Project Channel | Houston, Texas

Project Channel is an expansive 1,392,587 square foot building, including a 401,278 square foot mezzanine, six outbuildings, and various site improvements. This state-of-the-art facility is intended for use by a large national retailer, primarily for storage, warehousing, distribution of goods, and administrative office space. The building reaches a height of 50 feet at the top of the parapets, with a clear height of 40 feet in the warehouse area and 20 feet in the mezzanine area. The mezzanine level offers an unprecedented 17 feet of clear space from the finished floor to the bottom of the deck. The site development spans approximately 145 acres.

Remarkably, the construction of this massive project was completed swiftly and safely, despite almost the entire month of November being plagued with rain delays. This efficiency speaks to the capabilities of the construction and trade partner teams and their use of innovative construction methods and materials. The project’s successful completion provides the client with a modern, spacious facility that meets their storage, distribution, and administrative needs.

The design and construction team encountered several challenges that required innovative solutions and strong teamwork. One major challenge was the speed of construction, exacerbated by numerous rain delay days and the client’s need for a 17-foot clearance for their racking, significantly higher than average. Additionally, the Houston region, where the project was located, was underdeveloped, necessitating coordination with another developer to ensure roads, utilities, and other infrastructure were accessible for the project.

Another unforeseen challenge was the discovery of over 150,000 cubic yards of spoil dirt that needed to be moved offsite before building the pads. This added complexity and time to the project schedule, requiring careful planning and coordination. To accelerate the construction schedule and catch up after rain delays, the team held multiple planning meetings before concrete pours and collaborated closely with trade partners to sequence the building and mezzanine. This resulted in record-breaking pours of 2300 cubic yards of concrete and 230 trucks on-site per day.

The construction team implemented several project-specific safety programs and strategies to ensure a safe work environment that exceeded industry standards. Given the high volume of concrete pours, with some days seeing 230 trucks on site, a strict ingress and egress plan was developed to manage traffic and ensure the safety of workers and visitors. Additionally, a detailed safety plan was created for a day when a helicopter was used to install 85 air conditioning units on the roof, completing the task in just six hours. This plan included protocols for managing air traffic, ensuring the safety of workers on the ground, and coordinating with the helicopter pilot and crew.

To prevent injuries and maintain a safe job site, the team implemented comprehensive training and safety programs. One notable initiative was a safety appreciation lunch focused on fall protection, featuring full demonstrations and discussions on best practices. These proactive measures ensured that there were no incidents, highlighting the team’s commitment to safety.

The project was innovative in incorporating a syphonic system for excessive rainwater on the roof. This cutting-edge technique uses a series of pipes and valves to create a vacuum effect, allowing for more efficient drainage and reduced pipe sizes compared to traditional gravity-based systems. This innovation not only showcases a commitment to sustainability but also demonstrates a forward-thinking approach to infrastructure design.

Project Channel is a significant achievement in modern construction, showcasing the capability to deliver large-scale, complex structures efficiently and effectively. The design and construction teams’ dedication to quality, safety, and innovation resulted in a facility that meets the client’s needs and sets a new standard for the industry.