Meta Data Center
DPR Developing $1B Facebook Data Center In Mesa, AZ
Meta, formerly known as Facebook, has grown from its origins as a social networking pioneer to a global leader in digital infrastructure. Since its inception, Facebook has continually expanded its user base and diversified its services, necessitating a substantial increase in its technological capabilities. This growth trajectory has driven Meta to invest heavily in its own data infrastructure to support the growing number of platforms and services it offers. The latest physical expansion is the development of a $1B five-building data center campus in Mesa, Arizona.
Solar Panels Powering Meta’s Mesa Data Center
Announced in August 2021, the Mesa Data Center represents a milestone in Meta's journey towards technological self-sufficiency and operational excellence. Spanning over 2.5 million square feet with plans for LEED Gold certification and powered entirely by renewable energy, the facility underscores Meta's commitment to sustainability and efficiency in its operations.
The Data Center expansion contributes to local economies by generating employment opportunities during construction and operational phases. Construction of the Mesa Data Center requires the united efforts of a vast workforce that is expected to peak at 2,000 skilled workers during construction. Meta plays a major role as a driver of economic growth in the communities where it operates including the opening of skilled labor positions to residents after the Data Center becomes operational.
Render Of Data Center Facility
In 2023, the construction of the Meta Data Center in Mesa, Arizona was undertaken by DPR Construction to expand the company's infrastructure capabilities. DPR Construction brings extensive expertise to the project, having successfully delivered several of Meta's key data center developments. Notably, DPR spearheaded Meta's inaugural greenfield project at the Prineville Data Center, setting a benchmark for sustainability and operational excellence. Subsequent collaborations included the Forest City and Luleå Data Centers, each showcasing DPR's commitment to quality and innovation in data infrastructure. Currently, DPR is actively involved in constructing Meta's Fort Worth, Henrico, and Gallatin Data Centers, further solidifying their role as a trusted partner in Meta's strategic expansion of its data infrastructure across the United States.
The construction of the Mesa Data Center presented unique environmental challenges due to the large scale of the project which were amplified by Meta's ambitious sustainability goals and proactive stance on environmental stewardship. Strict adherence to environmental regulations was essential not only to meet standards but also to safeguard local water quality and ecosystem health. The site's heavy machinery and constant vehicular traffic further compounded these challenges, requiring innovative solutions to effectively control sediment and debris in high volume applications. This large-scale project required innovative solutions to manage the environmental impact, particularly the control of sediment and debris tracked out from the construction site.
FODS Trackout Control Mats Installed At Meta Data Center Construction Entrance
Leveraging their expertise from previous Meta data center projects, DPR Construction implemented the FODS Trackout Control Mat system. This choice was driven by the mats' durable composite material and specialized design, which efficiently captured mud and debris from vehicle tires at the site's egress points. The installation of these mats not only ensured compliance with environmental standards but also minimized the risk of pollutants spreading beyond the construction area. This proactive approach not only aligned with Meta's sustainability objectives but also contributed to operational efficiency and safety on public roads.
The decision to employ FODS mats at the Mesa Data Center site yielded multiple advantages. Beyond ensuring environmental compliance, these mats proved cost-effective over the project's duration due to their minimal maintenance requirements compared to traditional solutions. Their robust performance under high traffic volumes not only minimized operational disruptions but also enhanced safety by significantly reducing the risk of accidents caused by debris on public roads.
Throughout the construction phase, the FODS Trackout Control Mats demonstrated reliability and durability, effectively managing sediment and debris without compromising performance. This successful implementation underscores the viability of innovative trackout control technologies in large-scale projects. Their deployment exemplifies how innovative technologies can mitigate environmental impact in large-scale projects, setting a benchmark for future construction initiatives focused on sustainability and operational excellence.
The use of FODS Trackout Control Mats provided several key benefits: The mats effectively prevented sediment and debris from leaving the construction site, thereby protecting the local environment and complying with regulatory requirements. Unlike traditional gravel pads, which require regular maintenance and replacement, FODS Trackout Control mats are reusable and durable, leading to significant cost savings over the project's duration. The mats were easy to install and required minimal maintenance, which reduced labor costs and downtime. By keeping the roadways clean, the mats reduced the risk of accidents caused by mud and debris on public roads.
Throughout the construction period, the FODS Trackout Control Mats demonstrated exceptional performance, consistently removing mud and debris from vehicle tires and ensuring the cleanliness and safety of the surrounding area. Their durability allowed them to withstand the high volume of heavy vehicle traffic without showing signs of wear and tear.
The implementation of FODS Trackout Control Mats at the Mesa, Arizona Meta Data Center construction site proved instrumental in effectively managing sediment and debris. This innovative solution not only met stringent environmental requirements but also surpassed expectations for reliability and cost-effectiveness. The success of this approach highlights the collaborative efforts of DPR Construction and Meta in implementing sustainable practices and achieving operational excellence. This project serves as a compelling example of how innovative trackout control technologies can significantly benefit large-scale developments. By choosing FODS mats, DPR and Meta have set a precedent for future endeavors, demonstrating their commitment to environmental stewardship, cost efficiency, and overall project success.
ABOUT FODS, LLC.
Based in Centennial Colorado, FODS is working to replace ineffective and costly traditional rock stabilized construction entrances, saving you time and money. Our proprietary mat design works to effectively remove debris from your vehicle tires without damaging the tire or the ground’s surface. We provide the only durable, reusable, and environmentally friendly trackout control system currently available on the market. FODS Vehicle Trackout Controls BMP mats are 100% Made In the USA and 100% recyclable.
To find out more information on how we can help your project stay on schedule and in compliance contact 844-200-3637 or email us at info@getfods.com.