[[bpstrwcotob]]
Designing Labs for Energy Efficiency and Institutional Climate Goals
As laboratories pursue ambitious sustainability goals amid rising energy costs and market volatility, facility leaders are increasingly finding that long-term success depends on integrating energy efficiency, procurement, resilience, and demand management into a comprehensive energy strategy
Lab Flexibility and Scalability: A Holistic Approach to Future-Ready Research Environments
As funding uncertainty and evolving research demands increase pressure on institutions, laboratory flexibility must extend beyond modular furniture to include shared resources, adaptable infrastructure, and strategic planning that support long-term resilience and efficiency
Why Laboratory Sustainability Efforts Need Better Data, Not Just Better Technology
As laboratories face increasing pressure to meet sustainability goals and building performance requirements, reliable facility data is becoming essential for benchmarking energy use, validating upgrades, securing incentives, and demonstrating long-term compliance
How Early Collaboration Shapes High-Performance Research Facilities
Early, intentional collaboration—through stakeholder alignment, iterative engagement, and thoughtful programming—enables lab projects to move beyond basic requirements and deliver flexible, high-performing research environments that stay on schedule, on budget, and aligned with user needs
Design Decisions That Protect Critical Environments
By integrating contamination control into early design decisions, laboratories can better align human behavior, facility performance, and operational resilience
Why Facilities Teams Should Have a Seat at the Lab Design Table
Facilities management teams are moving upstream in lab design—bringing critical operational insight early in the process to ensure spaces are functional, maintainable, and adaptable long after construction is complete
The Science of Today’s Lab Design: Creating Shared and Versatile Spaces
Laboratories are increasingly being designed as flexible, long-term assets using “long life, loose fit” principles—emphasizing modular layouts, shared resources, and adaptable infrastructure—to accommodate evolving research needs and multi-tenant use
Invisible Risk: Why Ultra-High Purity Gas Systems Demand Specialized Design and Installation Expertise
In laboratory design, ultra-high purity (UHP) gas systems demand specialized specifications, materials, and qualified installation practices—distinct from standard high-purity or medical gas systems—because even trace contamination can undermine instrument performance, data integrity, and overall project success
An Operations-First Framework for Lab Renovations
Renovating active laboratories offers a cost-effective alternative to new construction but requires a highly strategic, operations-centered approach to upgrade facilities and integrate new technologies while minimizing disruptions to critical, ongoing work
How AI Is Reshaping Lab Design
AI is reshaping lab design and operations by changing how space is used, how infrastructure is prioritized, and how workflows are structured—driving a shift toward more flexible, data-driven, and automation-ready environments that can evolve alongside science and technology