ProLine partnered with The Pavement Group on a parking lot restoration at the Ryder facility in Winston-Salem, NC. The documented scope included more than 150,000 square feet of sealcoating, over 15,000 linear feet of hot-rubber crack treatment, and custom pavement markings.
The project combined surface preparation, crack treatment, two coats of sealcoat, numbered stalls, and traffic markings. Here is an overview of the work and planning considerations for a large commercial lot.
The Property and the Problem
A fleet facility needs pavement markings that reflect its vehicle movements, parking areas, and service operations. Coordinate those requirements with the facility team before work begins.
The original project account describes vegetation removal and crack treatment before sealcoating. Preparing the surface and identifying repair needs were key parts of the work.
Clear markings help drivers recognize designated parking and operating areas. Their effectiveness also depends on signs, lighting, driver behavior, and site procedures.
Planning Considerations for a Large Commercial Lot
Large projects need a defined repair scope, appropriate products, traffic coordination, and an approved marking layout.
Assess cracks before coating. Treat suitable cracks and identify areas needing structural repair; sealcoat does not bridge or repair every type of pavement damage.
Specify the coating system. Follow the selected product’s spread rate, coat count, drying conditions, and reopening requirements. The number of coats alone does not establish service life.
Plan traffic and access. Coordinate closures, equipment movement, pedestrian routes, deliveries, and emergency access with facility staff. Whether partial operation is practical depends on the layout and the material requirements.
Approve the marking layout. Confirm designated parking, vehicle movements, service areas, and any operational color legend before painting begins.
These planning items help establish a practical sequence for restoration work.
Pre-Project: The Site Walk and Scope Development
A site inspection helps establish pavement condition, treatment areas, and operational constraints before a scope is finalized.
A site review should document:
- Treatment area and approximate square footage
- Crack inventory: catalogued crack types (thermal, edge, alligator sections), estimated linear footage
- Surface condition: visible wear, contamination, prior coatings, and areas needing further evaluation
- Drainage pattern: where water pools, where it flows, and whether any drainage corrections were needed before sealcoating
- Operational requirements: facility hours, which sections could be blocked and when, vehicle types in use, any markings or color designations the facility operations team required
The documented Ryder scope included over 15,000 linear feet of hot-rubber crack treatment.
Phase 1: Hot Rubber Crack Sealing Across 15,000+ Linear Feet
The original project account documents hot-rubber crack treatment before sealcoating.
Select a crack-treatment product for the crack movement, pavement condition, and local exposure. Application method alone does not establish a fixed lifespan.
Hot-applied sealants must be heated and installed within the manufacturer’s specified limits. Cold-applied products have their own intended uses and performance characteristics; they are not all rigid or limited to one season.
Typical preparation and application steps include:
- Clear and clean the cracks using methods suited to the condition and selected sealant. Remove loose material and address moisture as required by the product instructions.
- Prepare the crack or reservoir as specified for the selected treatment; routing is not appropriate for every crack.
- Apply the selected sealant within its specified temperature and placement limits. Use the required application profile rather than assuming every crack needs an overfilled cap.
- Finish the treatment to the product specification and check for excess material that could interfere with traffic or walking surfaces.
- Use blotting material only where the product instructions and traffic plan call for it, and protect the treated area until it can reopen.
Documented quantities help crews plan materials, equipment, and access for a large project.
Phase 2: Two-Coat Sealcoating Over 150,000 Square Feet
The project account records two coats of sealcoat over more than 150,000 square feet after preparation and crack treatment.
When specifying sealcoat for a fleet facility, review the following product requirements:
Weathering. Confirm the product’s intended use and surface-preparation requirements. Sealcoating protects a suitable surface but does not reverse oxidation or restore structural capacity.
Spills. Review chemical resistance in the product data and address fuel or oil contamination before application. Do not assume every sealcoat will withstand fueling-area exposure.
Turning traffic. Review the product’s curing and traffic-opening requirements, especially where heavy vehicles turn or park.
The documented Ryder project used two coats. Coat count and application rate should follow the selected system; a second coat does not establish a universal doubling of service life.
Phase 3: Custom Color-Coded Zone Markings
This is where the Ryder project diverged from a standard commercial restripe — and where the pre-project planning paid off.
A logistics facility may need separate markings for fueling, trailers, service vehicles, and general parking. Match those designations to the facility’s operating plan.
The original project account records custom colors and the following designated areas:
- White markings were included in the project’s custom color palette.
- Yellow: Safety zones and truck fueling areas
- Red: Deadline markers, using the terminology in the original project account
- Green: Serviced vehicles ready to go
- Orange: Trailer parking spaces
- Purple markings were also included in the custom color palette.
Coordinate a consistent color legend with facility staff, signs, and driver instructions. Color alone does not eliminate ambiguity.
Phase 4: 99 Numbered Stalls with Directional Guidance
ProLine painted 99 numbered parking stalls and added yellow directional arrows guiding trucks toward the fuel depot.
Numbered stalls give facility staff and drivers a consistent location reference. Their use should be coordinated with the property’s operating procedures.
Directional arrows provide guidance for vehicle circulation. Their presence alone does not establish legal enforcement authority or resolve liability questions.
Phase 5: Service Truck Parking Designations
The project included a designated service truck parking area with yellow markings.
Confirm vehicle dimensions, maneuvering room, and the facility’s requested markings before laying out service areas.
Phase 6: Final Walk and Sign-Off
The original project account describes a final inspection of markings and finishing details.
A closeout review should check coating coverage, marking alignment, stencil accuracy, and whether the work matches the approved scope.
Keep any final inspection and acceptance records with the project documentation.
Documented Project Scope
| Work item | Documented scope | Project detail |
|---|---|---|
| Project location | Winston-Salem, NC | Ryder facility |
| Crack treatment | Over 15,000 linear feet | Hot-rubber crack treatment |
| Sealcoating | Over 150,000 square feet | Two coats |
| Parking markings | 99 numbered stalls | Custom-colored designations |
| Directional markings | Yellow arrows | Guidance toward the fuel depot |
What Commercial Property Managers Should Take From This
You do not have to manage a 150,000-square-foot logistics facility to apply these lessons. They scale down to any commercial lot.
Use condition inspections to identify suitable maintenance and areas that need repair. Surface treatments should not be used to conceal structural distress or drainage problems.
Coordinate numbered stalls, color zones, signs, and arrows with the site’s operating procedures. Clear markings support organization but do not eliminate hazards or determine legal liability.
For a large project, ask for a site-based scope, a traffic plan, material specifications, and a marking layout. Evaluate a contractor’s demonstrated ability to coordinate the work.
Frequently Asked Questions
How long does sealcoating last on a commercial parking lot?
Sealcoat wear depends on the product, preparation, application, traffic, and weather. Inspect the surface and use the manufacturer’s guidance to decide when another treatment is appropriate.
What should a large commercial sealcoating scope include?
Include treatment areas, pavement repairs, crack preparation, the specified coating system, pavement markings, closure phases, and reopening criteria. Confirm those items during a site assessment.
Can you sealcoat a parking lot without shutting it down?
Some properties can remain partly open with phased closures. Feasibility depends on the layout, emergency access, pedestrian routes, operations, and the material’s drying requirements. Confirm the plan before scheduling.
What is the difference between crack sealing and crack filling?
Crack sealing and filling are chosen for different crack conditions and movement. Materials vary in both hot- and cold-applied categories. The treatment should follow a pavement assessment and product specifications.
We Serve Commercial Property Managers Across the Carolinas
ProLine Parking Lot Maintenance serves commercial properties in the Carolinas. The Ryder project illustrates how crack treatment, sealcoating, and pavement markings can be coordinated in one scope.
Contact ProLine to discuss the condition of your lot, operational requirements, and the work that needs assessment.
