Hangar Building 100 Renovation

C&S was the architect, engineer, and construction manager for the addition and renovation of the central core for Building 100 at Griffiss International Airport. A 3,000-square-foot front entrance addition brings the newly-renovated core to 43,000 square feet across three stories. In addition, an 11,000-square-foot state of the art optics lab was built out in the adjacent hangar.

The rehabilitation of this building, otherwise sitting vacant, provides a dramatic sustainable effect. Considering the embodied energy in the existing building, the total sum of energy used to create, maintain, and eventually demolish and dispose of it, renovation has a clear benefit from a sustainability standpoint. The challenges of saving this building and reutilizing the structure were met and proved to be financially feasible. Because of this, new construction that would have had a much larger environmental impact was not necessary.

The addition adds a tall modern entrance with a three-story atrium, monumental stair, and large windows to bring an abundance of light into the lobbies of the offices within. The existing core was built out with clean room lab space, private offices, and reconfigurable open office spaces. The challenge of a low concrete deck height in the renovated core was accommodated with open ceilings, exposed mechanical systems, and distinctive lighting to accent and enhance the space. Light, vibrant interior finishes work to expand the space visually while the dark ceiling disappears behind the contrasting lighting.

Energy usage was carefully considered and addressed through the design. The entire roof, which stepped across three floors, was replaced and reinsulated to bring it up to modern energy code standards. Existing single pane windows throughout the facility were replaced with high efficiency low U-value units. LED lighting was installed with careful consideration of foot-candle levels and energy efficiency considered.

In addition to the energy-efficient upgrades, the electrical systems were thoroughly inspected and updated to handle the increased demands of modern appliances and lighting. A licensed residential electrician was brought in to rewire key areas of the building, ensuring that the infrastructure was up to code and capable of supporting the new energy-efficient features. By upgrading the electrical panel and integrating smart home technology, the system now allows for more precise control of energy usage, further reducing the facility’s overall carbon footprint.

This proactive approach not only meets current safety standards but also prepares the facility for future technological advancements. Regular maintenance schedules have been established, ensuring that the electrical systems remain in optimal condition and minimizing the likelihood of unforeseen issues.

Furthermore, the integration of smart home technology has transformed the way residents interact with their living spaces, promoting greater convenience and energy management. This innovative system allows for seamless control over lighting, heating, and appliances from a single platform, enabling users to optimize their energy consumption effortlessly.

In the event of unexpected electrical problems, residents can rest easy knowing that emergency electrical services are readily available to address any urgent issues that may arise. This combination of advanced technology and reliable support not only enhances the overall living experience but also underscores the commitment to creating a safe, efficient, and sustainable environment for all.

Special attention was given to energy conservation, with features like programmable lighting schedules and motion sensors that automatically adjust light levels based on the time of day and occupancy. This careful planning and execution not only improved the building’s energy efficiency but also enhanced its overall functionality and comfort.

Energy efficiency remains a pivotal aspect of modern roofing solutions, as demonstrated by the comprehensive upgrades made to this facility. In addition to replacing and reinsulating the entire roof to meet current energy code standards, understanding The basics of metal roofs plays a crucial role in optimizing performance and longevity. Metal roofs, known for their superior durability and reflective properties, contribute significantly to reducing energy consumption by minimizing heat absorption and improving insulation.

Incorporating energy-efficient roofing solutions is essential for any building’s overall performance, especially when considering roof installation services. When it comes to roofs, the installation process requires careful planning and execution to maximize their benefits. A professional roofing service ensures that every aspect, from proper ventilation to secure fastening, is addressed during the installation. This attention to detail not only enhances the roof’s energy efficiency but also prolongs its lifespan, allowing property owners to enjoy the long-term savings that come from reduced energy bills.

Choosing a reliable roofing service is crucial for achieving optimal results. Redland Property Services specializes in the installation of roofs, providing expertise that ensures compliance with energy code standards. Their team understands the intricacies of working with different materials and designs, enabling them to deliver a high-quality installation that meets each client’s specific needs.

The thoughtful approach to upgrading existing single-pane windows to high-efficiency units and installing LED lighting reflects a commitment to sustainable practices throughout the renovation. By integrating metal roofing solutions into the design, the project not only enhances the building’s energy efficiency but also ensures a long-lasting, low-maintenance solution that stands the test of time.

Project

Hangar Building 100 Renovation