Inactive Service-Disabled Veteran-Owned Small Business (SDVOSB) Set-Aside (FAR 19.14)

B-1002 Repair Steam Rm & Spa •1.0 INTRODUCTION This Statement of Work (SOW) defines the task of a design and install construction activity at Tooele Army Depot (TEAD). This SOW is tailored to identify... B-1002 Repair Steam Rm & Spa •1.0 INTRODUCTION This Statement of Work (SOW) defines the task of a design and install construction activity at Tooele Army Depot (TEAD). This SOW is tailored to identify specific requirements. The Government intends to award on a Firm Fixed Price Contract vehicle. If applicable, all design services furnished shall be performed under the direct supervision of a licensed Professional Engineer or Architect. The Contractor, through its designer, is responsible for the accuracy, adequacy, timeliness and professionalism of the design solutions, the design documents. The Contractor shall ensure design solutions meet the requirements of the contract documents. Requirements include efficient project management including accurate, on-time submittals of contract deliverables and timely identification and solution of impediments to successful project execution. Technical requirements include early involvement in the process to allow for the development of the most cost-effective and technically sound solution. TEAD will rely on the Contractor's expertise in recognizing and addressing problematic issues and successful execution of this SOW. The Contractor shall perform all work in accordance with Federal, State, and Local Statutes and Regulations. •2.0 PROJECT DESCRIPTION The scope of this project consists of providing all labor, equipment, design, and materials to perform the following requirements to repair and upgrade the steam room, sauna and spa in building 1002: •1. Steam Room •a. Demolish the existing steam room and steam generator room. (Note: the steam room has not be used in months. Materials that may have contained mold may have since dried out. Perform mold remediation as necessary). Estimates on Mold remediation shall be limited to the steam room walls and ceiling. •b. Rebuild the steam room and steam generator room. •2. Spa •a. Demolish existing spa heater, pump, and sand filter in the spa mechanical room. •b. Design, properly size, install and certify a new heater, pump, cartridge filter, and associated piping for the spa, equipment shall be located inside the spa mechanical room. •c. Demolish all existing tile from the spa interior. •d. Prep spa surface and install new porcelain tile and jets. •e. Prep spa room area floor tile for epoxy floor installation. Prep walls for new drywall and paint. Repair floor drains, areas around the floor drains and install new methyl methacrylate (MMA) or equivalent epoxy flooring that will bond and cover the existing floor tile. Install new LED lighting and exhaust fan. •3. Sauna flooring •a. Demolish all existing floor tile in the sauna. •b. Prep sauna floor surface, repair drain area, and install new porcelain tile and cedar duckboards. •2.1 Background/Existing Conditions Building 1002 is TEAD's fitness center and is equipped with a spa, sauna, and steam room. The steam room is approximately 75 SF and has 2" x 2" tiles on the floor and 4" x 4" tiles on the walls and ceiling. It also as an attached steam generator room that houses a 15 psi 3 phase 30 amp steam generator, electrical disconnect, water lines and water filters. The steam room has missing grout and damaged tiles that cannot be cleaned and moisture damage may be present to the internal walls. The current condition of the steam room doesn't meet the requirements of the health inspector and needs to be rebuilt. It has been shut down by the inspector. The spa is an approximate 700 gallon commercial, concrete, in-ground tub lined with 4" x 4" and 2" x 2" tile. The existing tile has been etched and cannot be cleaned to meet the health inspections requirements and needs replaced. The spa currently has a 199,000 BTU propane spa heater, 2 HP/ 2 speed pump, and a 63 gpm sand filter are housed in the spa mechanical room. The spa room area has 2" x 2" tile installed on the floors. The lower section of the walls are 4" x 4" tile and the upper wall and ceiling is drywall. The floor tiles around the floor drains are damaged and has missing tiles and needs repaired. There are cracks in the drywall that need repaired along with four single lights above the spa and six florescent lights for the room that are 4 ft. long. The sauna is approximately 65 SF and has 2" x 2" tiles on the floor. The tile on the floor and around the floor drains is damaged and the floor needs replaced with new tile. In each repair/upgrade for this project, the Government shall provide specifications on the existing equipment as a baseline. However, due to the aging nature and design of the systems currently installed, the Contractor's bid shall consider all new codes, industry standards and best practices to advance and upgrade our facilities to best meet the demands of our patrons and stakeholders. See Figures 2-11 in Appendix A. •2.2 Technical Requirements The contractor shall take necessary precautions to avoid damage to the existing items that are to remain in place, to be reused, or to remain the property of the Government. Repair or replace damaged items as approved by the Contracting Officer's Representative (COR). Repairs, reinforcement, or structural replacement require approval by the COR prior to performing such work. The contractor shall be responsible to field verify all dimensions and thoroughly become familiarized with the existing conditions prior to submission of bid. All work shall be done in a good workmanship manner and by skilled tile installers, certified and qualified MMA and epoxy floor coating contractor and certified pool and spa technician. All modifications to Building 1002 shall be pursuant to and maintain any TB MED 575, VGB Act, UFC 3-530-1, and MAHC codes or requirements. Ventilation rates at all indoor aquatic facilities shall be according to American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE, Inc.) Standard 62.1 (ANSI/ASHRAE Standard 62.1). The ventilation system design for chemical storage rooms shall conform to the International Mechanical Code®, International Fire Code® and any applicable local codes. (International Mechanical Code® and International Fire Code® are registered trademarks of the International Code Council®, Washington, D.C.) Any upgrades or alterations to existing equipment must be approved by TEAD MWR, the COR/KO, and the Utah Health Inspector. •2.2.1 DEMOLITION STEAM ROOM (The contractor shall perform the following unless otherwise noted): •1. Isolate electrical power to the steam generator and close all water supply valves. Disconnect all water and electrical lines to the steam generator and remove the steam generator. •2. Demolish the steam generator closet. •3. Demolish the steam room door and window. •4. Demolish the tile from the ceiling, walls, seats, and floors from the steam room down to the existing frame. •5. Inspect all the interior walls and ceiling for mold. If mold is identified, perform mold remediation per U.S. Environmental Protection Agency (EPA) guidelines/recommendations and the Unified Facilities Guide specifications 02 85 00 for mold remediation. Once mold has been removed, the Contractor shall contact the COR to have the area inspected by TEAD's Army's preventive medicine specialist before rebuilding can resume. •6. Inspect all of the walls and ceiling and demolish any damaged or rotted framing. SPA •1. Isolate all electrical power to the spa water heater, and pump prior to starting work. Turn off and disconnect the propane lines to the heater and remove all electrical connections from the equipment. •2. Demolish the spa heater, pump, and sand filter. See Figures 10-11 in Appendix A. •3. Demolish the handrail leading into the spa. Demolish all of the tile on the top surface and inside of the spa. Take precaution when removing the tile around the tub jets and skimmer. •4. Prep the inside of the spa and top surface for installation of new tile per the manufacturer's instructions. SAUNA ROOM •1. Demolish all floor tile, repair the floor drain and concrete floor around the floor drain. •2. Prep the steam room floor for installation per the manufactures instructions for installation of new tile. See Figure 8, Appendix A SPA ROOM •1. Demolish and repair any damaged tile, repair the floor drain, concrete floor and tile around the floor drains that are leading into the men's and women's locker room. See Figure 8 in Appendix A •2. Prep all of the tile in the spa room area per the manufacturer's instructions for installation of the new MMA or epoxy flooring. •3. Demolish all the ceiling lights in the spa room. •4. Isolate water to the water fountain. Demolish the water fountain, cap existing water lines, and repair the wall where the water fountain was mounted. •5. Demolish the heat registers and exhaust vent and exhaust fan. Repair areas around the registers and vent for installation of the new vents and registers. •6. Patch and prep all drywall cracks and holes in the ceiling and walls and prep for painting. •2.2.2 INSTALLATION (The contractor shall perform the following unless otherwise noted) The steam room, spa and sauna tile color/type, MMA or epoxy flooring color, lighting and spa equipment shall be submitted and approved before installation. STEAM ROOM •1. Design and rebuild the steam room and steam generator room. The contractor shall rebuild the steam room in the same footprint with similar design as the old one. •2. The west wall shall be rebuilt with a 3 ft. tall x 8 ft. long wall with a 5' x 8' window. Window shall be tempered safety glazed glass as per the International Building Code for wet areas. See Figure 12 in Appendix A •3. Install a tempered safety glazed glass steam door that is designed for steam rooms for heat sealing and steam containment. •4. The walls shall be wood construction and the wall cavity shall be insulated to prevent condensation. A waterproof membrane meeting the standards of ANSI A118.10 shall be installed on the walls and ceiling prior to tiling. •5. The steam room ceiling and seats shall be designed and built with a slope to allow condensate runoff. •6. Install porcelain tile 24" x 24" or similar size to minimize grout lines on the walls, seats and ceiling. Install a river rock stone or similar type tile with a slip resistant surface for the flooring. Submit tile samples to the Government for selection and approval. •7. Install a commercial grade steam generator with a manufacturer's warranty and a 4-star satisfactory rating. Contractor shall size the steam generator per the manufacturer's recommendations which will be determined by the size of the steam room. Install the steam generator on a level surface, providing sufficient space around it for servicing. Provide protection against contact with hot surfaces (steam line, safety valve and drain valve). Steam generator shall have timer controls only mounted to the exterior of the steam room. Temperature setting will be controlled at the steam generator and shall not be controlled by the customer. All electrical disconnects, panels, and breakers shall be labeled. Steam generator type and size shall be submitted to the Government for selection and approval. SPA (Work done on spa must meet American National Standards Institute (ANSI)/National Spa and Pool Institute (NSPI)-1 current industry standards and manufacturer's recommendations): •1. Replace all of the existing jets, drain covers, and skimmer filter, and housing. •2. Install a new handrail on the entrance to the spa. •3. Install slip resistant 2"x 2" or similar porcelain tiles on the floor steps and seating of the spa. Install 4" x 4" porcelain tiles around the top rim of the spa wall. Install slip resistant 12" x 24" or similar size tiles around the top edge and 8" x 24" or similar size tiles down the sides to the floor. The edges around the top rim of the spa shall be bull-nosed to eliminate any sharp edges. Tile type and size shall be summited to the Government for selection and approval. •4. Install a new propane heater inside of the mechanical room per manufacturer's instructions. Heater shall be sized to supply 104° F water to the spa. The temperature of the water shall be displayed at the heater and near the spa controls. Temperature controls shall be set so they can only be adjusted at the heater in the mechanical room. Connect supply and return piping per manufacturer's instructions. Heater type and size shall be summited to the Government for selection and approval. It shall be a commercial grade type with a manufacturer's warranty and a 4-star satisfactory rating. •5. Install a new spa pump adequately sized to run the spa jets and provide recirculation. Size and install per manufacturer's instructions. Pump type shall be commercial-grade with a manufacturer's warranty and a 4-star satisfactory rating. Pump type and size shall be summited to the Government for selection and approval before purchase. Pump shall follow TB MED 575 Regulations of a maximum turnover time of 0.25 (Hours) at 10,000 Gallons or less. •6. Install a new cartridge filter adequately sized to filter the spa. Ensure filter cartridges are designed, manufactured, and installed according to the provisions and requirements for cleaning or replacement as recommended by the manufacturer. Contractor shall supply 1 year supply of filters. Filter quality and type shall be summited to the Government for selection and approval. Filter shall be commercial-grade with a manufacturer's warranty and a 4-star satisfactory rating. •7. Relocate and install new chemical feed pumps and controller in the spa mechanical room. Chemicals shall remain in the current chemical storage room. Chemical feed pumps shall be equipped with automatic feed rate controls to keep the disinfectant and pH at required levels on a continuous-demand basis. A warning light indicator shall be provided in a visible location for supervisory control. The device must indicate the absence of chemicals in the feeders, improper adjustment of chemical dosage, or any other mechanical or operational malfunction (such as recirculation flow stops). Automatic chemical feeders must be wired directly to the recirculation system in order to halt the addition of chemicals when the recirculation flow stops. Feed pump shall be commercial-grade with a manufacturer's warranty and a 4-star satisfactory rating. Chemical feed pumps shall be submitted to the Government for selection and approval. SAUNA •1. Install a river rock stone or similar type tile with a slip resistant surface for the flooring. Tile floor shall match the steam room tile. After the tile flooring is installed, install removable cedar duckboard flooring. The duckboard flooring shall be easily removable for cleaning. Tile and duckboard shall be submitted to the Government for selection and approval SPA AREA •1. Install 6 new 4' LED lights/fixtures in the same location as the existing lights. All lighting and switches shall be suitable for wet locations. •2. Install 4 new LED fixtures above the spa and 2 in the hallway to the men's and women's locker room. All light switches shall be suitable for wet locations. •3. Prime and paint all the drywall above the wall tile and ceiling with a white, semi-gloss latex paint suitable for wet locations. •4. Install new ceiling heat registers, exhaust vent registers and exhaust fan. •5. Install methyl methacrylate (MMA) or equivalent epoxy flooring over the tile in the spa area, the hallway leading to the men's and women's locker rooms, 2 storage rooms, and 2 supply closets. New flooring shall be seamless, cover all the floor tile including hiding all the grout lines and have a non-slip finish. The flooring shall have an integral cove base that extends up the wall a minimum of 4". This is the approximate height of the first row of the wall tiles. Flooring and lighting shall be submitted to the Government for selection and approval. See Figure 12 in Appendix A for flooring area. •2.3 SUBMITTALS All materials and supplies to be used on this contract shall be submitted for approval prior to the contractor ordering materials and after award has been made. Two sets of each requested submittal hard copy shall be provided or one electronic copy. Unless specified otherwise, all submittals (required prior to commencing construction) shall be provided within 21 days of the Notice to Proceed (NTP) date BEFORE ANY MATERIALS OR EQUIPMENT ARE PURCHASED. All other submittals are required before project closeout. The Contractor shall send all submittals to the Contracting Officer and the COR for approval. All submittals will be reviewed, approved or annotated with reasons for not being approved and returned to the Contractor within 14 days. The contractor shall resubmit all items not approved within 14 days after receiving an annotated copy of his submittal package from the Contracting Officer. Re-submittals will be returned to the Contractor within 14 days after being received by the Contracting Officer. Submittals for material approval shall include standard catalog cuts, product descriptions, highlighted specification sheets, brochures, installation instructions, and certificates of compliance. Submittals shall provide sufficient information to establish that the material meets all the requirement of these technical conditions. The following submittals are required prior to commencing construction: •1. Work Schedules: After negotiations are complete, a finalized work schedule shall be provided to the Government. The work schedule shall identify major milestones in the project, and percent completion at each milestone. After the work schedule is submitted the COR, the MWR office will make final approval of work schedules/timelines before construction starts. •2. Submit manufacturer's printed data for all materials including proposed species, grade, finish and color as applicable. •3. Steam room tile: Provide samples of sufficient size to show pattern and color ranges for porcelain tile for steam room, spa, and sauna. MMA or equivalent flooring for spa room flooring. •4. Steam room door •5. Steam room window •6. Steam generator •7. Spa tile •8. Sauna floor tile •9. Sauna duckboards •10. MMA or epoxy flooring •11. LED lighting •12. Spa area paint •13. Spa heater •14. Spa pump •15. Spa filter •16. Chemical feed pumps and controller •2.4 Worksite Cleanup and Employee Safety The Contractor shall ensure that the worksite is cleaned-up daily prior to leaving the site. Protective measures shall be taken by the Contractor to protect the buildings from being damaged during the entire construction process. The dumpster placement locations of Government supplied dumpsters are limited. The Contractor shall work with the COR for best practice of placement. The Contractor shall ensure that ALL debris goes into the dumpsters. The Contractor shall provide tarps and/or other materials to capture all debris with NO debris around the perimeter of the buildings associated with this project. Any damage to the facilities by the Contractor shall be repaired by the Contractor at no additional expense to the Government. The process of removing materials, installing new material, making repairs, and all other work on this project shall not impede the ability of the facility in performing all daily work procedures. The Contractor shall not block any doors at any time during the entire construction process. In the event that such circumstances should occur, the Contractor shall notify the COR. The COR will work with building managers to accommodate the Contractor to the best of their capability without sacrificing TEAD's employees safety or mission. •2.5 Asbestos Containing Materials The Contractor shall insure the safe handling and disposal of any asbestos containing materials and maintain that any asbestos related work practices are in accordance with all OSHA, Utah Administrative Code (Rule R307-801. Utah Asbestos Rule), and Utah State Division of Air Qualities rules and regulations. An asbestos licensed abatement supervisor who has been certified under, Utah Administrative Code R307-801-6, shall be on-site during asbestos removal/repair project; setup, asbestos removal, stripping, cleaning and dismantling of the project, and other handling of un-containerized regulated asbestos-containing material (RACM). Any other persons performing the asbestos abatement/renovation project shall follow the work practices in Utah Administrative Code R307-801-13. •3.0 APPLICABLE DOCUMENTS The Contractor shall identify and comply with all applicable Federal, State, and Local Statutes. A partial list is presented at the end of this document. It is the Contractor's fundamental responsibility to identify and comply with all mandatory Federal and applicable DoD and Army requirements whether or not listed specifically in this document. •4.0 GOVERNMENT-FURNISHED INFORMATION, EQUIPMENT, AND PROPERTY (GFI, GFE, GFP) The Government shall provide dumpsters for regular construction debris and recyclable dumpsters for metal debris. All waste shall be evaluated in accordance with 40 CFR 261. If waste is found to be hazardous, it will be handled in accordance with TEAD Hazardous Waste Management Plans found on the TEAD Environmental Management System (EMS). All scrap metal (non-hazardous waste or recyclable material) shall be disposed of by placing in the appropriate Government supplied scrap metal recycle bin. Other items that may be recycled is discussed in the Salvage & Recycling section of this document. A location for outdoor storage of materials shall be provided by the Government, however the Contractor is responsible to ensure items are locked up to prevent theft and Contractor is responsible for any items left unattended. •5.0 MANAGEMENT, PLANNING, AND REPORTING REQUIREMENTS The Contractor shall implement the range of construction and engineering activities specified in this SOW and in accordance with all applicable compliance documents. The Contractor shall supply all labor, equipment, and materials necessary to accomplish the work assigned unless otherwise specified in this SOW. The Contractor shall perform management and planning functions, including performance measurement and fund status reporting, throughout the course of this effort. •5.1 Schedule The Contractor shall maintain a detailed working schedule that facilitates the management of the project work and provides the capability for early identification of potential schedule impacts. The schedule shall include negotiated baseline dates and current schedule projections. The current schedule shall be maintained and updated at least monthly to accurately reflect program progress and provide realistic forecast projections. The Contractor shall provide schedule updates at either a detailed level or a summary level as requested by the Contracting Officer (PCO) or Project Manager (PM)/COR. Additionally, schedule updates that reflect actual schedule progress shall be submitted on a form approved by the COR. Specific schedule and report requirements will be identified in each CLIN. All work shall be in compliance with this SOW document, and the Drawings. The Drawings and SOW for this project have been prepared to supplement each other and shall be interpreted as an integral unit with the items shown on one and not the other being furnished and installed as though shown and called out in both. During the course of this project, the Contractor is cautioned to take no guidance from any source other than the Contracting Officer (PCO) or the Contracting Officer Representative (COR). The Contractor shall immediately notify the PCO and the COR of any such requests. Work accomplished on this contract shall meet the National Electric Code (NEC), Uniform Building Code (UBC), National Fire Protection Association (NFPA), and Unified Facilities Criteria (UFC) requirements. Work Site Availability: TEAD Hours of Operation are available in the Local Specifications in section I, "Clauses". •5.2 Meeting and Conference Requirements The Contractor may perform a site visit and attend a pre-performance conference, preconstruction conference, and/or other meetings necessary to support construction activities. The Contractor also shall attend and support meetings and teleconferences to discuss technical or regulatory issues and project progress and status. The Contractor shall prepare, and submit for review, presentation materials and minutes for meetings and an agenda. •5.3 Contractor Documentation The Contractor shall create and maintain a Master Document List and/or Submittal Register; including all documents, whether the document is a deliverable or not, which are prepared during the course of this SOW. The Master Document List and its documents shall be maintained in libraries readily available for submittal to the Government. •5.4 Notification Requirements The Contractor is required to notify the PCO and the PM/COR of critical issues that may affect the contract performance and/or human health and the environment. The types of issues that require notification include, but are not limited to, health risks, spills, changes in critical personnel, and finding unexploded ordnance (UXO). As an example, if UXO were discovered during field activities, the Contractor must immediately stop work, report the discovery to each of the following - the facility Point of Contact (POC), PCO and the PM/COR. The Contractor must implement appropriate safety precautions. Field activities shall not continue until clearance is received from the PCO. On critical issues, verbal notification should be made immediately, followed by written notification as soon as practical. •5.5 Permits The Contractor shall develop, coordinate, and assist in applying for and obtaining all, Federal, State, Local, and other applicable permits, access (including off-base easements and leases), agreements, licenses, and certifications required to perform and complete this SOW. The Contractor shall maintain a library of these documents at the Contractor's site office on base as well as the corporate facility handling each SOW. The Contractor shall comply with all applicable permit conditions. •5.5.1 Excavation permit A signed TEAD excavation permit is required before any excavation/trenching/boring work is performed. The permit form can be obtained from the COR. The crew doing the excavation must have a copy of the permit on hand at the time of work being performed. Attendance to an Unexploded Ordinance (UXO) training class is required for all individuals performing excavation work prior to excavation work commencing. •5.5.2 Welding, Cutting, and Heat Producing Equipment permit A Match, Flame, and Heat Producing Permit, Form number, TEAD-R 420-1, shall be obtained from the COR. The Contractor shall complete the form and include name(s) of workers and sub-Contractors (if any). The Contractor's supervisor shall sign the form and obtain approval (assisted by the COR) from: the Safety Office, the Fire, and Emergency Services Division, and, if work is within the Ammunition Area, the Chief of Surveillance Division. No welding or cutting will be allowed without the following; •· A daily hot work permit, DA Form 5383-R obtained from the Fire Department, extension 2015 •· A fire watch •· A combustible free area •· A minimum 10 lb., class ABC, Multi-purpose Dry Chemical fire extinguisher •· All personnel on the job site must understand how to operate the extinguisher •5.5.3 Electrical Work permit A seven-day advance written notification is required on all outages and shall be scheduled for the convenience of the Government. Energized Electrical work SHALL NOT be performed. •6.0 ENVIRONMENTAL •6.1 Dust permits Per Utah Division of Air Quality: Any source that is 1/4 acre or greater in size, that has potential to generate fugitive dust, is required to submit a Fugitive Dust Control Plan (FDCP). The FDCP is required to help sources minimize the amount of fugitive dust generated on site. "Fugitive dust is particles of soil, ash, coal, minerals, etc., which becomes airborne because of wind or mechanical disturbance. Fugitive dust can be generated from natural causes such as wind or from manmade causes such as unpaved haul roads and operational areas, storage, hauling and handling of aggregate materials, construction activities and demolition activities." Site:http://www.deq.utah.gov/Compliance/compliance/air/stationarysource/dustcontrol.htm The Contractor shall maintain a library of these documents at the Contractor's site office as well as the corporate facility handling each SOW. The Contractor shall comply with all applicable permit conditions. •6.2 Salvage & Recycling Tooele Army Depot's goal is to divert at least 60% (by weight) of construction and demolition (C&D) material from the landfill by recycling materials that can be REASONABLY recycled in the Local area. This may include metals, wood, concrete, CMU, milled asphalt, rock, etc. •· Metal: including steel, aluminum, brass, etc shall be placed in TEAD provided recycle dumpsters. These dumpsters will be weighed and transported by others. •· Concrete, CMU, milled asphalt, rock, wood: These items shall be placed in Contractor provided containers and weighed on the Depot scale before off-site removal and transport. These must be free of asbestos or other hazardous materials. Reinforcing bar and mesh do not require removal. •6.3 Hazardous materials present (e.g. asbestos, PCBs, lead-based paint The Contractor is cautioned that materials in and around this project may contain asbestos or be coated with Lead-Based Paint (LBP). The government will make every effort to locate and identify and remove all Asbestos Containing Materials (ACM) and LBP prior to bidding; however, this is not always possible. These materials are often hidden and cannot be discovered until after demolition has begun. The failure of the government to identify all ACM and LBP in no way relieves the Contractor from his legal obligation to comply with state and federal regulations regarding the handling of asbestos, lead, or LBP. •6.4 Geotechnical issues (e.g. contaminated soil, ground water, etc.) It is not anticipated that this project will affect geotechnical issues. •6.5 Historical Preservation It is not anticipated that this project will affect historical preservation issues. •6.6 Air Emissions Permits It is not anticipated that this project will affect air emissions issues. •7.0 SITE WORK The Contractor shall coordinate work site activities to ensure the protection of human health and the environment; the prevention of damage to property, utilities, materials, supplies, and equipment; and the avoidance of work interruptions. The Contractor shall perform site work required under this SOW in compliance with the following. •7.1 Conservation Activities shall be planned and implemented in a manner that protects existing site utilities, structures, surface features, service operations, monitoring and other types of wells, and the general site environment. This includes the protection of trees, shrubs, and other vegetation not in the affected zone from dust damage, soil compaction, and physical contact with machines and equipment. The Contractor is required to replace and restore to the original condition - the exterior landscaping all around the building where such areas are damaged and or impacted by the Contractor's operations. This includes repair and restoration of the underground sprinkler system. If appropriate, the Contractor shall conserve uncontaminated topsoil by removal, storage, or redistribution. All reasonable measures shall be taken to minimize and suppress fugitive emissions of dust, vapors, and other site materials during site work. All fill materials shall be non-contaminated. The Contractor shall conduct all operations and activities with the intent of reducing the amount of pollution generated. Specific areas to be focused on are generation of solid waste, use of hazardous materials, u...