BOCA CHICA HANGAR
KEY WEST, FL N69450-21-C-0019

BRIEF DESCRIPTION

Design-Build Project for Type I Aircraft Maintenance Hangars

Titan Consultants is excited to undertake the design-build project to construct advanced Type I aircraft maintenance hangars spanning approximately 110,000 square feet. This project is meticulously planned to deliver a state-of-the-art facility with the latest technologies and features necessary to support efficient and effective aircraft maintenance operations.

Project Scope and Features

1. Structural Foundations:

  • Implement specialized foundations designed to support the hangar’s significant load and structural demands.
  • Advanced engineering techniques ensure the foundations provide durability and stability, even under the heavy stresses of aircraft operations.

2. Overhead Bridge Crane:

  • A high-capacity overhead bridge crane will be installed to facilitate the movement of heavy aircraft components and equipment.
  • The crane system is designed for precision, reliability, and safety, enhancing operational efficiency.

3. Elevators:

  • Integration of robust elevator systems to support the vertical transportation needs within the hangar.
  • Elevators are designed to handle heavy loads and are frequently used, ensuring seamless operation.

4. Permanent Site Improvements:

  • Comprehensive site improvements, including access roads, parking areas, and landscaping.
  • Development of secure and efficient pathways to support the movement of personnel and equipment.

5. Mechanical, Electrical, and Plumbing (MEP) Systems:

  • State-of-the-art mechanical systems to maintain optimal environmental conditions for aircraft maintenance.
    High-capacity electrical systems to support extensive power needs, including advanced lighting and equipment operation.
  • Efficient plumbing systems designed to meet the specific requirements of the hangar, incorporating water-saving technologies.

6. Fire Suppression Systems:

  • Advanced fire suppression systems, including aqueous film-forming foam (AFFF) systems, should be installed and tailored to handle the unique fire risks associated with aircraft maintenance.
  • Integration of comprehensive fire detection and alarm systems ensures rapid emergency response.

7. Sanitary Sewer and Storm Water Systems:

  • We are developing efficient sanitary sewer systems to manage waste and ensure hygienic conditions within the facility.
  • Advanced stormwater management systems are designed to handle runoff, prevent flooding, and maintain site integrity.

Project Goals and Objectives
The primary goal of this project is to construct a world-class Type I aircraft maintenance hangar that meets the highest standards of efficiency, safety, and functionality. Key objectives include:

Operational Efficiency: Designing a facility that streamlines maintenance operations, reducing downtime and increasing productivity. 


Safety and Compliance: Ensuring all systems and structures meet or exceed safety regulations and standards, providing a secure environment for personnel and equipment.
Sustainability: Incorporating eco-friendly materials and systems to minimize environmental impact and promote sustainability.
Adaptability: Creating a versatile facility accommodating various aircraft types and maintenance requirements.
Conclusion
The design-build project for the Type I aircraft maintenance hangars represents a significant enhancement to the facility’s infrastructure and capabilities. Titan Consultants is committed to delivering a hangar that meets the stringent requirements of modern aircraft maintenance and sets a benchmark for future projects. This 110,000-square-foot facility will be a pivotal asset, supporting efficient maintenance operations and the overall mission’s success.

 

AT A GLANCE

 
TITAN RoleSite Safety & Health Officer
ClientThe Korte Company
Contract Price$67,234,569
 

Site Safety and Health Officer Scope Of Work

  • Conduct daily safety and health inspections, maintaining a log of inspected areas, dates, hazards, corrective actions, and completion dates. Submit daily reports to the QC Manager.
  • Conduct mishap investigations, complete accident reports, and report near misses.
  • Use and maintain OSHA’s Form 300 to log work-related injuries and post Form 300A on the site safety bulletin board.
  • Attend pre-construction, mutual understanding, three-phase quality, and progress meetings.
  • Review, approve, implement, and enforce the APP and Accident Hazard Awareness (AHAs) for compliance with EM 385-1-1.
  • Maintain applicable safety reference materials on-site.
  • Establish and maintain a safety deficiency tracking system.
  • Maintain a list of hazardous chemicals and their Safety Data Sheets (SDSs).
  • Maintain a weekly list of high-hazard activities and be prepared to discuss details during Quality Control Progress Meetings.