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North Carolina's latest play for biotech real estate development


North Carolina's latest play for biotech real estate development

The Tar Heel State is among a growing number of markets rolling out the welcome mat for lab spaces.

By John Caulfield, Senior Editor | April 7, 2022
North Carolina's latest play for biotech real estate development CRB CARsgen 1.jpg
In January, the biopharm firm CARsgen started moving personnel into its R&D/manufacturing complex in Durham, N.C., one of the country’s hotbeds for lab testing services. This adaptive reuse project took more than a year from conception to completion. Photo: CRB

In late January, CARsgen Therapeutics, a biopharmaceutical company with operations in China and the U.S., started moving employees into a biomanufacturing facility in Durham, N.C., the company’s first such operations in North America.

CARsgen has clinical offices in Houston, and its holding company was founded in Shanghai in 2014. It is investing $157 million for the North Carolina campus, which is expected to eventually house 200 workers by 2026. That campus is being developed in two phases: the first (which opened officially on February 21) is a 37,000-sf research and development lab for early-stage manufacturing of chimeric antigen receptor T-cell (CAR-T) therapies that battle cancers. Upon FDA approval of those therapies, CARsgen will start construction on a 100,000-sf cGMP commercial manufacturing plant. 

Jie Jia, PhD, CARsgen’s Vice President of Strategic Alliances and Operations, is hopeful that the factory can be started by late 2022.

This project is but the latest example of demand-driven construction of lab space. The Raleigh-Durham market is a hot bed for companies developing CAR-T therapies that use patient-derived T cells that are customized in the manufacturing process for each patient.  

Jie tells BD+C that his company selected North Carolina’s Research Triangle for its campus because of its “local ecosystem” that, according to the North Carolina Biotechnology Center’s website, includes three comprehensive cancer centers—UNC Lineberger, Duke Cancer Institute, and Wake Forest Baptist Health—as well as the NC Rare Disease Network and the North Carolina Precision Health Collaborative. 

CARsgen reportedly considered locating its facility in Maryland, which offered $35 million in incentives, but ultimately chose North Carolina, which offered a $2.2 million grant and tax reimbursement package over 12 years, according to the state’s Economic Development Partnership, which with NCBioTech and North Carolina’s Department of Commerce recruited the company.

Helping CARsgen with site selection was CRB, an AEC and consulting firm that specializes in life sciences projects. It has been working with CARsgen since late 2020 to develop the entire program in North Carolina. CRB is providing engineering, design, and construction services as part of a building team that includes EAS (prefabrication), Star Electric (electrical), Edwards Inc. (structural, demolition, and concrete), and Dagard (which provided the lab’s cleanroom wall and ceiling panel systems).


The R&D facility is an adaptive reuse of what had been an office and warehouse built in the early 1990s. CARsgen singled out this building over several others it and CRB looked at, explains Jie, because “it could be transformed quickly.” But that didn’t necessarily mean easily.

The first building took 13 months from conception to occupancy, and construction started in July 2021, says Ryan Lowder, DBIA, Project Director for CRB. The design team considered 15 different floor plans, as CARsgen at first preferred a smaller facility. “It realized that its plans needed to expand to accommodate the number of patients it would be creating drugs for,” Lowder explains.

The project’s biggest challenge, says A.L. Nesbitt, CRB’s Project Management Group Lead, was getting the floors to the height needed for HVAC systems the cleanroom required. This single-story building had an interior ceiling height of 18 feet, “which wasn’t optimal,” laments Lowder. The headroom space for the lab’s cleanroom is a tight nine feet, six inches, says Nesbitt.

In addition, the building team had to refortify the building’s floor slab—which over the years had been cut up into pieces for multiple tenants—to support new equipment plus dead loads like ductwork.

In adapting the building, CRB deployed its ONEsolution integrated project delivery (IPD) approach. Lowder elaborates that the building used a “self-supporting” modular cleanroom system, so that everything else in the lab could be installed first to meet timelines and the space available. “It was like building an Oreo cookie in reverse,” he quips. Abetting this approach was offsite manufacturing, by EAS, of ductwork, pipe racks, and other components that were assembled into five large sections and then transported to the jobsite for installation.

Nesbitt observes that developers of offices and labs are scrambling to get into cleanroom construction. CRB, which already had the expertise, was “lucky” to be working with CARsgen, “that was willing to be innovative,” she says. Jie adds that his company is receptive to adaptive reuse for future expansion. But supply chain snags for materials pose dilemmas. “So we have to get into projects earlier,” he says. That’s especially true for a biopharm company whose business model success hinges on speed to market.

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