Standardizing instrumentation is one of the most effective ways to reduce risk in natural‑gas power projects. Selecting a single main instrumentation vendor (level, pressure, flow, analytics, and safety) creates consistent engineering standards and streamlines design,...
Measurement Instrumentation
Streamlining Overfill Proof-Testing
This two-and-a-half-minute YouTube video, Save Costs and Simplify Proof Testing with the Rosemount™ 2140 Level Detector, describes how the Rosemount 2140 level detector’s vibrating fork, with smart diagnostics and fully integrated remote proof-testing, streamlines the process.
Announcing the Next-Gen Flow Sizing and Selection Tool: Confident Choices, Seamless Experience
We are excited to introduce the refreshed Flow Sizing & Selection Tool, your next-generation digital advisor for flow measurement solutions. Built on Emerson’s deep expertise, this all-in-one platform is designed to make product selection faster, easier, and more...
Optimizing Combustion and Enhancing Safety in Power Generation with Emerson Measurement Solutions
In today’s power industry, efficiency and safety are fundamental to the entire lifecycle of a plant. Boilers, furnaces, and heat exchangers are at the heart of energy production, and their performance directly impacts fuel costs, emissions, and operational...
Optimizing Oil Production with the World’s First Retrievable Electric Gas Lift System
Emerson is once again leading the way into new territory with an exciting new development. While gas lift valves are nothing new, the launch of the Adaptive Gas Lift System (AGLS) marks a bold leap forward. This isn’t just another gas lift valve. AGLS brings unmatched...
Connected Clarity: How Bluetooth and Backlit Displays Improve Pressure & Temperature Measurement – 4 Industrial Use Cases
This blog presents 4 real-world applications of Bluetooth-integrated & backlit LCD features that present pressure and temperature transmitters across various industries, focusing on improvements in safety, efficiency, and accessibility. Case Study 1: Ammonia...
Ultrasonic Flow Meter Can Detect Grade or Product Changes in Multi-Use Pipelines, Avoiding Cross Contamination
Imagine that you are responsible for managing incoming pipeline product flows for a hydrocarbon storage and distribution terminal. Today, Refinery A has been sending gasoline for 16 hours but will switch to diesel later. You know you will have to reroute the incoming...
Hygienic G-Series Wins 2025 Process Instrumentation Innovation Award
We’re proud to announce that Emerson’s Micro Motion Hygienic G-Series Coriolis Flow & Density Meter has been recognized with the 2025 Process Instrumentation Innovation Award! This prestigious award celebrates groundbreaking technologies that advance process...
Small Form Factor Hygienic Micro Motion Coriolis Flow Meters with Full-Featured Transmitters Enhance Life Sciences Operations
When it comes to process industries, few sectors demand the level of precision and complexity found in pharmaceuticals Imagine the old-fashioned chemical balance in its glass case, a staple of a pharmacist’s bench decades ago, capable of measuring milligrams with...
Small Form Factor Hygienic Micro Motion Coriolis Flow Meters with Full-Featured Transmitters Enhance Life Sciences Operations
When it comes to process industries, few sectors demand the level of precision and complexity found in pharmaceuticals Imagine the old-fashioned chemical balance in its glass case, a staple of a pharmacist’s bench decades ago, capable of measuring milligrams with...
Improve Performance with Wireless Non-Contacting Radar Level Measurement
In this 3-minute YouTube video, Reduce costs while gaining process visibility with the Rosemount™ 3408 Wireless Level Transmitter, Emerson’s Helena Hjortsberg shares how the Rosemount 3408 Wireless Level Transmitter, a non-contact sensor that uses WirelessHART technology to provide reliable level measurements in remote locations without the need for wiring.
Importance of Monitoring and Optimization Sensors in Industrial AI
Emerson’s Jonas Berge has penned another great LinkedIn article, M+O Sensors: Comprehensive Plant Data Collection. Typically, plant sensors are added for measurement and control (M+C), but it’s also essential to add sensors for monitoring and optimization (M+O).
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