Achieve Environmental Sustainability Goals in Life Sciences

Achieve Sustainability Goals in Life Sciences

Deploy technologies to lower your carbon footprint and promote sustainable practices.

Achieve your Environmental Goals by Reducing Carbon Footprint

Energy usage and general manufacturing practices can significantly impact patient outcomes and the environment. This is driving pharmaceutical and medical technology companies to articulate corporate sustainability goals. Focusing on net zero manufacturing has other benefits, including quality control, improved energy efficiency, lower emissions and waste, and reduced water usage. Emerson’s broad automation and digitization technologies can help you achieve your environmental and sustainability goals.

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Featured Solutions

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Optimize Energy Usage to Decrease Your Carbon Footprint

Optimize Energy Usage to Decrease Your Carbon Footprint

Reach net zero goals by streamlining operations, improving productivity, and lowering energy use with industrial automation. Integrating advanced automation solutions, real-time analytics, and sophisticated control systems will improve operational performance and reduce your carbon footprint.

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Reduce Water Consumption and Usage

Using water-saving technology saves money and allows companies to divert less water from rivers, estuaries, and lakes. Learn how GlaxoSmithKline used Emerson’s Smart Wireless technology to monitor and ultimately optimize its water usage.

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Reduce Water Consumption and Usage
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Improve Energy Efficiency by Predicting and Eliminating Energy Waste

Predict and reduce energy consumption with a systematic methodology and utility planning tools integrated within process simulation. With integrated energy analysis, companies can optimize utility costs and consume fewer fossil fuels.

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Support Sustainability Goals with Automated Steam Trap Monitoring

Reduce wasted steam and lower energy costs by responding to leaking traps quickly.

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Support Life Sciences Sustainability Goals with Automated Steam Trap Monitoring
Fully-Automated Shop Floor Scheduling

Harness Data for Optimal Process Enhancements

Visualize facility constraints, adapting to variability in real-time, optimizing production output, maximizing steam usage, and lowering energy consumption. Real-time scheduling reflects current production and automatically adjusts future production to optimize cleaning and sterilization processes and minimize delays, ensuring a smaller carbon footprint.

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