In power generation, improving efficiency often comes down to finding opportunities to get more from the energy already being produced. One area that can sometimes be overlooked is flow measurement. Differential pressure (DP) flow measurement is used throughout power...
Refineries are pushing outages out as far as possible, so improvements that need a process penetration often wait on a wish list until the next turnaround. Every new penetration can add installation complexity, safety reviews, a potential leak path, and future maintenance requirements.
Water Is Becoming a More Important Part of the Data Center Conversation Power availability has long shaped where data centers are built and how much capacity they can support. Now, AI’s rising thermal demands are bringing cooling capacity into sharper focus—and with...
Steam supports sterilization, heating, clean utilities, and heating, ventilation, and air conditioning (HVAC), so a single failed trap can waste energy continuously. Finding failures early protects product quality while cutting fuel use, emissions, and maintenance cost.
Accurate and reliable level measurement is essential to maintaining safe and efficient plant operation across the process and power generation industries. In hydrocarbon separators, chemical reactors, storage vessels and boiler systems, automated instruments provide...
For oil and gas operators, maintaining visibility into critical process measurements is essential, especially at remote well sites, tank farms, and production facilities. In cold-weather environments, power module performance becomes increasingly important because low temperatures can increase internal battery resistance and raise the risk of communication interruptions.
AI workloads are pushing rack densities to 100 kilowatts per rack or more, and the liquid cooling loops that support them add complexity that commercial meters were not built to handle. Any service interruption carries significant financial consequences through service-level agreement penalties. In some AI-focused facilities, cooling accounts for roughly 30 to 40% of total facility energy use, so measurement accuracy directly affects both cost and uptime.
Unlike large continuous plants, specialty chemical sites often make many products with frequent changeovers, so flexibility, speed, and quality control matter more. Off-spec batches must be downgraded, reworked, or scrapped, and a missing feedstock discovered mid-campaign can be a major loss. Safety risks from toxic, hazardous, and flammable materials are present every day. Accurate, reliable measurement gives engineers the data they need to manage all these pressures at once.
Most people likely have a fairly simple idea of large ship operations. The schedule to get from point A to B calls for a specific speed to complete the distance on time, so the bridge orders the engine room to run as necessary to maintain the required speed. Done. It...
Continuous monitoring gives operators the visibility needed to improve safety, availability, cost control, and performance
Data center project teams face mounting pressure from higher thermal loads, the adoption of liquid cooling systems, growing integration points between equipment, and aggressive schedules that leave little room for rework. In this environment, measurement is no longer simply about monitoring performance. It provides the operational confidence needed to commission systems faster, validate readiness, and maintain uptime.
Plants often operate with measurement gaps that limit visibility into critical processes and assets. Organizations cannot improve what they do not measure, making accurate and accessible process data a foundational requirement for operational improvement.
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This blog features expert perspectives from Emerson's automation professionals on industry trends, technologies, and best practices. The information shared here is intended to inform and educate our global community of users and partners.