Airport Runway Rubber Removal Quality Disputes
1. Context and Nature of the Dispute
Runway rubber removal is a critical maintenance process performed on airports to:
Restore friction levels and prevent hydroplaning
Maintain runway skid resistance within safety standards
Ensure compliance with aviation regulatory authorities (e.g., FAA, ICAO)
Quality disputes occur when:
Rubber is incompletely removed, leaving patches that reduce friction
Surface damage occurs due to overly aggressive removal methods
Residual contaminants compromise runway safety
Friction tests post-cleaning fail to meet design or regulatory requirements
Consequences of poor rubber removal:
Reduced aircraft braking performance, increasing risk of runway overruns
Safety hazards for aircraft during landing or takeoff
Regulatory non-compliance and potential fines
Delays in airport operations or runway closures
Disputes over contract compliance and remediation costs
2. Common Causes of Arbitration
Contractor vs. Owner Responsibility
Owner claims contractor failed to meet specified removal quality standards.
Contractor may argue that equipment limitations, weather, or traffic scheduling prevented full compliance.
Equipment or Method Deficiency
High-pressure water blasting, shot blasting, or chemical methods may be improperly applied.
Incorrect method selection may damage pavement or fail to remove rubber effectively.
Environmental or Operational Factors
Wet or extremely hot surfaces can reduce removal efficiency.
Aircraft scheduling constraints can limit available time for removal.
Testing and Verification Disputes
Conflicts over friction testing methods, measurement locations, or pass/fail thresholds.
Surface Damage Conflicts
Aggressive removal may damage asphalt or concrete, leading to additional repair claims.
Remediation and Liability Allocation
Arbitration addresses whether contractor must repeat removal, repair surface damage, or compensate for delays, and who bears costs.
3. Arbitration Considerations
Arbitrators examine:
Contract Documents & Specifications: Friction targets, approved removal methods, surface condition requirements
Inspection and Testing Records: Continuous friction measurements, visual inspections, and photographic evidence
Expert Evidence: Pavement engineers, friction testing specialists, and airport operations consultants
Root Cause Analysis: Determine whether failure is due to contractor performance, environmental conditions, or equipment limitations
Liability and Cost Allocation: Warranty clauses, compliance obligations, and remediation cost responsibility
4. Case Law Examples
Here are six illustrative arbitration cases:
Metro International Airport v. RunwayClean Contractors, 2015
Issue: Friction measurements post-removal were below minimum regulatory standards.
Arbitration: Contractor required to repeat removal using approved method; costs awarded to airport authority.
City Airport Expansion v. SafeRunway Solutions, 2016
Issue: Incomplete removal left rubber patches causing localized low friction.
Outcome: Contractor liable; additional surface cleaning and monitoring required; no compensation for delay.
Greenline International Airport v. MegaPave Contractors, 2017
Issue: High-pressure removal caused minor micro-cracking in asphalt runway.
Decision: Shared liability; contractor repaired damaged areas; airport credited for accelerated schedule constraints.
Sunrise Airport v. UltraClean Runway Services, 2018
Issue: Residual rubber persisted due to inadequate cleaning equipment and short operational windows.
Arbitration: Tribunal required contractor to deploy specialized equipment and re-clean critical zones; costs borne by contractor.
NorthCity International Airport v. AeroPave Ltd., 2019
Issue: Friction testing locations disputed, leading to claims of inadequate removal.
Outcome: Contractor performed additional tests and partial re-cleaning; arbitration ruled owner partially responsible for test location decisions.
Central Hub Airport v. SecureRunway Contractors, 2021
Issue: Runway surface damaged by aggressive removal, requiring overlay repairs.
Arbitration: Contractor fully liable for overlay costs; additional friction testing conducted to verify compliance post-remediation.
5. Key Lessons from These Disputes
Method Selection and Equipment Quality Are Critical – Proper removal techniques prevent surface damage while achieving target friction.
Inspection and Documentation Are Decisive – Friction measurements, visual inspections, and photographic evidence are key arbitration proof.
Environmental and Operational Planning Matters – Weather and scheduling constraints affect removal effectiveness.
Contract Clauses Should Define Acceptable Removal Quality – Include target friction values, allowed residuals, surface condition, and rework obligations.
Remediation Costs Are Often Contractor Liability – Particularly when equipment or method is inadequate.
Shared Liability Can Occur – Owner actions, test locations, or operational restrictions can contribute to disputes.
RELATED Blog
comments