuous seal when compressed
to the top surface of the curb. Curb shall have a downward overlap of 2".
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D. Curb: Shall be 4” minimum in height and made of 11-gauge aluminum. The curb
shall be equipped with an integral aluminum cap flashing of the same gauge as
the curb, fully welded at the corners.
E. Hardware:
1. Heavy pintle hinges shall be provided.
2. Roof hatch shall be equipped with exterior padlock hasps.
3. Roof hatch shall be equipped with an exterior lifting handle.
4. The latch strike shall be a stamped component bolted to the curb
assembly.
5. Cover hardware shall be bolted into heavy gauge channel reinforcing
welded to the underside of the cover and concealed within the insulation
space.
F. Finish: Factory finish shall be mill finish aluminum.
G. Reinforced concrete floors shall be constructed as specified in Section 033000.
2.12 TANK ROOF VENT
A. Materials: Fully weatherproof and freeze proof; aluminum construction;
designed to prevent the ingress of birds, animals, insects, dust, and water.
B. Screen shall be ¼-inch stainless steel mesh.
C. Minimum capacity: 1,000 CFM
D. Fabricate vent to be freeze proof and to provide sufficient air capacity during
maximum rate of inflow or outflow of water to the tank so that dangerous
pressures do not develop.
2.13 HANDRAILS AND PLATFORMS
A. Manufacturer:
1. Handrails:
a. Holleander Speed Rail System
b. Approved equal.
2. Platforms
a. McNichols Co.
b. Approved equal.
B. Design:
1. All railings, posts, balusters, mounting brackets, and fittings shall resist
a singular concentrated lateral force of two hundred (200) lbs. in any
direction at any point along the top without loosening, damage or
misalignment.
2. All railings, posts, balusters, mounting brackets, and fittings shall resist
lateral force of fifty (50) lbs. per linear foot at any point along the top
rail, in any direction without damage or misalignment.
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3. Intermediate rails, posts, balusters, filler panels, etc. shall resist a
horizontal force of fifty (50) lbs. on an area not to exceed one (1) square
foot including openings and space between rails.
4. All railings, posts, balusters, mounting brackets, and fittings shall
conform to the requirements in ASTM E985.
5. Toe plates shall conform to OSHA standards.
C. Materials:
1. Install aluminum handrails and platforms at to dimensions and locations
shown on the contract drawings.
2. Posts and railings for the handrail shall be 1-1/2 inch outside diameter.
Schedule 40 aluminum pipe alloy 6063-832, ASTM B241, ASTM B221
or ASTM B429.
3. Toe plates shall be installed at all interior locations and they shall be
shipped loose in stock lengths with pre-manufactured corners for field
installation.
4. Toe plates shall be a minimum four (4) inches high and shall be an
extrusion that attaches to the posts with clamps that allow for expansion
and contraction between the posts.
5. Posts shall not interrupt the continuation of the top rail at any point
along the railing, including corners and end terminations. The top
surface of the top railing shall be smooth and shall not be interrupted by
projected fittings.
6. Railings shall be installed using stainless steel bolts, size as required by
the manufacturer. All bolts shall be stainless steel type in conformance
with ASTM F593 and F594 and shall be furnished by the Contractor.
7. Mesh shall be 1”x1” aluminum mesh.
8. Finish shall be Aluminum Association M10-C22-A41 (215-R1).
9. Aluminum surfaces in contact with concrete, grout, or dissimilar metals
shall be protected with a coat of bituminous paint, Mylar isolators, or
other approved materials. The coating shall be factory applied.
10. Ladder step-off platforms shall be fabricated of aluminum.
D. Fabrication:
1. Fit and shop assemble components in largest practical sizes for delivery
to the site.
2. Fabricate components with joints tightly fitted and secured. Provide
spigots and sleeves to accommodate site assembly and installation
3. Provide anchors and mounting brackets required for connecting railings
to the surrounding construction.
4. Install aluminum shims to compensate for unevenness in surfaces.
Railing shall be straight and true.
5. Exposed mechanical fasteners shall be flush countersunk; unobtrusively
located; consistent with design of railings, except where specifically
noted otherwise.
6. Drill condensate drainage holes at bottom of members at locations that
will not encourage water intrusion.
7. Grind exposed joints flush and smooth with adjacent finish surface.
Exposed joints shall be butt tight, flush, and hairline. Ease exposed
edges to small uniform radius.
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8. Accurately form components to each other and to surrounding
construction.
9. Accommodate for expansion and contraction of members and structures
without damage to connections or members.
10. Anchor railings with mounting brackets supplied by the manufacturer.
2.14 TANK ACCESS LADDER
A. Access Ladder: An outside tank ladder shall be furnished and installed as shown
on the contract drawings. Ladders shall be aluminum and utilize grooved, skid-
resistant rungs. Ladder shall be fabricated to support a concentrated live load of
250 lb. acting anywhere on the ladder and a concentrated live load of 80 lb.
acting on each rung simultaneously with a maximum deflection of 1/240 of span
without damage or permanent set.
B. Access Ladder Accessories:
1. The tank ladder shall be furnished with a stainless steel, self-closing
safety gate at the top of the ladder. Safety gate shall be Cotterman,
Model AG2440S with stainless steel hardware.
2. The tank ladder shall be furnished with a stainless-steel fall protection
device which allows the climber hands-free operation whether ascending
or descending. Device shall be stainless steel cables, sleeve, brackets,
and hardware. Device shall be LAD-SAF System, DBI/SALA, Model
6160054. See Section 108905 - Climbing Safety Device for Additional
Information.
3. Provide two (2) full body climbing harnesses and lanyards. Harness
shall be AVAO Bod Fast, model C71AFN-U. Lanyard shall be
Absorbica, model L64YUM 150.
C. Extend side rails a minimum of 42 inches above any platforms and landings.
2.15 TANK ACCESSORIES
A. Pipe Connections: Where pipe connections are shown to pass through tank
panels, pipe shall utilize an interior and exterior flange assembly. Tank shell
reinforcing shall comply with AWWA D103 latest edition. CST Storage Sealer
No. 98 shall be applied on any bolt connections.
B. Influent/Effluent Potable Water Pipe: 12-inch diameter constructed of cement-
lined ductile iron, Special Class 52 in accordance with Section 402323. Paint
piping in accordance with Section 099744 - Mechanical Piping Coating Systems.
C. Overflow piping shall be 12-inch diameter flanged 304L Schedule 10S stainless
steel. The stainless-steel overflow pipe shall be fitted with an adequate anti-
vortex entrance detail. Pipe flanges shall be same material as the pipe. Provide
twenty-four mesh non- corrodible outlet screen. Location shall be as shown on
the contract drawings.
D. Tank Level Sensing Piping: 3/4-inch diameter constructed of Type ‘K’ copper
piping in accordance with Section 221100.
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E. Tank Sampling Line Piping: ¾-inch diameter constructed of Type ‘K’ copper
piping in accordance with Section 221100.
F. Sidewall Access Hatch: Each tank shall be provided with two (2) 30-inch
diameter bottom access manways as shown on contract drawings per AWWA
D103. The access hatch and tank shell reinforcing shall comply with AWWA
D103 latest edition. A davit to hold the cover plate is required.
G. A 3'-0" x 7'-0" man door shall be installed at the base plate of the pedestal to
permit entry for equipment, and water utility supplies.
1. See Specification 081116 - Aluminum Doors and Frames for additional
information.
H. A 3'-0" x 7'0" man door shall be installed at the top of the pedestal for entry to
the exterior platform.
1. See Specification 081116 - Aluminum Doors and Frames for additional
information.
I. An overhead door shall be installed at the base of the pedestal to permit entry for
vehicles, equipment and water utility supplies.
1. See Specification 083323 - Overhead Coiling Doors for additional
information.
J. Identification Plate: A manufacturer's nameplate shall list the tank serial
number, tank diameter and height, maximum design capacity, intended storage
use, and date of installation. The nameplate shall be affixed to the tank exterior
sidewall at a location approximately 5' from grade elevation in a position of
unobstructed view.
K. Electrical conduit channel supports:
1. See Specification 260535 – Channel Support Raceway System with Flat
Cable Assembly for additional information.
2. Provide channel supports as per the contract drawings.
L. Bollards:
1. Provide two (2) 8-inch diameter by pipe bollards filled with 3,000 psi
concrete and covered with yellow plastic bollard covers. Set in 18” diameter
excavated socket with at least 5” concrete all around. Bollards to extend at
least 4 feet below and 5 feet above finish grade. Locate just outside the
entrance to the overhead door to protect concrete walls from accidental
impact. Confirm location with the Director’s Representative before
installation.
2.16 CATHODIC PROTECTION SYSTEM
A. The tank manufacturer will provide a cathodic protection system designed
specifically for the project tank based on site specific water quality analysis
(performed by the contractor), consisting of sacrificial anodes which provide
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protection for the portion of the structure immersed in liquid. The anodes are
attached to the floor, and bolted through existing shell sheet bolt holes. Lead
wires and buss bars are used to ensure continuity between anodes and all
structure shell sheets.
B. The cathodic protection system shall be designed by a licensed professional
engineer employed by the tank manufacturer. The system shall be designed to
protect both the tank and the foundation rebar in concrete floors.
2.17 PLASTIC ENCAPSULATED CAP
A. High density polyethylene co-polymer caps and sealant shall be used to cover the
bolts, nuts and washers exposed on the exterior sidewall of the tank.
2.18 LIGHTNING PROTECTION SYSTEM
A. The tank manufacturer will provide a “Faraday Cage” multi-point type lightning
protection system designed specifically for the project tank, consisting of
aluminum masts, air terminals, conductors, ground rods and associated
connectors and accessories necessary for a complete tank protection system.
B. The cathodic protection system shall be designed by a licensed professional
engineer employed by the tank manufacturer. The system shall be designed to
protect both the tank and the foundation rebar in concrete pedestal and floors.
PART 3 EXECUTION
3.01 GENERAL
A. The tank and all associated accessories shall be installed in accordance with the
written and verbal instructions provided by the tank manufacturer.
B. Attend pre-installation meeting as required/scheduled by the Engineer.
C. Employees of the authorized tank provider/erector shall be experienced in the
construction of the specified tank and should be trained in a factory training
program receiving builder certification by the tank manufacturer, and shall be
employed full time by the authorized dealer.
D. Field fabrication of structural components or panels will not be accepted.
Forcing of the structure to achieve fit-up during construction is not acceptable.
E. All tank accessories shall be installed plumb and level, free from distortion and
defects. All components shall be assembled with fittings to accommodate tight
and secure joints.
F. Install tank appurtenances vertical and plumb.
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G. Protect finished work from damage until project is accepted by the Owner.
3.02 TANK FOUNDATION
A. The tank foundation shall be built in accordance with the contract drawings
and/or approved shop drawings. Foundation shall be designed by a licensed
engineer or manufacturer to safely sustain the structure and its live loads.
B. See Section 033000.
3.03 CONCRETE FLOOR
A. Only embedded starter ring designs are acceptable for concrete floors. Slot
mount foundations will not be allowed.
B. Leveling of the starter ring shall be required and the maximum differential
elevation with the ring shall not exceed 1/8 inch, nor exceed 1/16 inch within
any 10 feet of circumference.
C. A leveling plate assembly, consisting of two anchor rods and a slotted plate shall
be used to secure the starter ring, prior to encasement in concrete. Installation of
the starter ring on concrete blocks or bricks, using shims for adjustment, is not
permitted.
D. Place one butyl rubber elastomeric water stop seal on the inside surface of the
starter ring below the concrete floor line. Place one bentonite impregnated water
seal below the butyl rubber seal. Install materials in accordance with the
manufacturer’s instructions.
E. Tank footing design shall be based on the soil bearing capacity given by the
engineer, as determined by geotechnical analysis performed by a licensed soils
engineer. Copies of the soil report are provided as part of these specifications.
F. Concrete floors may be poured monolithically for all tank diameters. For larger
structures, floors shall be quadrant poured. Concentric ring pouring shall not be
allowed. Floors shall be designed ACI 318.
3.04 TANK STRUCTURE
A. Field erection of the glass-coated, bolted-steel structures and components shall
be in strict accordance with the procedures established by the manufacturer and
performed by an authorized dealer only of the tank manufacturer regularly
engaged in erection of these tanks, using experienced factory-trained certified
erectors fully employed by the Dealer.
B. Only specialized erection jacks and building equipment developed and supplied
by the tank manufacturer shall be used to erect the tanks.
C. Particular care shall be taken in handling and bolting of the glass-coated steel
tank panels, appurtenances and members to avoid abrasion of the coating system.
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Prior to liquid test, all surface areas shall be visually inspected. Chips or scrapes
in the glass coating shall be repaired per the tank manufacturer's recommended
D. procedure.
E. An electrical leak test shall be performed during erection using a wet sponge
nine-volt leak detection device. All electrical leak points found on the inside
surface shall be repaired in accordance with manufacturers published touch-up
procedures.
3.05 CONCRETE PEDESTAL / SUPPORT STRUCTURE
A. The exposed surface of the concrete support wall is designated as architectural
concrete. The concrete and formwork requirements of this section shall be
strictly enforced to ensure concrete of the highest practicable architectural
standard. Formwork design, installation and removal shall comply with the
minimum requirements of ACI 318, ACI 117 and the applicable requirements of
ACI 347, except as modified by this Section.
B. Attention shall be given to ensure the same concrete design mix is used
throughout the support wall. The proportion, type and source of cement and
aggregates shall not be changed. Uniform moisture content and placing
consistency shall be maintained.
C. Support wall concreting shall incorporate segmented placement procedures.
Temporary vertical bulkheads shall divide the wall pour into segments
corresponding to a single truckload of concrete. The bulkheads shall be located
at rustications, braced rigid and tight to maintain vertical alignment under
concrete load. Wall segment concrete shall be placed vertically and
continuously to full form height from a single truck load of concrete. Placement
from multiple loads is not permitted. Temporary bulkheads shall not be removed
until adjacent concrete is placed.
D. The forming system for the pedestal wall shall be fully engineered and detailed
with procedures to meet the increased demands of architectural concrete. The
support wall shall be constructed with a jump form process using form segments
prefabricated to match the wall curvature. Form panels shall be designed for
lateral pressures associated with full height plastic concrete head and eccentric
loads resulting from the segmented wall pour procedure.
E. Wall forms shall not be disturbed or removed until the concrete has attained
sufficient strength to prevent forming operations or environmental loads from
causing surface damage or excessive stress. Support wall concreting operations
shall occur a maximum of once per day. Forms are to be removed and the
concrete finish inspected prior to the subsequent placement of the next wall
pour. Multiple form movements and concrete placements within a day are not
permitted Form removal shall be based on early age concrete strength testing.
The minimum concrete strength shall be established by the Contractor, based on
an analysis of stress at critical stages throughout the forming and concrete
operations. Early age concrete testing shall be in accordance with ACI 228.1R-
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95. Pull Out testing in accordance with ASTM C 900-99, Maturity Method
testing in accordance with ASTM C 1074-93, or field cured cylinders
compressive strength tested in accordance with ASTM C 172 are the acceptable
methods to determine early concrete strength.
F. Provide a smooth form finish without rub for the interior and exterior support
wall. Tie holes shall be plugged using grout on the interior and manufactured
plugs on the exterior which match the color of the cured concrete as closely as
possible.
G. Support structure concrete construction shall conform to the following:
1. Variation in thickness:
a. wall -3.0% to +5.0%
b. dome -6.0% to +10%
c. slab floor -3.0% to +5.0%
2. Support wall variation from plumb:
a. in any 10 feet of height 1 inch
b. in any 50 feet of height 2 inch
c. maximum in total height 3 inches
d. Support wall diameter variation 0.4%
e. not to exceed 3 inches
f. Dome floor radius variation 1.0%
3. Level alignment variation:
a. from specified elevation 1 inch
b. from horizontal plane 1/2 inch
4. Offset between adjacent pieces of formwork:
a. exterior exposed surfaces 1/8 inch
b. interior exposed surfaces 1/4 inch
3.06 MOCK UP PANEL
A. A mock up panel shall be constructed using the proposed form surface and
concrete. Minimum size will be 4 ft wide by 6 ft high. This panel shall be agreed
upon by the Contractor, Engineer and Owner as the reference standard with
which to judge surface quality, appearance and uniformity of texture and color
for each individual lift.
B. Review and acceptance of formed concrete surface must be made immediately
upon form removal. Succeeding pours shall not be placed until the most recent
wall pour has been stripped and the form surface approved. The Contractor shall
be responsible to inform the Engineer as to pour schedule.
C. Concrete with surface defects exceeding limitations specified herein or not
meeting the standard represented by the mock-up panel shall be repaired to meet
that standard.
3.07 HANDRAILS AND PLATFORMS
A. Posts shall be installed plumb and rails shall be installed level. All components
shall be accurately fitted, free from distortion and defects.
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B. Supply items required to be embedded in concrete or placed in partitions with
setting templates, for each appropriate section.
C. Anchor railings with mounting brackets supplied by the manufacturer.
D. Assemble with spigots and sleeves to accommodate tight joints where shown on
the drawings.
E. Remove plastic wrap from pipe after installation.
F. The maximum variation from plumb shall be one quarter (1/4) inch, non-
cumulative.
G. The maximum offset from true alignment shall be one quarter (1/4) inch.
3.08 TANK ACCESS LADDER
A. Install items plumb and level, accurately fitted, free from distortion or defects.
B. Provide anchors, plates, angles, hangers, and struts required for connecting
ladder to structure.
C. Allow for erection loads, and for sufficient temporary bracing to maintain true
alignment until completion of erection and installation of permanent
attachments.
D. Field weld components indicated on approved shop drawings. Perform field
welding in accordance with AWS D1.1. Provide a fire watch during all welding
operations.
E. Field bolt and weld to match shop bolting and welding. Conceal bolts and
screws whenever possible. Where not concealed, use flush countersunk
fastenings.
F. Mechanically fasten joints butted tight, flush, and hairline. Grind welds smooth
and flush.
G. Obtain Engineer approval prior to site cutting or making adjustments not
scheduled.
H. Install safety climbing system in accordance with manufacturer’s instructions.
I. Install vandal deterrent in accordance with manufacturer’s instructions.
J. Maximum Variation From Plumb: 1/4 inch in 10 feet, non-cumulative.
K. Maximum Offset From True Alignment: 1/4 inch.
L. Demonstrate operation and use of safety climbing system to Owner’s
representatives once system is installed.
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3.09 FIELD TESTING
A. Following completion of erection and cleaning of the tank, the structure shall be
tested for liquid tightness by filling to its overflow elevation.
B. Any leaks discovered by this test shall be corrected by the contractor in
accordance with the manufacturer's recommendations.
C. Water required for testing will be furnished by the Owner following completion
of tank erection. Labor and equipment necessary for hydrostatic tank testing
shall be included in the bid price of the tank.
D. Contractor shall be responsible for disposal of chlorinated water in accordance
with Owner requirements and applicable codes.
3.10 FIELD QUALITY CONTROL
A. Excavation work shall be performed in compliance with applicable requirements
of governing authorities having jurisdiction and Section 310000.
B. Contractor shall select and employ an independent soil testing agency approved
by the Owner. The agency's responsibilities include, but are not limited to:
1. Assurance of conformance with specified design assumptions for the
foundation design.
2. Observation of excavation procedures and placement of any fill
materials.
3. Approval of granular fill material concerning environmental compliance,
composition and moisture content either from stockpile or borrow.
4. In place density testing to verify the specified degree of fill compaction
in each layer.
5. Removal of unsuitable soil from within the planned storage tank
foundation area, where required.
6. Proof-rolling of the subgrade soil prior to the placement of new
compacted fill.
7. Placement and compaction of controlled fill.
8. Excavation for the storage tank foundations.
C. The tank foundation shall be monitored for differential settlement.
1. The Contractor shall establish and protect a permanent benchmark in an
undisturbed location prior to the commencement of the foundation
excavation.
2. Survey points shall be established after the concrete foundation is
completed. A minimum of 4 locations shall be equally spaced around
the foundation and shall be permanently marked on the top of the
foundation wall.
3. At a minimum, measurement of settlement shall be completed after:
a. The erections of the first, second and last segment of the shaft
column.
b. The erection of the water cavity wall panels.
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c. The complete erection of the roof.
d. Waiting 24 hours after filling the tank in 10-foot increments.
Filling of the tank shall be performed by the Owner.
e. Waiting 48 hours after the tank has been completely filled.
Filling of the tank shall be performed by the Owner.
3.11 DISINFECTION
A. Following completion of erection, cleaning of the tank, and tightness testing, the
tank shall be disinfected in accordance with specification section 331160 -
Disinfection of Water Storage Facilities.
3.12 ANNIVERSARY INSPECTION
A. On or near the one (1) year anniversary date of the Owner assuming ownership
of tank, the manufacturer's authorized dealer shall make a visual inspection of
the tank interior coating and appurtenances, tank exterior coating and
appurtenances, and the immediate area surrounding the tank for evidence of
leakage or other deficiency. A written summary of the inspection report will be
filed with the tank owner and the tank manufacturer.
B. Water required for the inspection process will be furnished and disposed of by
the Owner.
END OF SECTION
F
F/O
D
S
007213 GENERAL CONDITIONS
007213 PD
ARTICLE 6: Designate in writing competent
supervision and/or management representatives as
required - include contact number in case of an
emergency after work hours, including weekends
and holidays (see 011000 Summary of Work) F
007213 PD ARTICLE 8: Permits and licenses F
011000 PROJECT SCHEDULE
011000 QCS Contractor's list of Subcontractors-Suppliers
011000 QCS Preliminary Project Schedule
011000 QCS Submittal Coordinator Qualifications
011100 SAFETY
011100 QCS Site Specific Safety Plan
011100 QCS Employee Safety Orientation Training and Certificates
011100 QCS Emergency Action and Evacuation Plan
013113 PROJECT SCHEDULE
013113 QCS CMU-01 Agreement Form S X
013300 SUBMITTALS
013300 PD
Schedule of Submittals (This form completed and
editted) F X
013300 QCS Proof of Payment F X
013300 QCS Submittal Coordinator Qualifications F/O X
017123 FIELD ENGINEERING
017123 PD
Submit the name, address, telephone number, and
registration number of the Land Surveyor before
starting the survey work F
017123 PD
On request, submit documentation verifying accuracy
of survey work F
017123 CCS
Upon completion of the Work, submit a certificate
signed and sealed by the Land Surveyor, stating that
the elevations and locations of the Work are in
conformance with the Contract Documents F
017123 CCS
Record location data for control points in sketch form
and turn over 6 copies of sketches and computations
to the Director's Representative F
017123 CCS Submit Record Documents F
017716 CONTRACT CLOSEOUT
017716 CCS Project Record Documents F
017716 CCS Operation and maintenance, 2 copies F
017716 CCS Warranties F
Projected
Delivery
Date:
PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
Design and ConstructionDivision of Construction, 34th Floor, Corning Tower
The Governor Nelson A. Rockefeller Empire State PlazaAlbany, New York 12242
Phone: (518) 474-0331 FAX: (518) 474-8201
Updated: 10/16/2015
Printed: 11/21/2017 Page 1 of 9 Project No.: 41859-C
Revised: 11/21/2017
F
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Date:
PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
017716 CCS Spare Parts and Maintenance Materials F
023313 UNDERGROUND UTILITY LOCATOR SERVICE
023313 PD
Submit detailed experience and qualifications
description of underground utility locator service D
024117 STEEL WATER TANK REMOVAL
024117 QCS Detailed Work Plan D
024117 QCS
Copies of manifests required to transport waste
materials D
024117 QCS Documentation of aceptance of waste materials D
024117 QCS
Letters of acceptance from the permitted facility and
haulers D
028003
DISPOSAL OF NON-HAZARDOUS INDUSTRIAL-
COMMERCIAL WASTE
028003 QCS
Detailed List of the codes, rules and regulations which
govern the work D
028003 QCS
List of licenses or permits issued by government
agencies D
028003 QCS
Detailed step by step procedure indicating how the
Work is to be accomplished D
028003 QCS Qualified Company Data D
028303 ABATEMENT OF LEAD CONTAINING MATERIALS
028303 PD Chemical Paint Removal Products
028303 PD Mechanical Paint Removal
028303 PD Respirators
028303 PD HEPA Filters (Respirators)
028303 PD HEPA Filters (Vacuum Cleaners)
028303 PD Vacuum Cleaners
028303 PD Disposal Bags
028303 QCS Work Plan
028303 QCS Abatement Contractor's Qualifications Data
028303 QCS Abatement Worker's Qualifications Data
028303 QCS Testing Lab Qualifications Data
028303 QCS Waste Transporter Permit
028303 QCS Landfill Permit
028303 QCS Disposal Site Receipts
028303 QCS Test Data
028303 QCS Certificates
028304 HANDLING OF LEAD CONTAINING MATERIALS
028304 PD Resppirators
028304 PD HEPA Filters (Respirators)
028304 PD HEPA Filters (Vacuum Cleaners)
028304 PD Vacuum Cleaners
028304 PD Disposal Bags
028304 QCS Work Plan
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Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
028304 QCS Lead Handling Contractor's Qualifications Data
028304 QCS Lad Handling Worker's Qualifications Data
028304 QCS Testing Lab Qualifications Data
028304 QCS Waste Transporter Permit
028304 QCS Landfill Permit
028304 QCS Disposal Site Receipts
028304 QCS Test Data
028304 QCS Certificates
031100 CONCRETE FORMWORK
031100 PD Form systems and ties D
031100 PD Textured (architectural) form linings D
031100 SAM Textured (Architectural) Form Lining D
031100 SAM Rustication Strip D
031100 SAM
Field Examples: Provide formwork for mock-up of
cast-in-place concrete D
032100 STEEL CONCRETE REINFORCEMENT
032100 SD Placing drawings for bar reinforcement D
032100 SAM Bar Supports D
032100 SAM Fabric Reinforcement D
032100 SAM Fabric Reinforcement Supports D
032100 SAM Reed Clips D
032100 QCS
Certificates: Affidavit required under Quality
Assurance Article D
033000 CAST-IN-PLACE CONCRETE
033000 PD Mix Design D
033000 PD Portland Cement D
033000 PD Fly Ash D
033000 PD Air-entraining Admixture D
033000 PD Water-reducing Admixture D
033000 PD
High Range Water-reducing Admixture
(Superplasticizer) D
033000 PD Corrosion Inhibitor Admixture D
033000 PD Accelerating Admixture D
033000 PD Aggregates D
033000 PD Lightweight Coarse Aggregates D
033000 PD Chemical Hardener (Dustproofing) D
033000 PD Chemical Curing and Anti-Spalling Compound D
033000 PD Bonding Agent (Adhesive) D
033000 PD Expansion Joint Fillers D
033000 PD Waterstop D
033000 PD Emery Aggregate D
033000 PD Integral Water-Repellent Admixture D
033000 QCS Batching Plant Records D
033000 QCS Concrete Pumping Equipment Data D
034100 STRUCTURAL PRECAST CONCRETE
034100 SD
Submit fully dimensioned fabrication and erection
drawings D
034100 SD Design Calculations D
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PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
034100 SD
Revised copies shall be submitted for formal approval
and record. D
079200 JOINT SEALERS
079200 PD Type 1 Sealant
079200 PD Type 1A Sealant
079200 PD Type 1B Sealant
079200 PD Type 1C Sealant
079200 PD Type 1D Sealant
079200 PD Type 2 Sealant
079200 PD Type 2A Sealant
079200 PD Type 3 Sealant
079200 PD Type 4 Sealant
079200 PD Type 5 Sealant
079200 PD Type 6 Sealant
079200 PD Type 7 Sealant
079200 PD Pre-formed Sealant
079200 PD Sealant Colors
079200 PD Self-Expanding Cork Joint Filler
079200 PD Cork Joint Filler
079200 PD Closed Cell Neoprene Joint Filler
079200 PD Expanded Polyethylene Joint Filler
079200 PD Closed Cell Polyurethane Joint Filler
079200 PD Hollow Neoprene Gasket
079200 PD Adhesive Closed-Cell PVC Gasket
079200 PD Joint Primer/Sealer/Conditioner
079200 PD Backer Rod
079200 PD Bond Breaker Tape
079200 PD Cleaning Solvents
079200 SAM Sealant
079200 SAM Joint Fillers
079200 SAM Gaskets
079200 SAM Joint Primer/Sealer/Conditions
079200 SAM Backer Rods
079200 SAM Bond Breaker Tape
079200 QCS Installer's Qualifications Data
079200 QCS Company Field Advisor Data
079200 LEED MR Credit 4.1 and MR Credit 4.1
079200 LEED MR Credit 5.1 and MR Credit 5.2
079200 LEED MR Credit 6
079200 LEED EQ Credit 4.1
081116 ALUMINUM DOORS AND FRAMES
081116 SD
Show details of each frame type, elevation and
construction for each door type - include a schedule of
doors and frames
081116 PD Frames
081116 PD Glazed Doors
081116 PD Flush Doors
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PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
081116 PD Aluminum tempered Glass Doors
081116 SAM Frames
081116 SAM Doors
081116 SAM Color Samples
081116 LEED MR Credit 4.1 and MR Credit 4.2
081116 LEED MR Credit 5.1 and MR Credit 5.2
083324 SECTIONAL OVERHEAD DOORS
083324 SD Application to Project D
083324 PD Overhead Door Assemblies D
083324 PD Finishes D
083324 PD Operators D
083324 SAM Full door section end D
083324 QCS
Manufacturer's Certification Spring Life of
counterbalance mechanism D
083324 CCS Operation and Maintenance Data F
083324 CCS Replacement Parts List F
087100 FINISH HARDWARE
087100 SD Quality Control Package D
087100 SD Finish Hardware Package D
087100 CCS Closeout Submittals Package F
MECHANICAL PIPING COATING SYSTEMS
99744 PD Material Data Sheets - MDS D
99744 SAM Paint Color Chart D
99744 QCS Method of Surface Preparation D
99744 QCS Method of Paint Application D
99744 QCS Quality Control Plan D
99744 QCS
Report of daily work location, date, start and finish
time, ambient conditions, etc. D
99744 QCS Daily report of all surface preparations D
99744 QCS Daily report of all painting operations D
99744 QCS
Name, type, batch numbers, manufacturer's name
and amount of coating for each application D
108905 CLIMBING SAFETY DEVICE
108905 PD Climbing safety device product data D
108905 PD Manufacturer's installation instructions D
221100 PLUMBING PIPING
221100 PD Material Schedule D
221100 PD Steel Pipe and Fittings D
221100 PD Copper and Brass Pipe, Tubing and Fittings D
221100 PD Cast Iron Pipe and Fittings D
221100 PD Ductile Iron Pipe and Fittings D
221100 PD High Density Polyethylene (HDPE) Piping and Fittings D
221100 PD
Packing Materials for Building Construction
Penetrations D
221100 PD Dielectric Connectors D
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Date:
PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
221100 QCS
Copy of extraction equipment manufacturer’s printed
field inspection procedures D
221100 QCS
Certificate of training from the manufacturer of copper
tubing extraction equipment D
260535
CHANNEL SUPPORT RACEWAY SYSTEM WITH
FLAT CABLE ASSEMBLY
260535 PD Channel Support Raceway System D
310000 EARTHWORK
310000 SD
Sheeting, Shoring, and Bracing (Shown on the
Drawings): Submit shop drawings for sheeting,
shoring, and bracing shown on the Drawings. Shop
drawings will be signed by a New York State licensed
Professional Engineer D
310000 PD
Permanent Sheeting, Shoring, and Bracing:
Specifications for materials and accessories D
310000 PD Select Granular Material D
310000 PD Subbase Course Type 2 D
310000 PD Selected Fill D
310000 PD Cushion Material D
310000 PD Crushed Stone D
310000 PD Pea Gravel D
310000 SAM Select Granular Material D
310000 SAM Subbase Course Type 2 D
310000 SAM Selected Fill D
310000 SAM Cushion Material D
310000 SAM Crushed Stone D
310000 SAM Pea Gravel D
310000 QCS Subbase Materials D
310000 QCS Other Aggregates D
310000 QCS Excavation Procedure D
310000 QCS
Sheeting, Shoring, and Bracing (Not shown on the
Drawings) D
310000 QCS Excavation Procedure D
310101 SITE RESTORATION
310101 QCS Provide prepackaged seed readily available to public D
312316 ROCK REMOVAL
312316 PD Rock Removal Procedure D
312316 QCS
Certificates: Competency affidavit required under
Quality Assurance Article. D
313119 VEGETATION CONTROL
313119 PD
Submit proposed method of application and proposed
rate of application D
313119 PD Vegetation Killer D
320117 PAVEMENT REPAIR AND RESURFACING
320117 PD Asphalt filler D
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Date:
PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
320117 PD Asphalt emulsion D
320117 QCS Plant name and location of asphalt concrete supplier D
323113 CHAIN LINK FENCE AND GATES
323113 SAM Fence Fabric D
323113 SAM Fence and Gate Posts D
323113 SAM Miscellaneous Materials and Accessories D
323113 SD Class B steel Tubing D
323113 PD Class B steel tubing D
323113 PD Glavanizing Repair Paint D
323113 SD Steel Fabric D
323113 PD Steel Fabric D
323113 SD Swing Gate Posts D
323113 PD Swing Gate Posts D
323113 SD Swing Gate Frames D
323113 PD Swing Gate Frames D
323113 SD Swing Gate Hardware D
323113 PD Swing Gate Hardware D
323113 SD Barbed Wire D
323113 PD Barbed Wire D
331101 WATER UTILITY DISTRIBUTION PIPING
331101 PD Ductile Iron Pipe D
331101 PD Fittings D
331101 PD Flexible Expansion Joints D
331101 QCS
Statement of compliance with ANSI/AWWA
Specifications. D
331160 DISINFECTION OF WATER STORAGE FACILITIES
331160 CCS Test Results F
331201 WATER SYSTEM CONTROL
331201 PACK
Submit the shop drawings, product data, and quality
control submittals specified below at the same time as
a single package D
331201 PD
Composite wiring and/or schematic diagrams of the
complete system as proposed to be installed.
Standard diagrams will not be acceptable. D
331201 PD Parts List D
331201 PD Maintenance and operation manual D
331201 PD Pressure Transmitter D
331201 QCS
The manufacturer producing the system shall submit
a performance affidavit certifying to the Contractor
and the State D
331201 QCS
Submit 2 copies of the performance affidavit with the
initial shop drawing submittal D
331201 QCS
Submit 2 copies of a statement by the manufacturer
producing the system D
331201 CCS Warranty F
Updated: 10/16/2015
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PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
331216 WATER UTILITY DISTRIBUTION VALVES
331216 PD Valve Schedule D
331216 PD Gate Valves D
331216 PD Tapping Sleeves D
331216 PD Valve Boxes D
331216 PD Valve Keys D
331219 WATER UTILITY DISTRIBUTION FIRE HYDRANTS
331219 PD Fire Hydrants D
331219 PD Paint D
331219 PD Crushed Stone D
331219 QCS
Certificate: Furnish written certification indicating the
AWWA C-502 required tests on materials and
completed hydrants have been accomplished D
331219 CCS
Tools: Furnish 2 wrenches to fit fire hydrants. Deliver
wrenches to the Director's Representative F
331300 DISINFECTION OF WATER UTILITY DISTRIBUTION
331300 CCS Test Results F
331613
GLASS-FUSED-TO-STEEL ELEVATED WATER
STORAGE TANK
331613 SD Structural calculations for tank foundation and tank D
331613 PD
Tank structure, foundation, joint sealants,
appurtenances D
331613 QCS Professional liability insurance certificate D
331613 QCS AWWA D103 certification D
331613 QCS Mill reports for source of steel D
331613 SD Tank foundation design drawing D
331613 SD Tank erection design drawing D
331613 QCS Tank assembly guide D
331613 SAMP Steel and glass coating sample F/O
331613 PD Tank appurtenances D
331613 SD Tank handrailing and platforms D
331613 SD Tank access ladders D
331613 QCS Builder certification program
334104
CORRUGATED POLYETHYLENE STORM DRAIN
PIPE
334104 PD Corrugated Polyethylene Pipe and Fittings D
334104 PD Corrugated Polyethylene Pipe (Smooth Interior) D
334104 PD Fittings D
334104 PD Headwalls and End Sections D
334104 PD Perforated Pipe D
334416 TRENCH DRAINS
Updated: 10/16/2015
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Delivery
Date:
PROJECT NO.: 41859 - C
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
334416 SD Plan of total drainage system; fabrication details D
334416 PD Product data for trench drain D
334416 SAMP Section of trench drain and grate F/O
402323 POTABLE WATER PROCESS PIPING
402323 PD ANSI/AWWA C151/A21.51 CLDI Pipe D
402323 PD Flanged Adapters D
402323 PD Couplings D
402323 PD Pipe Supports - Pipe Saddle Support D
402323 PD Pipe Supports - Pipe Flange Support D
402324 VALVES AND VALVE ACCESSORIES
402324 PD Check Valves D
402324 PD Gate Valves D
Updated: 10/16/2015
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D
S
007213 GENERAL CONDITIONS
007213 PD
ARTICLE 6: Designate in writing competent supervision and/or
management representatives as required - include contact
number in case of an emergency after work hours, including
weekends and holidays (see 011000 Summary of Work) F
007213 PD ARTICLE 8: Permits and licenses F
011000 SUMMARY OF THE WORK
011000 QCS Contractor's list of Subcontractors-Suppliers S X
011000 QCS Preliminary Project Schedule S X
011000 QCS Submittal Coordinator Qualifications S X
013113 PROJECT SCHEDULE
013113 QCS CMU-01 Agreement Form S X
013300 SUBMITTALS
013300 PD Schedule of Submittals (This form completed and editted) F X
013300 QCS Proof of Payment F X
013300 QCS Submittal Coordinator Qualifications F/O X
017123 FIELD ENGINEERING
017123 PD number of the Land Surveyor before starting the survey work F
017123 PD work F
017123 CCS sealed by the Land Surveyor, stating that the elevations and F
017123 CCS 6 copies of sketches and computations to the Director's F
017123 CCS Submit Record Documents F
017716 CONTRACT CLOSEOUT
017716 CCS Project Record Documents F
017716 CCS Operation and maintenance, 2 copies F
017716 CCS Warranties F
017716 CCS Spare Parts and Maintenance Materials F
023313 UNDERGROUND UTILITY LOCATOR SERVICE
023313 PD
Submit detailed experience and qualifications description of
underground utility locator service D
99744 MECHANICAL PIPING COATING SYSTEMS
99744 PD Material Data Sheets - MDS D
99744 SAM Paint Color Chart D, F
99744 QCS Method of Surface Preparation D
99744 QCS Method of Paint Application D
99744 QCS Quality Control Plan D
99744 QCS
Report of daily work location, date, start and finish time, ambient
conditions, etc. D
99744 QCS Daily report of all surface preparations D
99744 QCS Daily report of all painting operations D
Projected
Delivery
Date:
PROJECT NO.: 41859 - P
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
Design and ConstructionDivision of Construction, 34th Floor, Corning Tower
The Governor Nelson A. Rockefeller Empire State PlazaAlbany, New York 12242
Phone: (518) 474-0331 FAX: (518) 474-8201
Updated: 10/16/2015
Printed: 11/22/2017 Page 1 of 4 Project No.: 41859-P
Revised: 11/21/2017
F
F/O
D
S
Projected
Delivery
Date:
PROJECT NO.: 41859 - P
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
99744 QCS
Name, type, batch numbers, manufacturer's name and amount of
coating for each application D
099745 WATER TREATMENT COATING SYSTEMS
99745 PD Material Data Sheets - MDS D
99745 SAM Paint Color Chart D, F/O
99745 QCS Method of Surface Preparation D
99745 QCS Method of Paint Application D
99745 QCS Quality Control Plan D
99745 QCS
Report of daily work location, date, start and finish time, ambient
conditions, etc. D
99745 QCS Daily report of all surface preparations D
99745 QCS Daily report of all painting operations D
99745 QCS
Name, type, batch numbers, manufacturer's name and amount of
coating for each application D
220529 PIPE HANGERS AND SUPPORTS
220529 SD Details of trapeze hangers and upper hanger attachments D
220529 SD Details of pipe anchors D
220529 PD Combination clevis hanger, pipe insulation shield and vapor barrier D
220529 PD Pipe Insulation Shields D
220529 PD Pipe Hangers D
220529 PD Adjustable Floor Rests and Base Flanges D
220529 PD Hanger Rods D
220529 PD Riser Clamps D
220529 PD Rollers D
220529 PD Sleeve Anchors D
220529 PD Wedge Anchors D
220529 PD Self-Drilling Anchors D
220529 PD Non-Drilling Anchors D
220529 PD Stud Anchors D
220529 PD Beam Clamps D
220529 PD Metal Deck Ceiling Bolts D
220529 QCS Seismic Restraint Manufacturer’s Qualifications Data D
220529 QCS Company Field Advisor Data D
220529 QCS Manufacturer’s Certificate of Compliance for Seismic Restraints D
220553 PIPE AND VALVE IDENTIFICATION
220553 PD Snap-on Marker D
220553 PD Strap-on Marker D
220553 PD Stick-On Marker D
220553 PD Pipe Marker Legend and Color Field Sizes D
220553 PD Banding Tapes D
220553 PD Pipe Size Labels D
220553 PD Pipe Service Identification Tags D
220553 PD Valve Service Identification Tags D
220553 PD Valve Service Identification Chart Frames D
Updated: 10/16/2015
Printed: 11/22/2017 Page 2 of 4 Project No.: 41859-P
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Delivery
Date:
PROJECT NO.: 41859 - P
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
220700 PIPING INSULATION
220700 PD Fibrous Glass (Mineral Fiber) Insulation D
220700 PD Flexible Elastomeric Foam Insulation D
220700 PD High Density Jacketed Insulation Inserts for Hangers and Supports D
220700 PD Laminated Vapor Barrier Jackets for Piping D
220700 PD Canvas Jackets D
220700 PD Premolded PVC Fitting Jackets D
220700 QCS Installer's Qualification Data D
221100 PLUMBING PIPING
221100 PD Material Schedule D
221100 PD Copper and Brass Pipe, Tubing and Fittings D
221100 PD Ductile Iron Pipe and Fittings D
221100 PD Dielectric Connectors D
221100 QCS
Copy of extraction equipment manufacturer’s printed field
inspection procedures D
221100 QCS
Certificate of training from the manufacturer of copper tubing
extraction equipment D
331201 WATER SYSTEM CONTROL
331201 PACK
Submit the shop drawings, product data, and quality control
submittals specified below at the same time as a single package D
331201 PD
Composite wiring and/or schematic diagrams of the complete
system as proposed to be installed. Standard diagrams will not be
acceptable. D
331201 PD Parts List D
331201 PD Maintenance and operation manual D
331201 PD Pressure Transmitter D
331201 QCS
The manufacturer producing the system shall submit a
performance affidavit certifying to the Contractor and the State D
331201 QCS
Submit 2 copies of the performance affidavit with the initial shop
drawing submittal D
331201 QCS
Submit 2 copies of a statement by the manufacturer producing the
system D
331201 CCS Warranty F
332121 DISINFECTION OF WATER TREATMENT PLANT
332121 QCS
Submit proposed method for introducing disinfectant into the
treatment unit. If resin must be disinfected, obtain method for
disinfecting from resin supplier. D
332121 QCS Report containing: type and form of disinfectant used D
332121 QCS ddate and time of disinfectant injection start and time of completion D
332121 QCS Test and injection Locations D
332121 QCS
Initial and 24-hour disinfectant residuals (quantity in treated water)
in ppm for each outlet tested. D
332121 QCS Date and time of flushing start completion D
332121 QCS Disinfectant residual after flushing in ppm for each outlet tested D
332121 QCS
Water Analysis results with: Date issued, project name, testing
laboratory name, address and phone D
332121 QCS Time and date of water sample collection D
332121 QCS Name of person collection samples D
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PROJECT NO.: 41859 - P
Critical
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that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
332121 QCS Test locations D
332121 QCS Initial and 24-hour disinfectant residuals in ppm D
332121 QCS Coliform bacteria and chemical test results D
332121 QCS
Certification that water conforms or fails to conform to NYS
Drinking water Standards D
332121 QCS Laboratory Director's signature and authority. D
402323 POTABLE WATER PROCESS PIPING
402323 PD ANSI/AWWA C151/A21.51 CLDI Pipe D
402323 PD Flanged Adapters D
402323 PD Couplings D
402323 PD Pipe Supports - Pipe Saddle Support D
402323 PD Pipe Supports - Pipe Flange Support D
402324 VALVES AND VALVE ACCESSORIES
402324 PD Check Valves D
402324 PD Gate Valves D
409213 ELECTRICALLY OPERATED PRIMARY CONTROL VALVES
409213 PD
Flow Control Valves-A. 131 Series, as Manufactured by CLA-VAL.
Model 131G-01ABCDNPSKCHxHHFC, 150F, DS, CS2-SS 120vac,
X105LCW D
466315 PORTABLE WATER SOFTENER SYSTEM
466315 SD Temporary Pressurized Storage Tank System
466316 WATER SOFTENER SYSTEM
466316 SD Water Softener Tank (3) D
466316 SD Service Valves - Keystone actuated butterfly valves D
466316 SD Softening resin Quantity D
466316 SD Qualifications of contractor/subcontractor D
466316 QCS Operational and Maintenance manuals (3 hard copies) D
466316 PACK
24"x36" Process Flow Diagram framed for mounting in the
treatment building D
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007213 GENERAL CONDITIONS
007213 PD
ARTICLE 6: Designate in writing competent supervision and/or
management representatives as required - include contact
number in case of an emergency after work hours, including
weekends and holidays (see 011000 Summary of Work) F
007213 PD ARTICLE 8: Permits and licenses F
011000 SUMMARY OF THE WORK
011000 QCS Contractor's list of Subcontractors-Suppliers
011000 QCS Preliminary Project Schedule
011000 QCS Submittal Coordinator Qualifications
011100 SAFETY
011100 QCS Site Specific Safety Plan
011100 QCS Employee Safety Orientation Training and Certificates
011100 QCS Emergency Action and Evacuation Plan
013113 PROJECT SCHEDULE
013113 QCS CMU-01 Agreement Form S X
013300 SUBMITTALS
013300 PD Schedule of Submittals (This form completed and editted) F X
013300 QCS Proof of Payment F X
013300 QCS Submittal Coordinator Qualifications F/O X
017123 FIELD ENGINEERING
017123 PD
Submit the name, address, telephone number, and registration
number of the Land Surveyor before starting the survey work F
017123 PD work F
017123 CCS
Upon completion of the Work, submit a certificate signed and
sealed by the Land Surveyor, stating that the elevations and
locations of the Work are in conformance with the Contract
Documents F
017123 CCS
Record location data for control points in sketch form and turn over
6 copies of sketches and computations to the Director's
Representative F
017123 CCS Submit Record Documents F
017716 CONTRACT CLOSEOUT
017716 CCS Project Record Documents F
017716 CCS Operation and maintenance, 2 copies F
017716 CCS Warranties F
017716 CCS Spare Parts and Maintenance Materials F
Projected
Delivery
Date:
PROJECT NO.: 41859 - E
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
Design and ConstructionDivision of Construction, 34th Floor, Corning Tower
The Governor Nelson A. Rockefeller Empire State PlazaAlbany, New York 12242
Phone: (518) 474-0331 FAX: (518) 474-8201
Updated: 10/16/2015
Printed: 11/22/2017 Page 1 of 5 Project No.: 41859-E
Revised: 11/21/2017
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Critical
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SCHEDULE OF SUBMITTALS
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DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
023313 UNDERGROUND UTILITY LOCATOR SERVICE
023313 PD
Submit detailed experience and qualifications description of
underground utility locator service
235416 ELECTRIC HEATERS
235416 PD Heater: Horizontal Unit Heater
235416 CCS Operation and Maintenance Data: Deliver 2 copies F
260251 BASIC ELECTRICAL MATERIALS AND METHODS
260251 PD Rigid Ferrous Metal Conduit D
260501 PD Flexible Metal Conduit D
260501 PD Liquid-tight Flexible Metal Conduit D
260501 PD Wireways, Fittings and Accessories D
260501 PD
Insulated Bushings, Plastic Bushings, and Insulated Grounding
Bushings D
260501 PD Connectors and Couplings D
260501 PD Conduit Bodies (Threaded) D
260501 PD Expansion Fittings D
260501 PD Deflection Fittings D
260501 PD Sealing Fittings D
260501 PD Sealant for Raceways Exposed to Different Temperatures D
260501 PD Vertical Conductor Supports D
260501 PD Galvanized Steel Outlet Boxes D
260501 PD Galvanized Steel Junction and Pull Boxes D
260501 PD Threaded Type Boxes D
260501 PD Specific Purpose Outlet Boxes D
260501 PD Outlet Boxes and Related Products for Fire Rated Construction: D
260501 PD Conductors and Accessories D
260501 PD Wiring Devices D
260501 PD Supporting Devices D
260501 PD Grounding and Bonding D
260501 PD Nameplates and Tags D
260519 WIRING, GENERAL - 600 VOLTS AND UNDER
260519 PD Insulated Conductors and Cables D
260519 PD Electrical Circuit Protective System D
260519 PD Connectors D
260519 PD Tapes D
260519 PD Wire Pulling Compounds D
260519 PD Tags D
260519 PD Wire Management Products D
260526 SERVICE GROUNDING AND BONDING
260526 PD Ground Clamps (Cable to Pipe)
260526 PD Ground Clamps (Cable to Rod)
260526 PD Ground Lugs
260526 PD Exothermic Type Weld
260526 PD Compression Connectors
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Date:
PROJECT NO.: 41859 - E
Critical
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Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
260526 PD Rod Electrodes
260526 PD Plate Electrodes
260526 PD Grounding Electrode Conductors and Bonding Conductors
260526 PD Hardware
260529 FASTENERS, ATTACHMENTS, AND SUPPORTING DEVICES
260529 SD
Show support details if different from methods specified or shown
on the drawings. D
260529 PD Sleeve Anchors D
260529 PD Wedge Anchors D
260529 PD Self-Drilling Anchors D
260529 PD Non-Drilling Anchors D
260529 PD Stud Anchors D
260529 PD Continuous Slotted Type Concrete Insert, Galvanized D
260529 PD Threaded Type Concrete Insert D
260529 PD Wedge Type Concrete Insert D
260529 PD Standard Nuts and Bolts D
260529 PD Lag Screws D
260529 PD Machine Bolts D
260529 PD Wood Screws D
260529 PD Plain Washers D
260529 PD Lock Washers D
260529 PD Toggle Bolts D
260529 PD Stainless Steel Fasteners D
260529 PD TPR Fasteners D
260529 PD Powder Driven Fastener Systems D
260529 PD Hanger Rods D
260529 PD "C" Beam Clamps with Conduit Hangers D
260529 PD "C" Beam Clamps for Hanger Rods D
260529 PD Channel Support System D
260529 PD Side Beam Fittings D
260529 PD Pipe Straps D
260529 PD Deck Clamps D
260529 PD Fixture Stud and Strap D
260532 INTERIOR RACEWAYS, FITTINGS, AND ACCESSORIES
260532 PD Rigid Ferrous Metal Conduit D
260532 PD Flexible Metal Conduit D
260532 PD Liquid-tight Flexible Metal Conduit D
260532 PD Rigid Nonmetallic PVC Conduit, Fittings, and Accessories D
260532 PD Insulated Bushings D
260532 PD Plastic Bushings for 1/2 and 3/4 Inch Conduit D
260532 PD Insulated Grounding Bushings D
260532 PD Connectors and Couplings D
260532 PD Conduit Bodies (Threaded) D
260532 PD Expansion Fittings D
260532 PD Deflection Fittings D
260532 PD Hazardous Location Fittings D
260532 PD Sealant for Raceways Exposed to Different Temperatures D
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PROJECT NO.: 41859 - E
Critical
Submittals
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for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
260532 PD Vertical Conductor Supports D
260532 PD Pulling-In-Line For Installation in Spare and Empty Raceways D
260532 CCS
Spare Parts: Touch up coating compound for plastic coated rigid
metal conduit (one spray type can and one non-spray can with
brush top) F
260535
CHANNEL SUPPORT RACEWAY SYSTEM WITH FLAT CABLE
ASSEMBLY
260535 PD Channel Support Raceway System D
262416 PANELBOARDS
262416 PACK
Submit the shop drawings, product data, and the quality control
submittals specified below at the same time as a package. D
262416 SD Cabinet and gutter size. D
262416 SD Voltage and current rating D
262416 SD
Panelboard short circuit rating. Indicate if rating is Fully Rated
Equipment Rating, or where acceptable, UL listed Integrated
Equipment Short Circuit Rating D
262416 SD Circuit breaker enumeration (frame, ATE, poles, I.C.) D
262416 SD
When indicated on the panelboard schedule, a coordinated
selective scheme between the main circuit breaker and
branch/feeder circuit breakers so that under fault conditions the
branch/feeder circuit breaker clears the fault while the main circuit
breaker remains closed. D
262416 SD Accessories. D
262416 PD Panelboards D
262416 PD Nameplates D
262416 QCS List of Completed Installations D
262416 QCS Company Field Advisor Data D
262416 CCS System acceptance test report F
262416 CCS
Certificate: Affidavit, signed by the Company Field Advisor and
notarized, certifying that the system meets the contract
requirements and is operating properly. F
262416 CCS Operation and Maintenance Data: Deliver 2 copies F
265000 LIGHTING
265000 PD Lighting Units D
310000 EARTHWORK
310000 SD
Sheeting, Shoring, and Bracing (Shown on the Drawings): Submit
shop drawings for sheeting, shoring, and bracing shown on the
Drawings. Shop drawings will be signed by a New York State
licensed Professional Engineer D
310000 PD
Permanent Sheeting, Shoring, and Bracing: Specifications for
materials and accessories D
310000 PD Select Granular Material D
310000 PD Subbase Course Type 2 D
310000 PD Selected Fill D
310000 PD Cushion Material D
310000 PD Suitable Material D
310000 PD Marker Tape D
310000 SAM Select Granular Material D
310000 SAM Subbase Course Type 2 D
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Date:
PROJECT NO.: 41859 - E
Critical
Submittals
Mark "X"
for all
that apply
SCHEDULE OF SUBMITTALS
SUBMITTALS FOR APPROVAL Contractor's Projected Dates
Allow at least 4 weeks for Approval
(allows time for any resubmission)
Send
to:
DescriptionType
Sub
Section
Spec
Section
Projected
Transmittal
Date:
Projected
Approval
Date:
310000 SAM Selected Fill D
310000 SAM Cushion Material D
310000 SAM Suitable Material D
310000 QCS Subbase Materials D
310000 QCS Other Aggregates D
310000 QCS Excavation Procedure D
310000 QCS Excavation Procedure D
337119 ELECTRIC MANHOLES
337119 PD
Field Constructed Manholes: Furnish manholes of dimensions as
shown on the drawings D
337119 PD Precast Manholes D
337119 PD Watertight Manhole Frames and Covers D
337119 PD Cable Support Assemblies (Steel) D
337119 PD Cable Support Assemblies (Nonmetallic) D
337119 PD Grounding and Bonding D
464127 SUBMERSIBLE MIXERS
464127 PD Mixing System and all associated accessories D
464127 SD Mixing unit and all accessory installations D
464127
Computational Fluid Dynamics (CFD) Modeling of flow throughout
the tank, corresponding average turnover for the tank,
corresponding average power consumption D
Updated: 10/16/2015
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PARTIAL DEMOLITIONSITE PLAN
C-101Partial Demolition Site Plan1 SCALE: 1" = 30'
1. ISOLATE AND DRAIN EXISTING TANK ONLY AFTER THE NEWTANK IS FULLY CONSTRUCTED AND OPERATIONAL.
2. EXISTING TANK IS KNOWN TO CONTAIN LEAD BASED PAINT.CONFORM TO ALL APPLICABLE REGULATIONS. REFER TOSECTIONS 028303 AND 02304 OF THE PROJECT MANUAL.MATCH LINE SEE SHEET C-102A A
NOTES:
REMOVE AND DISPOSE OF EXISTING1.5 MG ELEVATED STORAGE TANK
TEMPORARY WATER SOFTENERTREATMENT SYSTEM (N.I.C.)
EXISTING WATER SOFTENER TREATMENTSYSTEM BUILDING (N.I.C.)
REMOVE AND DISPOSE OF EXISTING VALVE VAULT
REMOVE AND DISPOSE OF EXISTING 6"Ø C.L.D.I.MANUAL DRAIN PIPING, FITTINGS, VALVES, ETC.(NOT SHOWN)
REMOVE AND DISPOSE OF EXISTING 12"Ø C.L.D.I.TANK INLET/OUTLET PIPING, FITTINGS, VALVES, ETC.
12"Ø LINE STOP
EXISTING UNDERGROUND CHLORINE CONTACT LOOP
CUT INTO EXISTING CHLORINE CONTACT LOOP. REMOVEAND DISPOSE OF EXISTING 24"Ø PIPING
REMOVE AND DISPOSE OF EXISTING CHAIN LINK FENCEAND CONCRETE PIERS
REMOVE AND DISPOSE OF EXISTING RISER AND TANKLEG FOUNDATIONS TO 18" BELOW EXISTING GRADE
EXISTING 8"Ø WATER MAIN
STABILIZED CONSTRUCTION ENTRANCEC-103
1
8"Ø LINE STOP
EXISTING 8"Ø VALVE, 12"x8"REDUCER AND 24"x12" REDUCER
EXISTING 24"Ø WATER MAIN, 12"x8" REDUCERAND 24"x12" REDUCER
GRADING & CONTRACT LIMIT LINE
C-1131
STAGING AREA WITH 8' TEMPORARY CHAIN LINK FENCE ENCLOSURE FOR TANKDEMOLITION. SEE SECTION 015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL.
STAGING AREA WITH 8' TEMPORARY CHAIN LINK FENCE ENCLOSURE FOR TANKDEMOLITION. SEE SECTION 015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL.
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017
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Partial Demolition Site Plan1 SCALE: 1" = 30'
PARTIAL DEMOLITIONSITE PLAN
C-102
1. REMOVE BUILDING NO. 160 AS PER SECTION 024116 OFTHE PROJECT MANUAL.
2. CONTRACTOR SHALL PREPARE EXISTING PIPE TRENCHAS REQUIRED TO PROVIDE WATER MAIN, PIPE BEDDINGMATERIAL, BACKFILL, COMPACTION, ETC.
REMOVE AND DISPOSE OF EXISTING 1,500 SQ. FT POLE BARNAND SHALLOW CONCRETE PIER FOUNDATION ELEMENTS.REFER TO SECTION 024116 OF THE PROJECT MANUAL
REMOVE AND DISPOSE OF APPROXIMATELY 720FEET OF EXISTING 8"Ø AND 12"Ø WATER MAIN
PROVIDE TWO LINE STOPS. CUT AND CAP EXISTING8"Ø AND 12"Ø CAST IRON WATER MAINS
REMOVE AND DISPOSE OF EXISTING ANCHOR TEE,HYDRANT ASSEMBLY AND GATE VALVE
PROVIDE 8' TEMPORARY CHAIN LINK FENCE ENCLOSURE. SEESECTION 015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL
STAGING AREA WITH 8' TEMPORARY CHAIN LINK FENCE. SEE SECTION015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL.
STABILIZED CONSTRUCTION ENTRANCEC-103
1
C-1132,3,4,5
MATCH LINE SEE SHEET C-101A A
NOTES:
ABANDONED ELECTRIC LINE
STABILIZED CONSTRUCTION ENTRANCEC-103
1
GRADING & CONTRACT LIMIT LINE
PROVIDE TWO LINE STOPS. CUT AND CAP EXISTING8"Ø AND 12"Ø CAST IRON WATER MAINS
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017
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Partial Site Plan1 SCALE: 1" = 30'
PARTIAL SITE PLAN& DETAIL
C-103
24"Ø C.L.D.I. PIPING
12"Ø C.L.D.I. PIPING
12"Ø 90° BEND
12" GATE VALVE
REMOVE AND DISPOSE OF1.5MG WATER STORAGE TANK
12"Ø C.L.D.I. PIPING
12"Ø 22.5° BEND
12"Ø C.L.D.I. PIPING
(2) 12"Ø 45° BEND
12"Ø 90° BEND
1 NTS (312513.19 NYDC1) - UStabilized Construction Entrance
CONSTRUCTION SPECIFICATIONS
1. STONE SIZE TO BE 2" TO 4".2. LENGTH - NOT LESS THAN 50 FEET (UNLESS INDICATED OTHERWISE ON PLANS).3. THICKNESS - NOT LESS THAN SIX (6) INCHES.4. WIDTH - TWELVE (12) FOOT MINIMUM, BUT NOT LESS THAN THE FULL WIDTH AT POINTS WHERE INGRESS OR EGRESS
OCCURS. TWENTY-FOUR (24) FOOT IF SINGLE ENTRANCE TO SITE.5. PLACE FILTER FABRIC OVER THE ENTIRE AREA PRIOR TO PLACING OF STONE. SEE SPECIFICATION SECTION 312513 FOR
FILTER FABRIC TYPE.6. SURFACE WATER - ALL SURFACE WATER FLOWING OR DIVERTED TOWARD CONSTRUCTION ENTRANCES SHALL BE PIPED
BENEATH THE ENTRANCE. IF PIPING IS IMPRACTICAL, A MOUNTABLE BERM WITH 5:1 SLOPES WILL BE PERMITTED.7. MAINTENANCE - THE ENTRANCE SHALL BE MAINTAINED IN A CONDITION WHICH WILL PREVENT TRACKING OR FLOWING OF
SEDIMENT ONTO PUBLIC RIGHTS-OF-WAY, ALL SEDIMENT SPILLED, DROPPED, WASHED OR TRACKED ONTO PUBLICRIGHTS-OF-WAY MUST BE REMOVED IMMEDIATELY.
8. WHEN WASHING IS REQUIRED, IT SHALL BE DONE ON AN AREA STABILIZED WITH STONE AND WHICH DRAINS INTO ANAPPROVED SEDIMENT TRAPPING DEVICE.
9. PERIODIC INSPECTION AND NEEDED MAINTENANCE SHALL BE PROVIDED AFTER EACH RAIN.
PLAN
ELEVATIONFILTERFABRIC
EXISTINGPAVEMENT
MOUNTABLE BERM(IF REQUIRED)
EXISTINGPAVEMENT
10'M
IN.
10'M
IN.
12'M
IN.
50'MIN.
6"MI
N.
50'MIN.
12'MIN.
2" TO 4" STONE
12' MIN
3"3"
SECTIONFILTER FABRIC
EXISTINGGRADE
EXISTINGGRADE
EXISTINGGRADE
MATCH LINE SEE SHEET C-104A A
STABILIZED CONSTRUCTION ENTRANCE
C-1131
C-1011
EXISTING 8"Ø WATER MAIN
GRADING & CONTRACT LIMIT LINE
24" TEE
(2) 24"Ø SLEEVES
12"Ø C.L.D.I. PIPING
24"x12" REDUCER
12" GATE VALVE
12" TEE
STAGING AREA WITH 8' TEMPORARY CHAIN LINK FENCE ENCLOSURE FOR TANKDEMOLITION. SEE SECTION 015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL.
STAGING AREA WITH 8' TEMPORARY CHAIN LINK FENCE ENCLOSURE FOR TANKDEMOLITION. SEE SECTION 015000, PARAGRAPH 1.08 OF THE PROJECT MANUAL.
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
(2) 12"Ø SLEEVES12" GATE VALVE
REVISED DRAWING11/17/2017
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Partial Site Plan1 SCALE: 1" = 30'
PARTIAL SITE PLANNOTE:
1. CONTRACTOR SHALL PREPARE EXISTING PIPE TRENCHTO INSTALL WATER MAIN INSTALL NEW PIPE BEDDINGMATERIAL, BACKFILL, COMPACTION, ETC.
C-104
MATCH LINE SEE SHEET C-103A A
ASPHALT RESTORATION LIMITS SHALL INCLUDE NEW ELECTRICALCONDUIT TRENCH (BY CONTRACT - E)
CONCRETE FOUNDATION FOR GLASS FUSEDTO STEEL ELEVATED WATER STORAGE TANK
CONCRETE SPLASH BLOCKC-105
4
C-1066
14'-0" x 4'-0" CONCRETE LANDING
45° BEND, TYP. OF 4
12"x6" ANCHOR TEE, TWO (2) GATE VALVES, 6"Ø C.L.D.I. PIPE ANDHYDRANT ASSEMBLY. SAFETY FLANGE ELEVATION SHALL BE 309.8'
CONCRETE DRAIN INLET
6"Ø HDPE DRAIN PIPING. PIPE INLETINVERT = 308.8'
HEADWALL OUTFALL WITH RIPRAP.PIPE OUTLET INVERT = 308'
4'x4' CONCRETE LANDING
C-1057
C-1054
C-1065
C-1061
8' TALL CHAIN LINK FENCE
18' WIDE DOUBLE GATEC-106
1
12"Ø 45° BEND, TYP. OF 2
6"Ø HDPE DRAIN PIPING FROM TRENCH DRAIN
STABILIZED CONSTRUCTION ENTRANCE
GRADING & CONTRACT LIMIT LINE
STAGING AREA WITH TEMPORARY FENCE
STABILIZED CONSTRUCTION ENTRANCEC-103
1
C-1031
1.5 MG GLASS FUSED TO STEEL ELEVATED WATER STORAGE TANK (WATER CAVITY)
NEW TANK ELECTRIC SERVICE (N.I.C.)
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017
2. THE CONTRACTOR SHALL ASSUME NO REOCK REMOVALS WILL BE REQUIRED FOR PIPE TRENCHES.
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Partial Electrical Site Plan1 SCALE: 1" = 30'
MATCH LINE SEE SHEET E-102A A
PARTIAL ELECTRICALSITE PLAN
E-101
NOTES:1. CONTRACTOR SHALL REMOVE AND DISPOSE OF EXISTING BEACON LIGHT CONTROL PANEL, RTU,
CIRCUIT BREAKER, PANELBOARD, INCLUDING ALL WIRING AND CONDUIT BACK TO SOURCE (WATERTREATMENT BUILDING-168)
2. REMOVE AND DISPOSE OF EXISTING LIGHTS, RECEPTACLES, TRANSMITTERS, CONDUIT AND WIRING ATEXISTING TANK VALVE VAULT
3. EXISTING RTU AND ANTENNA SHALL BE RELOCATED TO NEW ELEVATED TANK, ONCE TANK IS PUT INTOSERVICE.
4. THE CONTRACTOR SHALL POWER TEMPORARY WATER SOFTENING TREATMENT SYSTEM PRIOR TOPERFORMING ANY WORK TO NEW WATER SOFTENING TREATMENT SYSTEM. COORDINATE WITHCONTRACT 'P' AS REQUIRED.
5. TEMPORARY POWER SHALL REMAIN ACTIVE UNTIL NEW WATER SOFTENING TREATMENT SYSTEM HASBEEN ACCEPTED BY THE OWNER.
6. UPON ACCEPTANCE OF NEW WATER SOFTENING TREATMENT SYSTEM, TEMPORARY ELECTRICAL CANBE REMOVED.
7. CONTRACTOR SHALL TERMINATE ONE SET OF FEEDERS TO THE SKID CONTROL PANEL. THE SECONDSET OF FEEDERS SHALL BE TERMINATED TO THE 120V RECEPTACLE AND UNIT HEATERS ON THETRAILER. COORDINATE WITH CONTRACT 'P' FOR EXACT TERMINATION LOCATIONS.
8. CONTRACTOR SHALL TERMINATE ONE SET OF FEEDERS TO EACH OF THE REGENERATION PUMP MOTORSTARTERS. COORDINATE WITH CONTRACT - P FOR EXACT TERMINATION LOCATIONS.
EXISTING WATER TREATMENT PLANT.DISCONNECT, RECONNECT AND PROVIDE EQUIPMENT, WIRING,CONDUIT, ETC. TO WATER TREATMENT SOFTENING SYSTEM
STAGING AREA/LOCATION FOR TEMPORARYWATER SOFTENING TREATMENT SYSTEM
(2) SETS OF 2 #12 AWG + #12 AWG GND IN (2) 3/4" E.C. (SEE NOTE #4) + (2) SETS OF 2 #10 AWG + #10AWG GND IN (2) 3/4" E.C., FOR TEMPORARY WATER SOFTENING TREATMENT SYSTEM (SEE NOTE #8)
EXISTING 1.5 MG ELEVATED STORAGETANK TO BE DEMOLISHED (N.I.C)
SEE NOTE #2 & #3
REMOVE AND DISPOSE OF EXISTING BEACON LIGHT CONTROL PANEL,RTU, AND 60 AMP CIRCUIT BREAKER PANELBOARD (SEE NOTE #1)
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017
X
X
X
X
X
XX
XX
X
X
X
X
X
E
E
E
E
E
E
E
E
E
E
E
W
Partial Electrical Site Plan1 SCALE: 1" = 30'
MATCH LINE SEE SHEET E-101A A
PARTIAL ELECTRICALSITE PLAN
E-102
1.5 MG GLASS-FUSED TO STEEL ELEVATED WATER STORAGE TANK (N.I.C.)
GRADING & CONTRACT LIMIT LINE
3 - 4/0 AWG. IN 2 1/2" E.C. (SEE NOTE #1)
NOTES:1. CONTRACTOR SHALL STUB NEW FEEDERS INTO SECONDARY COMPARTMENT
OF TRANSFORMER TR4. TERMINATE NEW FEEDERS TO AVAILABLE BUSS WITHINTRANSFORMER. PROVIDE NEW TERMINATION LUGS AS REQUIRED.
GROUNDROD, TYP.FOR 2
MANHOLECOVER LIP
#4/0 GROUNDLOOP. SUPPORTAND FASTEN TOMANHOLE WALL
NON-METALLICCABLE RACK,TYP., NOTE 1
NOTES:1. NUMBER OF CABLE RACKS SHOWN IS FOR REFERENCE
ONLY. ACTUAL NUMBER OF RACKS MAY VARY PERMANHOLE. CONTRACTOR SHALL PROVIDED A MINIMUMOF 4 CABLE RACKS.
CONDUITPENETRATION
3E2.0
NON-METALLICCABLE ARM, TYP.,NOTE 1
NOTES:1. NUMBER OF CABLE RACK ARMS SHOWN IS FOR
REFERENCE ONLY. ACTUAL NUMBER OF RACK ARMSMAY VARY PER MANHOLE. CONTRACTOR SHALLPROVIDED A MINIMUM OF 4 CABLE RACKS.
FINISHED GRADEH-20 RATEDMANHOLE COVER
NON-METALLICSTANCHION
STAINLESS STEELMOUNTINGHARDWARE, TYP
GROUNDROD, TYP.
SCALE:Electrical Pullbox - Plan View2 N.T.S.
SCALE:Electrical Pullbox - Section View3 N.T.S.
SEE NOTE 1
2. PROVIDE TRENCHING, CONDUIT, CONDUCTORS, TAP CONNECTION FROM TR-4TO NEW TANK PP-1. BACKFILL AND RESTORE DISTURBED AREAS.
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017
WV
W
W
W
W
W
W
W
W
W
E
E
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
W
WW
W
W
Partial Site Plan1 SCALE: 1" = 30'
PARTIAL SITE PLAN
P-101
EXISTING 1.5 MG ELEVATED STORAGETANK TO BE DEMOLISHED (N.I.C.)
REMOVE AND DISPOSE OF EXISTING WATER TREATMENT SOFTENING SYSTEM.WATER TREATMENT SOFTENING SYSTEM IN EXISTING TREATMENT BUILDING
STAGING AREA/LOCATION FOR TEMPORARYWATER TREATMENT SOFTENING SYSTEM
GRADING & CONTRACT LIMIT LINE
Melville, NY • White Plains, NY • New City, NY • Albany, NY • Parsippany, NJ • Howell, NJ
architects+
engineers
REVISED DRAWING11/17/2017