Department of Transportation
for Road and Bridge Construction
This Section describes the requirements for clearing site; clearing site for bridges and other structures; removing underground storage tanks; installing monitoring wells; sealing abandoned wells; and demolishing buildings.
Provide a commercially available basement waterproofing.
- Preparation. Construct SESC measures, as specified in 158.03.02, before clearing site. Before beginning excavation or embankment construction, clear the site within the limits of construction. Clear the ground surface of designated trees, brush, weeds, roots, matted leaves, small structures, debris, and other objectionable material, vegetation, and growth.
- Clearing and Grubbing. In cut sections, grub out tree stumps within the limits of the total cut area. In fill sections, the Contractor may leave tree stumps extending less than 1 foot above the original ground surface in those areas where the proposed subgrade, or proposed finished grade in non-pavement sections, is greater than 3-1/2 feet above the original ground surface. Grub out tree stumps that lie within 5 feet horizontally or vertically from any proposed structure, pipe, or duct.
Do not remove trees, shrubs, and other landscape features that do not interfere with the Work or are designated for preservation. Prevent damage or injury to existing trees, plants, and other vegetation that is to remain within or adjacent to the Project Limits.
At locations adjacent to operations performed by motorized equipment, erect and maintain a 4-foot high caution fence around trees, shrubs, and areas containing vegetation to be preserved.
Backfill and compact depressions in excavation areas that lie below the finished subgrade to finished subgrade using the directed method as specified in 203.03.02.C.
Clear slopes of cuts, embankments, ditches, channels, waterbodies, and structures, both old and new, of brush, hedges, weeds, heavy vegetation, and other objectionable material or growth. Clear to a maximum of 8 feet beyond the top of slopes of roadway excavation and 5 feet beyond the top of slopes of ditches and channels, except do not clear outside ROW.
Conduct clearing and removal activities in areas identified as containing regulated material according to the pre-excavation plans as specified in 202.03.04.1.
Dispose of material and debris as specified in 201.03.09.
- Mailbox and Sign Relocation. Remove and reset residential and commercial mailboxes at locations acceptable to the owners and according to United States Postal Service (USPS) requirements. Notify the USPS before relocating USPS mailboxes.
Remove local street and road signs and reset at locations and in the manner acceptable to local authorities. Ensure that Tourist Oriented Directional Signs and logo signs remain visible to motorists during and after stages of construction. Remove from the immediate work site and safely store existing signs that are to be reset.
- Plugging Pipe. Seal abandoned pipes using concrete. Construct the plugs to a depth equal to the diameter of the pipe or 2 feet, whichever is less.
- Removing Pipe, Inlets, and Manholes. Excavate for the removal of existing pipe, inlets, and manholes as specified in 601.03.01.B. Backfill with excavated material and compact using the directed method as specified in 203.03.02.C. The RE may require use of the density control compaction method as specified in 203.03.02.D, except that the RE may increase the frequency of measurements.
Reuse removed drainage structures as specified in 202.03.07.A. Unless designated for resetting on the Project, dispose of inlet and manhole castings as specified in 201.03.09.
- Removing Sidewalks, Driveways, Curbs, and Gutters. Sawcut full depth at the limits of removal. Remove sidewalks, driveways, vertical curbs, sloping curbs, barrier curbs, and gutters, designated for removal, and reuse as specified in 202.03.07.A. Obtain RE approval of methods to remove barrier curb before beginning work. Repair damage to adjacent pavement courses caused by removal operations.
- Removing Electrical Material and Equipment. Remove existing foundations and junction boxes that are abandoned under the Contract to a minimum depth of 2 feet below the finished grade. Remove foundations or junction boxes that interfere with the installation of a new system and backfill as specified in 203.03.02.C. Reuse concrete from foundations and junction boxes as specified in 202.03.07.A. Dispose of castings as specified in 201.03.09.
Remove other electrical material and equipment that are designated for removal, and dispose of as specified in 201.03.09. Obtain RE approval of methods of removal, and ensure remaining electrical equipment is left undamaged. Salvage and deliver to the Department removed, above-ground electrical material as required.
Submit a demolition plan detailing the methods and equipment to be used to the RE for approval 30 days before demolition operations. Remove the substructures of existing structures to at least 3 feet below the natural stream bottom, and remove those parts outside of the stream to at least 2 feet below natural ground surface. Where such portions of existing structures lie wholly or in part within the limits of a new structure, remove them to accommodate the construction of the proposed structure.
Only the following equipment is permitted for the work:
- Pneumatic or Electric Equivalent Hand Operated Hammers.
- When demolishing concrete not closer than 6 inches to structural members: hammers weighing no more than 90 lbs (exclusive of bit), equipped only with chisel point bits.
- When demolishing concrete within 6 inches of structural members: hammers weighing no more than 30 lbs (exclusive of bit).
- Saw Cutters.
- When cutting concrete within 6 inches of structural members: concrete cutters and concrete saws. While using water in the cutting operation, provide shielding beneath the cutting operation to prevent water leakage. Continuously collect slurry and dispose of as specified in 201.03.09. Ensure that the slurry does not enter the structure or highway drainage system.
- Hydraulic Breakers. Ram-hoe type breakers, hydraulic breakers, and demolition shears may be used with the following restrictions:
- Submit required data to the RE for Department’s analysis of stresses induced to the girders.
- Delineate the centerline and limits of the top flange of girders before the equipment operation.
- Do not use equipment within 6 inches of the delineated flanges.
- Do not pull or twist the reinforcement steel.
- Hydraulic Splitters. Hydraulic splitters.
- Other Equipment. Obtain RE approval before use.
When removing creosote timbers in waterbodies, surround the removal area with absorbent booms in addition to SESC measures. Dispose of absorbent booms as specified in 201.03.09.
Dismantle, with minimal damage, steel bridges and wood bridges that are to be salvaged for the Department as specified in the Special Provisions. Match-mark steel members unless such match-marking is waived by the Department. Remove salvageable material in sections or pieces, and store at specified places within the Project Limits.
Before placing the new work, complete blasting or other operations necessary for the removal of an existing bridge or structure that may damage new construction.
Prevent damage to existing structures designated to remain. If portions of the existing structure scheduled to remain are damaged by removal activities, submit a repair plan to the RE for approval. Repair damaged portions of existing structures according to the approved repair plan.
Submit working drawings for certification for a system to protect vehicular, pedestrian, or railroad traffic or environmentally sensitive areas from falling debris, construction materials, or other objects. Temporary shielding requirements are in addition to forms and falsework required for construction. Design the temporary shielding system to conform to the following:
- Withstands loads of at least 0.8 pounds per square inch, or greater if heavier loads are anticipated or if required by railroads.
- Prevents small particles and dust from escaping the shield.
- Seals the underside of the deck and extends outside of the deck and outside of the fascia stringers to enclose the soffits and parapets.
- If parapet removal or parapet construction is required, provide an outrigging to enclose the soffit and parapet.
- Does not bolt or weld the temporary shielding system to the beams.
- Does not reduce the underclearance of the bridges to less than 14.75 feet over roadways and 22 feet over railroads or as specified in the Contract. If existing underclearance is less than these values, does not further reduce the underclearance. Show elements of the temporary shielding system, including design calculations, and the sequence of operations, and, when applicable, bonding and grounding over electrified rail lines.
Include with the working drawings a plan for removing material, dust, or debris that has fallen into active traffic lanes, railroads, and environmentally sensitive areas.
Install the temporary shielding according to the certified working drawings before performing any construction operations over vehicular, pedestrian, or railroad traffic or ecologically sensitive areas. The RE will not allow the installation of temporary shielding over active traffic lanes and pedestrian areas. When applicable, comply with the railroad's maintenance of traffic requirements, rules and regulations. Remove and reinstall the temporary shielding as required by construction staging. Do not allow dropped materials to accumulate on the temporary shielding, and remove dropped materials promptly. If debris falls from the shielding, promptly clean it up and repair the damage. Do not remove any portion of the shielding without the approval of the RE.
Refer to the Special Provisions for the locations and types of underground storage tanks to be removed.
Excavate test pits as necessary to confirm locations, types, and sizes of underground storage tanks as specified in 202.03.02. Use information gathered from the test pits to complete and submit the NJDEP's “Underground Storage Tank Facility Certification Questionnaire” and “Notice of Intent To Close An UST System.” Upon completion of tank removal, submit a minimum of 1 Site Investigation Report per parcel. Submit copies of Site Investigation Reports to the RE, the Bureau of Landscape Architecture and Environmental Solutions, and the Department's environmental consultant.
Remove and dispose of underground storage tanks and piping systems, sample and analyze soils and water, recycle or dispose of contaminated soils, and install and seal monitoring wells according to N.J.A.C 7:14B and N.J.A.C 7:26E, and Federal, State, and local laws, rules, and regulations, and the following:
- Permits and Approvals. Submit documents to obtain the permits and approvals necessary for this work. Register unregistered tanks that are regulated by N.J.A.C 7:14B.
Submit the “Underground Storage Tank Facility Questionnaire” and “Notice of Intent To Close An UST System” to the RE for review before submitting it to the NJDEP. Obtain NJDEP approval before commencing removal operations.
Notify the RE 45 days before the removal of underground tanks to allow the Department to obtain the EPA Identification Number (EPA ID#) for the tank contents.
Ensure that the waste disposal or recycling facility planned for receipt of the material is properly permitted for acceptance. Submit a copy of the facility permit to the RE 7 days before disposal or recycling.
- Removal Operations. Monitor the site with an explosimeter to indicate the presence and concentration of flammable vapors and gas. If this test reveals that unsafe working conditions exist, notify the RE and immediately suspend removal operations until it is determined that conditions are acceptable for resuming work.
Remove liquids and sludge contained in the underground storage tanks and piping before removing the tanks and associated piping systems from the ground, and dispose of the removed contents according to NJDEP's N.J.A.C 7:26. Avoid leakage from the tanks onto the surrounding soil by properly pumping the contents of the tanks into permitted transport vehicles. If leakage or spillage occurs, immediately notify the RE. Notify the NJDEP's Environmental Action Hotline and the county health department within 15 minutes. Remediate leaks or spillage to the NJDEP's satisfaction according to their investigation and corrective action requirements.
Perform tank removal operations with the least disturbance to the soil surrounding the tanks. Erect caution fence around excavations. Ensure tanks are free of vapors before transporting off-site. Dispose of excavated tanks and piping systems as specified in 201.03.09.
If there is evidence of discharge in the excavated hole, notify the RE and contact the NJDEP's Environmental Action Hotline. Excavate and dispose of petroleum contaminated soil from the limits of the tank removal. Perform field tests to determine the extent of petroleum contaminated soils according to NJDEP requirements and to determine if additional soils must be excavated. Conduct post excavation soil sampling and analysis at the limits of the excavation.
Before backfilling, remove and dispose of contaminated water not associated with ground water. If directed, immediately backfill the excavated hole as required per N.J.A.C. 7:26E and obtain documentation for the quality of the fill. In addition, provide certification stating that it is virgin material from a commercial or noncommercial source or decontaminated recycled soil. Backfill the excavation as specified in 201.03.07.5 but use certified clean fill as noted above.
- Temporarily Storing Excavated Soil. Temporarily store excavated soil in stockpiles as specified in 202.03.03.B. Construct stockpiles on polyethylene sheeting. Locate stockpiles where excavation equipment can place the soil from the excavation directly onto a stockpile.
Segregate material of differing types and degrees of contamination to prevent cross-contamination of materials.
Cover stockpiles with polyethylene sheeting of the same thickness as the underlying polyethylene sheeting. Secure cover polyethylene sheeting in place at all times. Overlap joints in the cover polyethylene sheeting a minimum of 12 inches, and secure the joints. Maintain the cover sheeting, and replace damaged cover polyethylene sheeting as needed.
Provide protection for the stockpile to control the migration of contaminants.
Dispose of excavated material, within 180 days of being stockpiled, as specified in 202.03.08.
Clean equipment used to move excavated material at the end of each working day or before removing the equipment from the Project Limits. Install non-vegetative SESC measures to limit the movement of the excavated material from equipment cleaning areas. Temporarily store the material collected during equipment cleaning in stockpiles.
- Transporting, Recycling, and Disposing of Contaminated Soil. Transport the contaminated soil to an approved recycling or disposal facility.
Sample material as per the recycling or disposal facility requirements. Submit 1 copy of the documentation of the disposal facility's acceptance of the contaminated soil, including the weigh ticket slips, to the RE within 15 days of acceptance at the disposal facility.
Install wells using a NJDEP certified well driller. If directed by the RE, perform ground water sampling and analyses according to N.J.A.C. 7:26E. Upon receipt of RE approval, seal monitoring wells according to N.J.A.C. 7:9-9.1 et seq.
Fill and seal abandoned wells within the limits of clearing site or as shown on the Plans. Fill dug wells as specified in 201.03.07.5. Seal drilled wells according to N.J.A.C. 7:9D et seq. Provide a copy of the well abandonment records submitted to NJDEP to the RE.
If proposing an alternate method to seal the abandoned wells, obtain written approval from the NJDEP and from the RE.
Refer to 108.12 of the Special Provisions for occupied properties and vacation dates and availability dates. Demolish and remove the required buildings in place. Only remove small structures and appurtenances outside the area to be cleared that are designated for removal.
Existing laws, ordinances, and regulations shall govern the parking, loading, and operation of trucks on existing highways or streets.
The Department assumes no responsibility for the condition of the various buildings or loss of fixtures, equipment, materials, or other objects between the submittal of the Proposal and the time of actual possession of the buildings.
On a daily basis, remove and dispose of, as specified in 201.03.09, materials, including fixtures, equipment, debris, and rubbish, and do not store removed materials within the Project Limits. Do not sell materials within the Project Limits.
Where others have removed buildings, arrange to disconnect and terminate remaining utility services. Remove foundation walls and steps to at least 3 feet below ground level. Remove detached buildings and fixtures, wood, and debris from the site and dispose of as specified in 201.03.09.
Remove heating oil tanks according to N.J.A.C. 7:14B and N.J.A.C. 7:26E, and Federal, State, and local laws, rules, and regulations.
Confine demolition operations to the limits shown, and perform work as specified by the following:
- Demolition Safety Plan. Submit a Demolition Safety Plan to the RE for approval, 10 days before demolition. Include the following provisions in the plan:
- Type and location of warning signs, KEEP OUT signs, and barricades.
- Type and location of barrier around operations and openings in the ground.
- Type and location of lights and footway shelter platforms in the vicinity of pedestrian walkways.
- Methods for controlling dust from demolition operations.
Follow the Demolition Safety Plan until the RE approves the removal of protective devices.
For demolition of buildings having more than 3 floors, submit an additional plan to the RE for approval at least 10 days before beginning demolition. Include the demolition methods to be used and methods of protecting adjacent building and structures.
- Utility Disconnections. Before demolishing any building, arrange to disconnect and terminate all utilities and facilities that are connected to the building, as specified by the municipalities and companies owning or controlling them.
If only a portion of an occupied structure is to be demolished, conduct demolition and related operations so that service is not interrupted to the portion of the structure that is not demolished. Where it is necessary to reconnect any facilities to the undemolished portion of the structure, make reconnections permanent.
Notify, in writing, the municipalities and companies concerned when such disconnections, terminations, or reconnections are required and provide copy to RE. Perform this work according to the municipalities and companies standard practices and requirements and under their supervision; otherwise arrange for the work to be performed with their forces.
- Rodent Control and Extermination. Before beginning demolition operations, retain a qualified sanitation inspector to conduct a survey for evidence of current rodent activity. Initiate a control program by a certified pest control operator if the survey indicates that it is necessary.
Apply exterminating materials according to N.J.A.C 7:30, et seq.
At least 10 days before beginning demolition of any structures, the pest control operator shall begin ridding the structure and adjacent areas within the Project Limits of rodents or their carcasses and to prevent their migration to other adjacent areas.
Where there is no competing water supply, the Contractor may use liquid anticoagulant baits at the discretion of the certified pesticide applicator.
Place toxic bait in the form of a 1-pound paraffinized block in each manhole or inlet of storm or combination drains located on the same street as the building to be demolished and within the same block, including the entire intersections of the nearest cross streets. Place bait in suitable locations within the drainage structures, as determined by the pest control operator. Fasten the bait block in its location with wire.
Inspect and renew toxic bait in structures or drains as necessary after initial baiting.
Remove and dispose of carcasses to the satisfaction of the RE.
After the initial treatment and each follow-up inspection, submit a signed statement, from the pest control operator, reporting the amount and type of bait placed in each location and stating the visible results obtained from the rodent control program.
Ensure that the pest control operator is aware of the antidote noted on the rodenticide label.
- Demolition Operations. Before demolishing buildings, remove and dispose of chemicals, miscellaneous cylinders, drums, above ground and underground heating oil tanks, asbestos, and garbage from the building according to applicable Federal, State, and local laws, rules, and regulations. Remove and recycle materials that are required to be recycled by the Federal, State, and local laws, rules, and regulations. Before beginning demolition operations, pump out and clean basements, wells, cesspools, and outbuildings within the areas to be cleared in a sanitary manner. After being disinfected as required by the health authorities, backfill to adjacent ground level as specified in 201.03.07.5.
Maintain wells, cisterns, cesspools, and other openings in the ground outside the area to be cleared without hindering their functionality. Cap well casings securely and permanently as specified in 201.03.06, and cut off and cap pipes leading into or out of the well.
Leave adjacent buildings in a safe condition, and do not deface, mar, or jeopardize them in any way. Repair or restore damaged buildings to the satisfaction of the RE.
Ensure that the phases of demolition are performed within the designated limits and without hazard to adjacent properties or to the public. Do not set any structure on fire.
Do not demolish or disturb chimneys common to adjacent properties other than to give them the necessary support for their continued stability. If necessary, repoint and cap them.
When demolishing a portion of a building, shore, brace, and support the remaining part so that the integrity and support of all remaining walls, floors, roofs, and their supporting members are maintained and continued in such a way that shoring, bracing, and support is outside the ROW. Board up and seal the remaining portion of such a partially demolished building along the ROW, and weatherproof the new closure and its connections to the remaining portion of the severed building. Material for closure shall consist of adequately braced studding of 2 x 4-inch timbers placed no more than 16 inches on center with wood facing, or equal, nailed to the studding and without any holes appearing therein. Cover the wood facing with 2 layers of smooth-finished, 65 pounds per roll, roofing material according to ASTM D 224 and having an overlap of at least 4 inches.
- Backfilling. Backfill and compact subsurface areas including cellars using the directed method as specified in 203.03.02.C. The RE may require compaction using the density control method as specified in 203.03.02.D. Use all available excavated material from within the Project Limits before bringing additional material for backfill to the Project Limits. If sufficient material is not available, backfill with I-14 soil aggregate. If excavated material or I-14 soil aggregate are recycled material, place the recycled material at least 2 foot above the water table.
Ensure backfilling and grading establishes proper drainage. Before placing the first lift, break existing cellar floors and other surfaced areas into pieces having areas of less than 4 square feet with well-defined cracks through the full depth of the floors, or make holes of more than 1 square foot area through the floors on approximately 10-foot centers to provide vertical drainage. Remove wooden cellar floors.
Clean, point, and apply 2 coats of waterproofing material to party wall foundations before backfilling against. If necessary, grade around the ground surface to eliminate water pockets.
Backfill and level cellars and all other subsurface spaces to the adjacent ground elevation.
Refer to the Special Provisions for asbestos removal requirements.
Dispose of or recycle removed materials and debris according to Solid Waste Management Act (N.J.S.A. 13:1E-1) and N.J.A.C 7:26 et seq. and according to the solid waste management plan developed by the solid waste management district of origin. Submit proper documentation from the disposal facility to the RE and the county of origin within 15 days of acceptance at the disposal facility.
|The Department will measure and make payment for Items as follows:
|| LUMP SUM
||CLEARING SITE, BRIDGE (___)
||CLEARING SITE, STRUCTURE (___)
||CLEARING SITE, TANK REMOVAL
||DISPOSING and recycling OF CONTAMINATED SOIL - Tanks
||POST EXCAVATION SOIL SAMPLING AND ANALYSES
||COMPOSITE SOIL SAMPLING AND ANALYSES
||GROUND WATER SAMPLING AND ANALYSES
||SEALING OF ABANDONED WELL
||Demolition (___), Parcel (___)
||Removal of Asbestos (___), Parcel (___)
A unit of Post Excavation Soil Sampling and Analyses is each sample collected and analyzed. The Department will not include payment for post excavation soil sampling and analysis in Clearing Site, Tank Removal. The Department will make payment for post excavation soil sampling and analysis under post excavation soil sampling and analyses. The Department will make payment upon receipt of a copy of sampling log, chain of custody form, and analytical report.
A unit of Clearing Site, Tank Removal is each tank removed. The Department will not make payment without the Site Investigation Report and tank disposal receipt.
A unit of Composite Soil Sampling and Analyses is each composite sample collected and analyses performed. The Department will not include payment for composite soil sampling and analysis in Monitoring wells. The Department will make payment for composite soil sampling and analysis under Composite Soil sampling and analysis. The Department will make payment for a unit upon receipt of a copy of sampling log, chain of custody form and analytical report.
A unit of Groundwater Sampling and Analyses includes sampling and analyses at each point sampled. The Department will not include payment for ground water sampling and analysis in Monitoring wells or Clearing Site, Tank removal. The Department will make payment for ground water sampling and analysis under ground water sampling and analysis. The Department will make payment for a unit upon receipt of a copy of sampling log, chain of custody form and analytical report.
The Department will reduce payment for Demolition of Buildings or Removal of Asbestos accordingly by the deletion of any building as listed in the Supplement for Analysis of the Lump Sum Price Bid attached to the Proposal.
This Section describes the requirements for stripping, excavating, removing pavement, reusing excavated material for backfill and embankments, and disposing of excess material.
|Provide materials as specified:
||Coarse Aggregate (No. 57, or 67)
||Topsoil Stabilization Matting
Before beginning the operations, obtain the RE's approval for stripping operations scheduled between November 15 and March 1. The RE will base approval on the Contractor's alternate method for stabilizing disturbed areas when seeding is not feasible due to seasonal constraints.
Strip vegetation and underlying soil to a depth of 4 to 6 inches below the existing ground surface. Confirm the thickness of stripping with the RE based on field conditions. Temporarily store in stockpiles, as specified in 202.03.03.B, stripped material including excess that is determined suitable for the future use of the Department. The Department will sample and analyze stripped material in stockpiles to determine suitability for use as topsoil. Store suitable stripped material within the Project Limits until placement. Reuse or dispose of unsuitable stripped material as specified in 202.03.07.
Before beginning Construction Operations, locate existing subsurface structures and utilities that may be affected by or interfere with the proposed construction. Obtain utility locations as specified in 105.07. If directed by the RE, excavate to obtain the utility location.
Excavate as specified in 202.03.03 and as directed by the RE. Excavate test pits or portions of a test pit by hand when in close proximity to utilities or when directed. Backfill test pits with excavated material in 6-inch lifts, and compact using the directed method as specified in 203.03.02.C.
202.03.03 Excavating Unclassified Material
- Excavating. The Department, as the generator, is solely responsible for the designation of excavated material. Unclassified excavation consists of excavation and management of material of whatever nature encountered, except for regulated material, pavement removal and acid producing soil.
Excavate using equipment and methods that remove material to the specified excavation limits without disturbing the material outside of the excavation limits. While excavating, protect facilities and structures from damage and disturbance. Ensure that material outside excavation limits is not disturbed. If any material outside the excavation limits becomes disturbed, restore the area as directed by the RE. Excavate and grade to ensure proper drainage.
Do not excavate more than 15 feet in depth without stabilizing the slope either by temporarily seeding and mulching, or by topsoiling, permanently seeding, and mulching as specified in 806.03.01. Submit alternate methods for stabilizing slopes when seeding is not allowable due to seasonable constraints. Obtain RE approval of alternate methods before beginning embankment construction. Repair damaged seeded areas as specified in 806.03.01.
Notify the RE if excavation to the finished grade section results in unstable subgrade or slopes. Obtain RE approval before removing unstable material and backfilling the area with suitable material. Backfill with excavated material and compact using the directed method as specified in 203.03.02.C.
If a slope failure develops during excavation, immediately cease operations. Determine the limits of unstable material, and start backfilling immediately. Once the slope has been stabilized, resume excavation by RE approved methods.
The RE will check elevations of the roadbed subgrade as specified in 202.03.03.C. Ensure that the elevation is within ±1/2 inch of the specified elevation.
Use excavated material on the Project, as directed by the RE, or as specified in 202.03.07.
- Wet Areas. If required, submit a dewatering plan including method of dewatering and controlling sediment and contaminants from entering adjacent waterbodies, wetlands, and environmentally sensitive areas. Obtain RE approval for dewatering operations before beginning the work. Excavate wet areas down to firm bottom within the lateral limits. Test the bottom of the excavation area at frequent intervals as the excavation progresses, by taking soundings, samples, or other tests, to determine when firm bottom is reached. The Department may require the Contractor to take additional borings or samples to determine if unsuitable material remains or is entrapped within the excavation limits.
Excavate using equipment and methods \to the specified elevation without disturbing the material below that elevation. If the methods and equipment disturb the material below the specified elevation, immediately stop operations. Resume excavation using alternate methods and equipment as approved by the RE.
The RE may allow the use of dikes, well points, or other means for dewatering the excavation areas if cofferdams are not shown on the Plans. If permits are required for this work, submit a copy of approvals, as specified in 107.01.02, to the RE before proceeding with the work.
- Foundation and Bridge Areas. Excavate for footings to the limits shown in the plans causing minimal disturbance to the remaining embankment. If the underlying material is disturbed, compact it using the directed method as specified in 203.03.02.C. Backfill and compact the remaining excavated area using the density control method as specified in 203.03.02.D. Restore the embankment to the final section.
Remove boulders or rock fingers projecting into the bottom of the excavation to a minimum depth of 6 inches below the bottom of footing. Backfill the space with coarse aggregate, and compact it using the directed method as specified in 203.03.02.C.
In areas where the footing rests partly on soil and partly on rock, excavate the rock to 2 feet below the footing. Backfill the space with coarse aggregate, and compact it using the directed method as specified in 203.03.02.C.
In areas where the footing rests entirely on rock, excavate to a firm, level, roughened surface. Clean out seams, and fill them with concrete or mortar before placing concrete for foundations.vIf shale is encountered at the bottom of the footing and the footing is not poured the same day, leaving the shale exposed to air or water, undercut the shale at least 4 inches. Seal the undercut with the same class of concrete as the overlying footing to the bottom of the footing elevation, and provide a rough finish.
If during the course of the excavation, rock is shattered below the foundation elevation, remove the shattered rock and fill the void with the same class of concrete as the overlying footing.
The RE may order, in writing, changes in dimensions or elevation of footings as necessary to secure an acceptable foundation.
After completing the excavation to the elevation of the bottom of the footing, obtain the RE's approval before beginning footing construction or placement of coarse aggregate.
When specified, place coarse aggregate following the completion of the excavation. Shape the material on which the coarse aggregate is to be placed to an even surface. Place coarse aggregate in 6-inch lifts and compact using the directed method as specified in 203.03.02.C.
- Rock Areas. The Contractor may remove entire boulders extending beyond the specified limits of excavation. Backfill and compact space created outside the specified limits by such boulder removal using the directed method as specified in 203.03.02.C. Ensure that undrained pockets are not left in the surface of the rock.
After completing the excavation of each lift of rock slope construction and before beginning the next lift, scale the completed slopes to remove loose rock fragments. The RE will examine rock slopes during the excavation to identify possible unstable conditions and to determine the need for stabilization. Provide assistance and equipment necessary for such examination.
If it is determined that in-place stabilization is required, use rock bolting or other stabilization techniques as directed. Before drilling and blasting, remove existing overburden to the top of rock. Take necessary precautions in drilling and blasting operations to preserve the rock remaining in the specified finished slope in a natural undamaged condition. Conduct blasting operations according to the following:
- Blasting Plan. Submit a blasting plan at least 14 days before commencing drilling and blasting operations and before each subsequent shot thereafter. Include the full details of the drilling and blasting patterns and controls to be used for both the presplitting and production blasting. Additionally, include the following minimum information:
- Station limits of proposed shot.
- Plan and section views of proposed drill pattern, including free face, burden, blasthole spacing, diameters and angles, lift height, and subdrill depth.
- Loading diagram showing type and amount of explosives, primers, initiators, and location and depth of stemming.
- Manufacturers' data sheets for explosives, primers, and initiators to be employed.
- Initiation sequence of blastholes including delay times and delay system.
- Planned security measures for storage of explosives.
- Safety plan for personnel and public.
- Copy of blasting license.
- Name and qualifications of blasting supervisor.
The blasting plan submittal is for quality control and record keeping purposes. A review of the blasting plan does not relieve responsibility for the accuracy and adequacy of the plan when implemented in the field.
- Blasting Test Sections. Before commencing full-scale blasting operations, demonstrate the adequacy of the proposed blasting plan by drilling, blasting, and excavating short test sections, up to 100 feet in length, to determine which combination of method, hole spacing, and charge works best. The RE may direct additional test sections when field conditions warrant.
Conform to the requirements for controlled and production blasting operations when blasting in conjunction with the test shots.
Do not drill ahead of the test shot area until the test section has been excavated and the results evaluated. If the results of the test shots are unsatisfactory, revise methods to achieve the required results. Unsatisfactory test shot results include an excessive amount of fragmentation beyond the shown lines and grade, excessive flyrock, or violation of other requirements.
If, at any time during the progress of the work, the methods of drilling and blasting do not produce the desired result of a uniform slope and shear face, within the tolerances specified, drill, blast, and excavate in short sections, not exceeding 100 feet long, until a technique is arrived at that produces the desired results.
- Safety. Handle explosive materials and conduct blasting operations as specified in 105.10. Use only standard explosives, blasting agents, detonating cord, delays, blasting caps, and other blasting accessories prepared and packaged by explosive manufacturing firms.
Restrict access to the entire blast area for a minimum of 5 minutes following a blast to guard against rock fall before commencing work in the cut.
The RE will prohibit or halt the blasting operations if it is apparent that through the methods being employed, the required slopes are not being obtained in a stable condition, or the safety and convenience of the traveling public is being jeopardized.
- Methods of Drilling and Blasting.
- Presplitting. Presplitting is a controlled blasting method for constructing a shear plane along a specified cut slope through the controlled use of explosives and accessories in properly aligned and spaced drill holes.
After removing the overburden and weathered rock, drill slope holes for presplitting along the line and in the plane of the cut slope. Drill slope holes between 2-1/2 and 3 inches in diameter. Control operations to ensure that the drill holes do not deviate from the plane of the slope by more than 6 inches and do not deviate within the plane of the slope by more than 6 inches.
Ensure that the drilling equipment for drilling the presplit holes has mechanical devices affixed to accurately determine the angle at which the drill steel enters the rock. The RE will not allow presplit hole drilling if these devices are either missing or inoperative. Do not space slope holes more than 3 feet on centers, and adjust spacing as required to produce a uniform and stable shear plane between slope holes. Under certain conditions, to produce a uniform and stable shear plane, the RE may also require auxiliary holes, which are identical to the slope holes but are not loaded with explosives.
The Contractor may extend the length of the slope holes to the full depth of the cut, to a maximum of 50 feet, if hole alignment is maintained. Otherwise, drill and blast slope holes in lifts. If presplitting in lifts, the RE will allow a maximum offset of 6 inches to accommodate the drill head. Arrange lifts so that the toe of the finished cut slope coincides with the toe of slope. Before placing explosives or blasting agents, ensure that the hole is free of obstructions for its entire depth.
Provide explosives for use in presplit holes with a maximum diameter less than 1/2 the diameter of the presplit hole, and ensure that explosives do not touch the side of the hole. Use only standard explosives manufactured especially for presplitting in presplit holes, unless otherwise approved. Do not load bulk ammonium nitrate and fuel oil in the presplit holes.
Use an amount of explosives in the presplit hole that produces the shearing without causing overbreak. Ensure that the top of the load is far enough below the collar to avoid overbreak at the surface. Extend the detonator cord downline from the collar to the bottom of the bore hole and from the collar to the detonator trunkline or electric blasting caps. Prime the explosive charge according to the recommendations of the manufacturer of the commercial explosive or blasting agent.
If using fractional portions of standard explosive cartridges, firmly affix them to the detonating cord so that the cartridges do not slip down the detonating cord or bridge across the hole. Do not space fractional cartridges along the length of the detonating cord farther than 30 inches on center. Adjust spacing to give the desired results.
Assemble continuous column cartridge type of explosives used with detonating cord, and affix them to the detonating cord according to the explosive manufacturer's recommendations. Provide a copy of these instructions to the RE.
The Contractor may make the bottom charge of a presplit hole larger than the line charges but not so large as to cause overbreak. Place the top charge of the presplitting hole far enough below the collar, and reduce the charge sufficiently, to avoid overbreaking and heaving.
Stem the upper portion of presplit holes, from the topmost charge to the hole collar. Stemming materials shall consist of drill cutting or 3/8-inch clean stone chips.
The Contractor does not need to stem below the topmost charge unless the Department determines that the rock is very seamy and incompetent, in which case, the Contractor may need to full stem such zones.
The Contractor may detonate presplit holes instantaneously or on short delays between each hole. Ensure that delay detonating does not exceed 25 milliseconds between holes. Detonate presplit holes before detonating any production holes.
Extend presplitting a minimum of 50 feet ahead of the production blasting limits, but not more than 100 feet beyond the exposed presplit face.
- Production Blasting. Production blasting is a method of drilling and blasting to produce a high degree of fragmentation of the rock mass to be excavated.
Drill the adjacent line of production holes inside the presplit lines so as to avoid damage to the presplit face. If necessary, the Contractor may drill the first line of production holes parallel to the presplit face to reduce overbreak of this face.
The Contractor may vary hole diameter, spacing, delay patterns, explosives, blasting agents, and other variables to obtain a fragmentation acceptable to the RE, provided that the existing presplit face is not damaged.
- Temporarily Storing. Temporarily store soil in stockpiles in well-drained areas no closer than 50 feet from streams, wetlands, floodplains, other waterbodies, and as shown on the Plans. Construct stockpiles on polyethylene sheeting. Overlap joints in the underlying polyethylene sheeting a minimum of 12 inches. Contain stockpiles with haybales or silt fence placed continuously at the perimeter of the stockpiles. Construct stockpiles to heights not exceeding 15 feet and with side slopes no steeper than 2H:1V. Segregate material of differing types and levels of contamination depending on reuse or disposal.
Protect and maintain the stockpile and embankment until reuse or disposal. Provide protection for the stockpile to control the stormwater run-off, erosion, and unauthorized contact. Where the material in the stockpile is saturated, pitch the bottom polyethylene sheeting towards a discharge basin to collect water drained from the stockpile. Manage the collected water in the same manner as that generated during dewatering operations.
Maintain the polyethylene sheeting or replace it as needed for as long as the stockpile remains. Periodically inspect stockpiles to ensure that material is not released into the surrounding environment.
When temporarily storing soil is not possible within the Project Limits, the Contractor may temporarily store soil at a site provided by the Contractor outside the Project Limits as approved by the RE and meeting the requirements of 105.08 and 108.04.
If the stockpile remains exposed for more than 15 days, temporarily seed, as specified in 806.03.01, and mulch stockpiles as specified in 809.03.01 or 809.03.02.
When the stockpile is removed, restore the area to the original condition.
- Measuring Elevation. Using Contractor established grade stakes set outside the pavement box and at breaklines, the RE will check elevations within the roadbed limits using a stringline drawn taut between these stakes. Ensure that grade stakes indicate the vertical cut or fill measurement referenced to the finish grade. The RE will check elevations longitudinally every 50 feet and transversely at the edges, breaklines, and the center of each lane and shoulder. The RE may direct additional grade stakes in areas with rapid changes in grade so that intermediate longitudinal checks can be made.
The Department, as the generator, is solely responsible for the designation of excavated material. Regulated material excavation consists of excavation and management of material of whatever nature encountered that is classified as regulated or hazardous in the NJDEP Solid Waste Regulations, N.J.A.C 7:26-1 et seq. or N.J.A.C 7:26-8.
Areas of known regulated material are identified on the Plans. Handle regulated material according to applicable Federal, State, and local laws, rules, and regulations; and as specified herein. Dispose of regulated material as specified in 202.03.08.
- Pre-Excavation Plans. Submit 4 copies of the following plans to the RE 30 days before beginning construction operations. Update and resubmit plans to identify changes in the condition or operation of the Work. If the Contractor fails to follow the pre-excavation plans, the RE will suspend the Work.
- Site-Specific Health and Safety Program (HASP). Perform a hazard assessment of each proposed work task, and make independent evaluations regarding the appropriate level of health and safety requirements.
Employ a Certified Industrial Hygienist (CIH) or Certified Safety Professional (CSP) to develop and oversee the Site-Specific HASP. The CIH/CSP shall prepare the Site-Specific HASP to protect the Contractor's employees, the subcontractor's employees, the Department's employees and consultants, and the public from contamination present in the areas requiring excavation as shown on the Plans. Ensure that the Site-Specific HASP complies with Federal, State, and local laws, rules, and regulations, including the health and safety requirements of OSHA 29 CFR 1910 and 29 CFR 1926. Implement the Site-Specific HASP, as approved by the RE, at the beginning of construction operations.
Ensure that the CIH/CSP reviews site-specific data and addresses the proposed activities to the level of detail needed to ensure that site-specific data, appropriate regulations, and a description of the site conditions are incorporated into the Site-Specific HASP.
Describe workplace and emergency procedures so that the Project is constructed in a safe manner. The Site-Specific HASP shall govern all facets of the Project and encompass the activities of all persons who enter or work on the Project. Incorporate procedures that conform to Federal, State, and local laws, rules, and regulations pertaining to employee working conditions where appropriate, National Institute for Occupational Safety and Health, OSHA, USCG, EPA, and NJDEP.
Include requirements for a health and safety coordinator to monitor the working conditions during excavation procedures and during the handling of regulated material to ensure conformance with the approved Site-Specific HASP. The CIH/CSP shall evaluate the need for air monitoring during excavation and loading operations of regulated material. If deemed necessary, the CIH/CSP or an assigned coordinator, suitably trained and approved by the CIH/CSP for the work required, shall implement the air monitoring program. The CIH/CSP shall include in the Site-Specific HASP applicable training and qualifications documentation for each health and safety coordinator.
The Contractor shall provide initial and annual training and medical monitoring for Contractor employees scheduled to work in or with regulated material and, per the RE's request, up to 10 Department employees or their authorized representatives as specified in OSHA 29 CFR 1910. Provide the initial training for State employees or their authorized representatives 30 days before excavating.
- Materials Handling Plan. Develop a Materials Handling Plan (MHP) for regulated material encountered, moved, and disposed of or recycled during construction. Ensure the MHP includes the following:
- Techniques to be used in managing regulated material to protect adjoining properties and workers and visitors to the Project Limits against exposure to regulated material and to prevent release of regulated material to the environment.
- Standard operating procedures for excavation, stockpiling, transporting, measurement, and disposal of regulated material.
- Current receiving facility certification and permits.
- Qualifications of the licensed hauler.
- Proposed routes to receiving facilities and weighing facilities.
- Waste characterization forms.
- A sampling and analysis protocol for characterizing the regulated material for on-site reuse and off-site disposal. Include the name, address, and telephone number of the contact for the proposed environmental laboratory and the name and experience of the proposed environmental sampling technician. The proposed environmental laboratory and proposed environmental sampling technician are subject to the RE's review and approval.
- Requirements of the receiving facility to accept the regulated material.
Implement the MHP, as approved by the RE, at the beginning of excavation. Perform planning, administrative, and control functions required to implement the MHP.
- Pollution Prevention and Control Plan. Develop a Pollution Prevention and Control (PPC) Plan describing the methods of preventing discharge of regulated stormwater, ground water, sediments, and free product during stormwater control, excavation, and dewatering operations. Prepare the PPC Plan according to Federal, State, and local laws, rules, and regulations relative to regulated discharges. Implement the RE approved PPC Plan before beginning excavation.
Detail methods, personnel, equipment, and reporting requirements on how to discharge regulated stormwater, groundwater, sediments, and free product during stormwater control, excavation, and dewatering operations into a dewatering basin, storm/sewer system, or other approved system. Specify methods and equipment for collecting, pumping, treating, monitoring, and disposing of liquids generated by stormwater control. Specify measures to prevent stormwater run-on and runoff and measures for dewatering of excavations, dewatering of sediments, decontaminating personnel and equipment, and storing fuels and chemicals. Include detailed water collection, treatment, monitoring, discharge activities, and reporting requirements. Provide daily construction reports to identify water collection, treatment, monitoring, and discharge activities; personnel and equipment; and relevant quantities. When dewatering in areas of petroleum contamination, provide an oil-water separator with the dewatering basin or sediment control tank as specified in 158.03.02.
- Excavating. Excavate regulated material as specified in 202.03.03 and as shown on the Plans.
- Temporarily Storing. Temporarily store regulated or hazardous material in stockpiles within the Project Limits and as shown on the Plans. Construct stockpiles on polyethylene sheeting. Contain stockpiles with haybales or silt fence placed continuously at the perimeter of the stockpiles. For hazardous material, if a stockpile area is not available within the Project Limits, sample and analyze materials in-situ for disposal. Excavate and place the hazardous regulated material directly into trucks, and haul it directly to the approved disposal facility.
Cover stockpiles with polyethylene sheeting. Secure the cover in place at all times. Overlap joints in the polyethylene sheeting a minimum of 12 inches, and place securing materials along the joints. Maintain the cover, and replace damaged polyethylene sheeting as needed.
Clean equipment used for the movement of excavated material at the end of each working day or before removing it from the Project Limits. Install non-vegetative erosion control features to limit the movement of the excavated material from equipment cleaning areas. Temporarily store the excavated material from equipment cleaning in stockpiles.
If regulated material is not designated for reuse on-site, dispose of regulated material within 180 days of being stockpiled as specified in 202.03.08.
Do not reuse hazardous regulated material. Dispose of hazardous regulated material as specified in 202.03.09 within 90 days of being stored in stockpiles.
- Sampling and Analysis. Collect, transport, and analyze environmental samples required for facility acceptance of the material. Perform sampling, testing, and inspections conducted in areas containing regulated material according to the Site-Specific HASP.
Perform sampling, testing, and data management procedures according to NJDEP Field Sampling Procedures Manual, NJDEP Technical Requirements for Site Remediation, NJDEP Management of Excavated Soils Guidelines, Appendix 1 of the NJDEP Waste Classification Form, and EPA requirements.
Do not sample or analyze any part of the Project Limits for purposes of re-delineating designations of excavation.
- Document Control. Provide the following items:
- Soil/Sediment Usage Tracking Log. Complete a tracking log for each working day involving excavation, stockpile, transport, and disposal of regulated material. Monitor and record the following information on the tracking log:
- Location maps showing excavation and placement, including depth, of material.
- Type, volume, and characteristics of regulated material removed.
- Names and signatures of personnel responsible for preparing and executing the tracking log.
Submit copies of daily tracking logs to the RE on a weekly basis.
- Materials and Handling Reports. Submit weekly reports to the RE documenting the excavation, stockpiling, sampling, off-site management, and on-site placement of regulated material. Indicate the location and dates of excavation, stockpiling, sampling, off-site management, and on-site placement of regulated material. Explain changes to or variations from the MHP. Additionally, include dates of planned excavation, sampling, and off-site management of regulated material for the coming months.
Provide a final report documenting the management of regulated material, including the location and dates of excavation, stockpiling, sampling, off-site management, and on-site placement of regulated material. Include plans depicting placement of regulated material. Submit 4 copies of the final report to the RE within 30 days of completing excavations of regulated material, off-site management of regulated material, and embankment/ backfill operations reusing regulated material.
- Sampling Logs and Analytical Reports. Submit to the RE 2 copies of the sampling logs, chain of custody, and analytical reports after each soil analysis is performed within 10 days of analysis.
- PPC Logs. Maintain a PPC log for water collection, monitoring, and handling activities, and make the log available to the RE upon request. In the PPC log, note daily water removal, treatment and discharge volumes, effluent sampling activities and results, discharge or spill incidents, and sampling and reporting activities.
202.03.05 Excavating Acid Producing Soil (APS)
The Department, as the generator, is solely responsible for the designation of excavated material. Acid producing soil (APS) excavation consists of excavation and management of high acid producing soil, with a pH below 4.0 or soil containing iron sulfides. Areas of known APS are shown on the Plans. Dispose of APS as specified in 202.03.07.B.
- Pre-Excavation Plans. Submit a Materials Handling Plan as specified in 202.03.04.1.
- Excavating. Excavate APS material as specified in 202.03.03 and as shown on the Plans.
- Temporarily Storing. Temporarily store APS in separate stockpiles as specified in 202.03.03.B within the Project Limits and as shown on the Plans. Construct stockpiles on polyethylene sheeting. Contain stockpiles using silt fence, haybales, or other non-vegetative erosion control features to limit movement of soil and possible acidic runoff. Cover stockpiles with polyethylene sheeting. Secure and maintain cover in place. Overlap joints in the polyethylene sheeting a minimum of 12 inches, and place securing materials along the joints. Maintain the cover, and replace damaged polyethylene sheeting as needed. Ensure that no stockpile is left uncovered and exposed to the air or precipitation for more than 8 hours to minimize oxidation
Clean equipment used for the movement of APS at the end of each working day and before removing it from the Project Limits to prevent spreading of APS to other areas within the Project Limits and to prevent tracking APS off-site. Install non-vegetative erosion control features around the equipment cleaning area to limit the movement of the APS and possible acidic runoff. Temporarily store the APS from equipment cleaning in the APS stockpile.
- Sampling and Analysis. Test stockpiled soil at a NJDEP certified laboratory for APS according to the NJDEP Technical Manual for Stream Encroachment. Within 10 days of stockpiling, submit 3 copies of the results to the RE.
- Acid Soil Remediation. When reusing excavated APS as backfill or embankment in areas to be vegetated, place APS at the bottom. Remediate the soil by covering the APS with a layer of pulverized limestone applied at a rate of 6 tons per acre (or 275 pounds per 1000 square feet) of surface area, and as follows:
- Where establishing turf, cover the limestone layer with a minimum of 12 inches of compacted soil with a pH of 5 or more.
- Where planting trees or shrubs, cover the limestone layer with a minimum of 24 inches of compacted soil with a pH of 5 or more.
- Do not place APS within 24 inches of a slope or bank surface (such as berms, stream banks, ditches, etc.) or structure to prevent potential lateral leaching.
Immediately following remediation, place topsoil, fertilizer, seed, and mulch over APS not under pavement for permanent erosion control. Dispose of excess APS as specified in 202.03.07.B.
- Document Control. Perform document control as specified in 202.03.04.5, except that PPC logs are not required.
Before removing HMA, concrete, or composite pavement, wet sawcut. Wet sawcut joint areas and overlying HMA courses full depth parallel to the centerline of the joint for the width designated. Use a saw capable of providing a neat cut for the full depth in a single pass.
Do not use equipment that involves a ball, weight, or punch to break or remove the concrete within 5 feet of a transverse joint or within 3 feet of any structure or pavement that is to remain in place. Break up or remove the concrete within restricted areas so as not to damage the adjacent joint structure, pavement, or other structure that is to remain.
Contain debris from the breaking of concrete base and concrete surface courses within the work site. Use necessary containment devices to protect adjacent vehicular or pedestrian traffic from flying debris. Reuse or dispose of material as specified in 202.03.07.
- Reuse. Before using other excess materials, reuse regulated material as shown on the Plans or with RE approval.
The Contractor may use excavated material, if the requirements specified in 901.11 are met, to construct Items requiring soil aggregates. Submit written notification at least 15 days before reuse.
With approval, reuse excavated soil to widen or flatten slopes of embankment, to fade embankments into cuts, or as approved at other locations.
The Contractor may reuse broken concrete, HMA pieces, and millings in the lower portion of I-14 soil aggregate. Spread out pieces in layers, with the pieces lying flat and not arching, with spaces between the pieces filled with soil. Use pieces with a maximum individual size of 2 cubic feet, with a 2-foot maximum dimension on any side. Do not place the broken concrete, HMA pieces and milling within 2 feet of the final subgrade, less than 2 feet above the highest seasonal high ground water table or within 2 feet of any underground utility. Compact material using the directed method as specified in 203.03.02.C.
Dispose of excavated material that will not be reused as specified in 202.03.07.B.
- Disposal. Dispose of excess regulated material as specified in 202.03.08. Dispose of excess APS at approved landfills according to applicable Federal, State, and local laws, rules, and regulations. For excavation not designated as regulated material or APS, provide the following before removing the excess excavation from the Project Limits.
- At least 10 days before disposing, submit the disposal procedure and location to the RE for approval. Do not dispose of excavation on property proposed to be or used for parks, playgrounds, and other recreational purposes; educational facilities; environmentally sensitive areas such as wetlands; historic sites; or within sight of a State highway during all seasons.
- On a Department provided form, obtain the property owner's notarized authorization of the acceptance of the excess material and where it is being placed.
Once material leaves the Project Limits, the Contractor is responsible for ensuring that the handling procedures, placement method, and disposal location are according to applicable Federal, State, and local laws, rules, and requirements, including permits that may be issued for the Project. If the disposal of excess material results in a violation notice from any governmental authority, immediately correct the violation. Indemnify and defend the Department for any violation incurred, penalty assessed, or any claims, suits, losses, demands or damages of whatever kind or nature arising out of, or claimed to arise out of, the improper disposal of excess materials.
If the Contractor does not correct the violation to the satisfaction of the governmental authority that issued the violation notice, the Contractor is responsible for assessed penalties including costs incurred by the Department to remedy the violations.
Dispose of other material or debris as specified in 201.03.09.
Load, transport, and dispose of regulated material that the RE determines to be excess, unusable, or unsuitable for the Project according to Federal, State, and local laws, rules, and regulations and as specified in 202.03.07.B. Pay fees associated with removal and disposal of regulated materials.
Submit the results of material sampling and analysis, waste facility applications and acceptance documentation, and fee payment requirements to the RE at least 15 days before planned removal of regulated material. Submit to the RE a bill of lading for each truckload of regulated material removed from the Project Limits. Ensure that the bill of lading and waste manifest include the following information:
- Transport subcontractor name, address, permit number, and telephone number.
- Type and quantity of material removed.
- Weight of vehicle with weigh slip.
- Recycling or disposal facility name, address, permit number, and telephone number.
- Date removed from the Project Limits.
- Signature of transport vehicle operator.
The RE will sign the bills of lading for the Department as the generator of the Project Limits. Submit 1 copy of the bill of lading to the RE by the end of each working day that the transport vehicle leaves the site.
The licensed hauler shall transport the regulated material to the disposal/recycling facility with no unauthorized stops in between, except as required by regulatory authority. The hauler shall use appropriate vehicles and operating practices to prevent spillage or leakage from occurring during transport. Remove excess soil adhering to the wheels or under carriage of the vehicles before leaving the Project Limits. If soil or water escapes to the public roads, immediately clean the road to restore it to the original condition and immediately notify the RE. Do not transport regulated material over public roads if they contain free liquid or are sufficiently wet to be potentially flowable during transport.
Submit 1 copy of the documentation of the disposal facility's acceptance of the regulated material, including the weight ticket slips, to the RE and the county of origin within 15 days of acceptance at the disposal facility.
Immediately submit written notification to the RE if problems arise, regarding the facility chosen to accept the regulated material for off-site management, that would require the return of waste, or if the chosen facility has violated any environmental regulation that may result in regulatory enforcement action. Propose an alternate disposal facility, and obtain the RE's written approval of off-site management at such facility.
Load, transport, and dispose of hazardous regulated material for the Project according to Federal, State, and local laws, rules, and regulations and as specified in 202.03.07.B. Pay fees associated with removal and disposal of hazardous regulated materials.
Submit the results of material sampling and analysis, waste facility applications and acceptance documentation, and fee payment requirements to the RE at least 15 days before planned removal of hazardous regulated material. For each truckload of hazardous regulated material removed from the Project Limits, submit to the RE a bill of lading and waste manifest that include the following information:
- Transport subcontractor name, address, EPA ID number, and telephone number.
- Type and quantity of material removed.
- Weight of vehicle with weigh slip.
- Recycling or disposal facility name, address, permit number, and telephone number.
- Date removed from the Project Limits.
- Signature of transport vehicle operator.
- Waste manifest tracking number.
The RE will sign the manifest as the generator and will forward questions or concerns to the Bureau of Environmental Program Resources for resolution. The manifest will verify the type and quantity of hazardous regulated material being transported off-site.
The Uniform Hazardous Waste Manifests are required by the Federal Resource Conservation and Recovery Act (RCRA) (40 CFR Subpart B Parts 262.20 to 262.23) and N.J.A.C 7:26G for all off-site shipments of hazardous regulated materials. The Department is the generator of the waste. The Department will obtain an EPA Identification Number (EPA ID#) and supply this information to the RE for inclusion on the Uniform Hazardous Waste Manifest. The RE will provide the Contractor with an EPA ID# if the Project contains hazardous regulated material.
Complete the manifest form in accordance with all applicable regulations and mail to the Bureau of Environmental Program Resources at 951 Parkway Avenue, PO Box 600, Trenton, NJ 08625-0600 to ensure that the “final disposition” (TSD to Generator) copy of the manifest is mailed back to the office responsible for the record keeping requirements.
The RE will keep a copy of the original manifest for the Contract files. The Bureau of Environmental Program Resources will distribute the original manifests in accordance with the regulations and also for retention of the manifests per regulatory requirements.
The Contractor is responsible for all manifest discrepancies. Immediately report discrepancies to the RE and resolve to the satisfaction of the RE. The RE will forward a copy of manifest discrepancy letters to the Bureau of Environmental Program Resources.
The licensed hauler shall transport the hazardous regulated material to the disposal/recycling facility with no unauthorized stops in between, except as required by regulatory authority. The hauler shall use appropriate vehicles and operating practices to prevent spillage or leakage from occurring during transport. Remove excess soil adhering to the wheels or under carriage of the vehicles before leaving the Project Limits. If soil or water escapes to the public roads, immediately clean the road to restore it to the original condition and immediately notify the RE. Do not transport hazardous regulated material over public roads if they contain free liquid or are sufficiently wet to be potentially flowable during transport.
Submit 1 copy of the documentation of the disposal facility's acceptance of the hazardous regulated material, including the weight ticket slips, to the RE and the county of origin within 15 days of acceptance at the disposal facility.
Immediately submit written notification to the RE if problems arise, regarding the facility chosen to accept the hazardous regulated material for off-site management, that would require the return of waste, or if the chosen facility has violated any environmental regulation that may result in regulatory enforcement action. Propose an alternate disposal facility, and obtain the RE's written approval of off-site management at such facility.
202.04 Measurement and Payment
|The Department will measure and make payment for Items as follows:
||EXCAVATION, TEST PIT
||excavation, Regulated Material
||Soil Sampling and analyses, regulated
||excavation, Acid Producing Soil
||Soil Sampling and Analyses, acid Producing Soil
||Acid Producing Soil Remediation
||REMOVAL OF PAVEMENT
||Disposal of Acid Producing Soil
||Disposal of Regulated Material
||Disposal of Regulated Material, Hazardous
If excavated materials are used to construct work using soil aggregates, other than I-14; the Department will deduct the volume of material used from EXCAVATION, UNCLASSIFIED. The Department will make payment for the soil aggregate under the item constructed.
If the use of excavated materials for soil aggregates, other than I-14, results in the need for I-14 soil aggregate obtained from off-site to complete the embankments, provide a volume of I-14 soil aggregate, at no cost to the Department, equal to the volume of soil aggregate constructed or equal to the volume of material required to complete the embankment, whichever is less.
When presplitting is shown on the Plans, the Department will not include payment under Excavation, Unclassified. The Department will make payment for presplitting under Presplitting.
The Department will not make payment for Excavation, Regulated and Excavation, Acid Producing Soil until the Contractor submits the required daily Soil/Sediment Tracking Logs.
A unit of SOIL SAMPLING AND ANALYSES, regulated and SOIL SAMPLING AND ANALYSES, Acid PRoducing Soil is each sample collected and analyzed. The Department will not include payment for soil sampling and analysis in Excavation, Regulated and Excavation, Acid Producing Soil. The Department will make payment for soil sampling and analysis under SOIL SAMPLING AND ANALYSES, regulated and SOIL SAMPLING AND ANALYSES, Acid PRoducing Soil. The Department will make payment upon receipt of a copy of the sampling log, chain of custody form, and analytical report.
The Department will make payment for disposal of regulated material and disposal of regulated material, Hazardous using certified weigh tickets.
The Department will make payment for SESC measures as specified in 158.04.
The Department will make payment for temporary seeding under Fertilizing and Seeding, Type ___ as specified in 806.04.
This Section describes the requirements for constructing embankments and for preparing areas on which embankments are placed.
|Provide materials as specified:
|| Soil Aggregate (I-7, I-9, I-10, I-11, I-13, and I-14)
|Provide equipment as specified:
||Steel Wheel Roller
Before beginning embankment, excavate and stabilize side ditches, and install perimeter SESC measures as specified in 158.03.02. Ensure that the ground surface is not frozen and is free from snow, ice, and mud before constructing embankment.
Do not backfill or begin constructing embankment against a structure until the forms can be removed as specified in 504.03.02.G. Where existing pipes and conduit have insufficient soil cover during embankment construction, protect the pipes and conduit from damage by the equipment and operations.
Backfill and compact low areas, holes, channels, and ditches using the directed method, as specified in 203.03.02.C, before constructing embankment.
Before placing embankment or any other unbound aggregate material, such as subbase or dense graded aggregate, on existing pavement, break the pavement into pieces that are a maximum of 12 inches in all dimensions.
When constructing an embankment against an existing slope or when constructing an embankment in stages, bench the existing slope against which the embankment is to be placed as the embankment is constructed in lifts. For each lift, bench a minimum of 6 feet into the existing slope to allow the new embankment to integrate with the existing slope. Compact benched areas with the new embankment.
If the RE determines that the moisture content of the existing ground, previously constructed embankment, or embankment material may adversely affect embankment construction, cease embankment construction until the moisture content is corrected.
Construct embankment to ensure adequate surface drainage is provided at all times. Construct the center of the roadbed higher than the sides, and keep the surface uniformly graded and compacted. At the end of each working day, construct temporary stabilized berms and slope drains along the top edges of the embankment to intercept surface runoff.
During embankment construction, allocate adequate space in the embankment for excavated material. Begin constructing embankment by placing initial lifts in the deepest portion of the embankment. Continue placing lifts approximately parallel to the finished pavement grade line. If constructing embankments with material that is obtained from more than 1 source, do not co-mingle materials.
When constructing embankment for the specified materials, the following apply:
- Concrete or HMA. The Contractor may use concrete or HMA pieces to construct embankment if approved by the RE. Ensure that HMA or concrete pieces are at least 2 feet above the water table when constructing embankment.
- Soil Aggregate and Rock. If I-14 soil aggregate is composed of soil aggregate and rock, fill the rock voids with soil aggregate. If constructing embankments outside the ROW or easement, construct the top 30 inches with I-14 soil aggregate that contains no aggregate exceeding 2 inches in any dimension.
- Rock. Obtain RE approval before placing rock in embankments. Do not place rock in embankment in areas where piles or guide rail posts are to be driven, or drainage structures or utilities are to be constructed.
Before placing rock on compacted embankment constructed of soil, grade the existing embankment surface to slope from the centerline to the sides at the rate of approximately 1 inch to the foot, and thoroughly compact the surface of the embankment.
Place rock to form the base of embankments for the full width of the embankment. Place rock in uniform lifts to a depth that does not exceed 1-1/2 times the approximate size of the largest rock, but limited to a maximum lift depth of 3 feet. Reduce the size of rocks larger than 2 feet in any dimension. Distribute rock by blading or dozing to ensure proper placement in the embankment and to keep voids, pockets, and bridging to a minimum. Do not dump rock in final position.
Ensure that the exterior 1-foot portion of the top and sides of rock in embankment contains no rock exceeding 8 inches in any dimension. Fill voids in the exterior 1-foot portion with granular material. Do not place rock in embankment within 2 feet of the finished subgrade elevation.
When planting trees in the embankment, ensure that the exterior 2-foot portion of the top and sides of rock in embankment contains no rock exceeding 8 inches in any dimension. Fill voids in the exterior 2-foot portion with granular material.
Construct the balance of the embankment with soil aggregate. Place and grade material in lifts not exceeding 8 inches, and then compact using the directed method as specified in 203.03.02.C.
When constructing embankment abutting structures before the abutments and wingwalls are completed, allow ample space for construction of the abutting structure. Construct the embankment abutting the structure at a slope of 5H:1V, or flatter. When the abutting structure is complete, finish placing the embankment to the structure. Place embankment around and adjacent to arches, rigid frame bridges, culverts, and piers simultaneously on both sides to the same elevation. Do not place embankment with pieces larger than 6 inches in any dimension within 2 feet of structures, utilities, and drainage facilities.
Place and compact material used for embankment as specified in Table 203.03.01-1:
Table 203.03.01-1 Placing and Compacting Methods
I-11 < 1 foot above water table or on unstable ground
| I-11 ≥ 1 foot above water table
I-14 – Granular material
I-14 – Primarily rock or non-granular material
During embankment construction, route construction equipment, both loaded and empty, over the lifts with the travel distributed evenly over the entire width of the embankment. Before placing subsequent lifts, regrade and compact areas rutted by traffic.
The RE will check the elevation of the subgrade as specified in 202.03.03.C. The allowable tolerance from the shown elevations is ±1/2 inch.
Stabilize slopes either by temporarily seeding and mulching, or by topsoiling, permanently seeding, and mulching as specified in 806.03.01. Do not construct embankment more than 15 feet high without stabilizing the slope. Submit alternate methods for stabilizing slopes when seeding is not allowable due to seasonable constraints. Obtain RE approval of alternate methods before beginning embankment construction.
- End-Dumping Method. Do not begin end-dumping until the RE tests the bottom of the excavation to determine that the wet material has been removed down to firm bottom or the lower limit as shown on the Plans. Do not interrupt end-dumping except as necessary to allow for testing and measuring. When interrupted for more than 24 hours, do not end-dump until the RE retests the bottom of the excavated area and determines it to be in satisfactory condition.
Sequence excavation and end-dumping to ensure that wet material does not re-enter the excavated area. End-dump the embankment material only to an elevation that allows the use of compacting equipment. Construct the remainder of the embankment using the control fill method as specified in 203.03.02.B.
Fill and advance the embankment wedge so that the remaining wet material is forced to the sides of the excavation and is not entrapped under the embankment. Remove wet material that accumulates at the sides of the excavated area as the embankment wedge advances. Remove wet material spilled or otherwise deposited on the top or sides of the embankment during this operation.
When widening an existing embankment, place embankment material along and outward from the existing embankment in close coordination with the excavation to prevent entrapping wet material between the existing and new sections of embankment and displacing unstable materials that may be under the existing embankment.
Prevent settlement of or damage to existing roadways, utilities, or other facilities. Repair or replace roadways, utilities, or other facilities to the preconstruction condition.
- Control Fill Method.
- Control Strip. Construct a control strip to determine compaction requirements. Construct a new control strip for each change in the character or source of the material or for any change in the compaction equipment. Each control strip is to remain in place and become a portion of the completed embankment.
Obtain RE approval of the subgrade or course upon which a control strip is to be constructed before constructing the control strip. Construct a 400-square yard or greater control strip consisting of 3 equally thick lifts not exceeding 12 inches each.
>Compact each of the first 2 lifts of the control strip using the directed method as specified in 203.03.02.C.
Compact the third lift of the control strip with a minimum of 2 passes of the compaction equipment. Continue compacting until additional passes result in no appreciable increase in density. The ME will determine density of the control strip according to AASHTO T 310 (Direct Transmission Method). Provide a final lift surface that is smooth, dense, and free from ruts and roller marks.
After the Contractor completes compaction of the control strip, the ME will perform a minimum of 10 tests at random locations to determine the average in-place dry density of the control strip. If the average dry density of the material in the control strip is equal to or greater than 95 percent of its maximum density as determined according to AASHTO T 99, Method C, including the replacement option, then the RE will approve the compaction equipment and its method of use for compaction of embankment of the same materials and thicknesses on the Project. If the control strip fails to achieve the required density, remove and construct a new control strip. Revise compaction operations for subsequent control strips to achieve the required density.
- Embankment. Continue constructing the embankments in the same manner as the approved control strip. If an area is inaccessible to the compacting equipment used to construct the control strip, compact each lift to a density of at least 95 percent of the maximum density as determined according to AASHTO T 99, Method C. The ME will determine the density of such inaccessible areas from the average of 5 randomly located measurements according to AASHTO T 310 (Direct Transmission Method).
- Directed Method. Place embankment materials, except rock, in lifts not exceeding 8 inches thick. Place rock as specified in 203.03.01.3. Compact each lift as specified in Table 203.03.02-1.
Table 203.03.02-1 Compaction Requirements
Passes Per Lift
|Sand, Sand and Gravel
Number of passes to optimize density
||3-Wheel 10-Ton Roller
(Vibratory roller with 6-ton min. static weight at drum)
|2 to 5
If an area is inaccessible to the compacting equipment specified in Table 203.03.02-1, compact each lift following the density control method as specified in 203.03.02.D.
- Density Control Method. If required, submit a dewatering plan including the method of dewatering and controlling sediment and contaminants from entering adjacent waterbodies, wetlands and environmentally sensitive areas. Dewater areas according to the dewatering plan before and during embankment construction if areas are below the water table. Construct embankment in lifts not exceeding 12 inches thick after compaction. Do not blend I-9 soil aggregate to meet gradation requirements at the placement site. Compact embankment materials to a density of at least 95 percent of maximum density. For bridge foundations without piles, determine maximum density according to AASHTO T 180, Method D, including the replacement option. For other instances, determine maximum density according to AASHTO T 99, Method C, including the replacement option. The ME will determine the compacted density of embankments by taking the average of 5 randomly located measurements for each course or at a minimum of each 3-foot increment of elevation according to AASHTO T 310 (Direct Transmission Method).
If any individual measurement is less than 90 percent of the maximum density, or the average is less than 95 percent of the maximum density, continue compaction or take corrective action until the ME verifies that the required density is achieved.
|The Department will measure and make payment for Items as follows:
|| SQUARE YARD
||___ Soil Aggregate
The Department will not include payment for breaking pavement in ___ Soil aggregate. The Department will make payment for breaking pavement under Breaking PAvement.
Payment for I-14 soil aggregate will not include quantities of I-14 soil aggregate constructed from material excavated or reused from the Project.
The Department will make payment for SESC measures as specified in 158.04.
The Department will pay for temporary seeding under Fertilizing and Seeding, Type ___ as specified in 806.04.
Last Document Correction:
March 25, 2013