This project involves a comprehensive roofing system overhaul designed to maximize the home’s weather resistance and curb appeal. The technical scope includes a complete ventilation modernization with the installation of ridge vents on all ridges and the application of high-performance Ice and Water shields at all high-risk junctions, including valleys, chimneys, and all roof-to-wall penetrations.
Hardware & Utility Specifications:
- Selective Decommissioning: The crew is tasked with the removal and disposal of the existing satellite dish.
- Media Preservation: Unlike the satellite hardware, the existing antenna must be kept and protected throughout the installation process.
- Drainage Maintenance: Post-installation, all gutters must be thoroughly cleared using blowers to ensure a debris-free water management system.
Site Management & Property Protection:
- Asset Shielding: Rigorous protection is required for all landscaping, decks, pools, and exterior equipment. A/C units must be covered during the demolition phase, with all protection removed immediately after the tear-off to maintain unit functionality.
- Structural Safety: The use of ladder stabilizers is mandatory for all roof access to protect the home’s siding and gutter lines. To preserve the Roswell estate grounds, parking on the grass is strictly prohibited.
- Logistics & Professionalism: A Dump Trailer is required on-site. Crew members must maintain a professional appearance by wearing plain shirts and keeping a highly organized workspace.
Exhaustive Remediation Protocol:
- Final Clean-up: The project concludes with a “white-glove” cleanup, including blowing out all driveways, walkways, window seals, and handrails. Any tar or scuff marks must be meticulously cleaned from the home’s exterior and hardscapes.
- Safety Sweep: Multiple magnetic roller passes are mandatory across all driveways, sidewalks, and landscaped areas to ensure a 100% nail-free environment.
- Inventory: Please leave exactly three squares of shingles on the pallet for the homeowner.
Project No: 926
