As the global push toward decarbonisation intensifies, the life sciences industry faces the dual challenge of reducing emissions while maintaining the quality and availability of life-saving therapies. The stakes are high—but so are the opportunities.

A recent white paper by Emerson explores how automation and digitalisation can help life sciences manufacturers reduce their carbon footprint—without disrupting core operations.

The key lies in smarter energy and utility management. By focusing on the WAGES categories—Water, Air, Gas, Electricity, and Steam—and using modern sensors and analytics, companies can unlock immediate savings. In fact, up to 90% of Scope 1 and 2 emissions in life sciences come from energy used in primary manufacturing. Yet many facilities are running with poorly tuned control loops or oversized valves—wasting energy silently, every day.

Advanced automation technologies offer scalable solutions. These range from wireless acoustic transmitters that detect steam trap leaks in real time to predictive analytics that flag failing batches before they waste precious energy and materials. Even better, many of these tools offer short ROI timelines—sometimes within months.

Looking to the future, designing “born digital” plants with digital twins, intelligent utility monitoring, and cloud-connected control systems can make decarbonisation part of a facility’s DNA from day one.

Ultimately, whether retrofitting existing sites or building new ones, automation is not just a sustainability tool—it’s a business strategy.

Explore Emerson’s full white paper for insights into how automation is reshaping sustainability across the life sciences value chain.