Discover the transformative potential of dynamic air quality control in laboratory environments. This article explores the evolution from traditional fixed air changes per hour (ACH) methods to a data-driven, demand-based control (DBC) approach. Learn how real-time air quality measurements can enhance safety, reduce costs, and lower carbon emissions in research settings. Gain insights from a decade of empirical data and operational results across various organizations, revealing the benefits of actively managing lab environments for improved safety and efficiency.
Explore the multifaceted benefits of a Computerized Maintenance Management System (CMMS) in enhancing Environment, Health, and Safety (EHS) practices within organizations. Learn how CMMS facilitates preventive maintenance, reduces waste, optimizes energy use, and promotes a sustainable, eco-friendly approach to asset management while fostering a culture of safety and accountability in the workplace.
Weill Cornell Medicine has named Cathy Garzio as its new Executive Vice Provost and Chief Operating Officer. She will oversee departments such as capital planni
The global pollution crisis mandates that people, particularly workers, should take responsibility for mitigating the harmful impact of air pollution on their bodies, especially the respiratory system.