Case Study
Lab Airflow Optimization Delivers Rapid, Scalable Energy Savings
This case study describes a pharmaceutical R&D facility reducing energy use through optimized ventilation. By implementing demand-controlled airflow, adjusting temperature ranges, and lowering fan speeds, the site significantly cut electricity and gas consumption without compromising safety. The project delivered over $380,000 in annual savings, reduced emissions, and achieved payback in under two years, supported by utility rebates. Improved visibility into air quality and system performance enabled ongoing optimization. The approach is now being scaled across multiple facilities, demonstrating a repeatable, data-driven model for energy efficiency in lab environments.
