Mind OC Completes Sustainable Irvine Campus Project

The 22-acre project demonstrates how developers can lower material costs by repurposing legacy infrastructure.

Updated on Oct. 26, 2026 in Construction

Mind OC Completes Sustainable Irvine Campus Project

Live Poll

Should developers be required to reuse materials from demolished buildings in new construction projects?

Mind OC finished construction on the Be Well OC Irvine campus, a 22-acre facility featuring four single-story buildings. The project, which includes 109,801 sq ft of space, involved intensive site remediation and material repurposing.

Why it matters

Operators can look to this project for benchmarks in sustainable site redevelopment on complex land parcels. By recycling massive amounts of infrastructure, the project demonstrates how to manage brownfield constraints while reducing new material procurement.

The 22-acre project salvaged 131,100 sq ft of roof timbers and deck lumber for reuse, while pulverizing 215,000 sq ft of concrete from former structures. It remains unknown how the operational costs of this abatement compare to standard ground-up greenfield construction.

The players

Mind OC

The entity responsible for the delivery and management of the Be Well OC Irvine campus.

The details

Development required extensive hazardous waste abatement, including the extraction of 7,830 tons of contaminated materials and 2,600 linear feet of steam tunnels. Builders optimized site utility by compacting 31,500 cubic yards of crushed rock and protecting two active monitoring wells in place. Spatial organization and strategic landscaping were used to establish secure campus zones.

1940s: Marine Corps air station originally built at the site.
2026: Project completion reported.

Market Landscape

This development follows the pattern of intensive site recycling established by the 2018 closure and redevelopment of former military air station sites. It highlights the growing feasibility of re-purposing legacy industrial land for modern commercial and public use.

Developers and operators should review the logistics of salvaging structural materials like roof timbers, which were repurposed in this project. Proactive management of legacy environmental hazards, such as steam tunnels, remains a critical cost-control factor for brownfield sites.

The takeaway

Large-scale site remediation offers significant opportunities to offset material costs through onsite recycling. Operators should prioritize early-stage environmental assessments to determine which existing structures can be salvaged for construction.