Utilizing Connected Mechanical Service In Life Sciences Facilities

Erik Ubels, former CIO of Deloitte, stated, “In the future, all buildings and equipment will be connected.” 

Technology marches on!  The things we can accomplish with today’s technology were but mere dreams only five years ago. 

The life sciences industry is under pressure to implement forward-thinking HVAC strategies that balance operational efficiency and maintain FDA-compliant controlled environments. Technological improvements have helped us become more productive, and we now have the ability to help reduce expenses, improve energy efficiency, and enhance life sciences facilities and equipment performance at our fingertips with our newest equipment, controls, and services offerings. 

Connected Mechanical Service Agreements (CMSA) reduce the downtime of essential systems by integrating continuous data collection and remote monitoring with traditional on-site HVAC maintenance, offering transparency into HVAC asset performance. This approach provides 24/7 operational insights that support Boland technicians in troubleshooting and maintaining equipment.

Key benefits of a Connected Mechanical Service Agreement (CMSA) include lower total cost of ownership, improved equipment uptime, and support for ESG and sustainability goals. By leveraging continuous data collection, Connected Mechanical Service Agreements (CMSA) capture equipment performance under various conditions, offering a comprehensive view that traditional service agreements, which rely on periodic inspections, cannot match.

CMSAs can detect changes in equipment performance and environmental conditions, which are crucial in the life sciences sector when both product integrity and indoor air quality are on the line. This continuous monitoring allows for proactive issue detection and resolution, reducing business disruptions and enhancing overall equipment performance.

Digital tools, such as the Digital Inspection Toolbox and Equipment Performance Report, provide detailed insights and performance comparisons against original design specifications. These tools enable technicians to work smarter, identifying and addressing potential problems before they lead to equipment failure.

The CMSA approach enables the technicians to arrive on-site prepared to fix pre-identified issues, thereby minimizing downtime and optimizing maintenance efficiency.

Connected Mechanical Service Agreements represent a significant advancement in HVAC maintenance, combining the reliability of traditional on-site inspections with the enhanced capabilities of continuous remote monitoring. This hybrid approach not only improves equipment performance and longevity but also aligns with modern sustainability and efficiency goals, making it a valuable option for life sciences facilities looking to optimize their HVAC systems. 

By leveraging connected and data-driven insights, Boland helps clients make their controlled environments better by transforming the delivery of optimal building performance.