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Analytical Experts Blog
Mirror of the Analytic Experts Blog
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Comprehensive Multi-Component Gas Analysis
3 months ago
Flow Blog
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Improving Data Center Availability with Process Instrumentation
2 days ago
Level Blog
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What Guided Wave Radar Echo Curves Reveal About Your Level Measurement
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Connected Clarity: How Bluetooth and Backlit Displays Improve Pressure & Temperature Measurement – 4 Industrial Use Cases
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Tank Gauging Blog
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How ‘2-in-1’ Radar Technology Fulfills Requirement for Independent Tank Gauging and Safety Systems on Liquefied Gas Carriers
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Analytical Experts Blog:
Gas Analyzer Applications
Jim Cahill
Monitoring the composition of what’s in an air mixture is important for many processes. Reasons may include detecting dangerous gasses for the safety of the plant personnel, getting the air-fuel ratio right for optimum combustion, or better understanding the mix of hydrocarbons in a gas stream to name a few. At next week’s Emerson Exchange conference , Emerson’s Kyle Stewart is participating in a number of sessions…
20 Oct 2016
Analytical Experts Blog:
Gas Analyzer Applications
Jim Cahill
Monitoring the composition of what’s in an air mixture is important for many processes. Reasons may include detecting dangerous gasses for the safety of the plant personnel, getting the air-fuel ratio right for optimum combustion, or better understanding the mix of hydrocarbons in a gas stream to name a few. At next week’s Emerson Exchange conference , Emerson’s Kyle Stewart is participating in a number of sessions…
20 Oct 2016
Analytical Experts Blog:
Gas Analyzer Applications
Jim Cahill
Monitoring the composition of what’s in an air mixture is important for many processes. Reasons may include detecting dangerous gasses for the safety of the plant personnel, getting the air-fuel ratio right for optimum combustion, or better understanding the mix of hydrocarbons in a gas stream to name a few. At next week’s Emerson Exchange conference , Emerson’s Kyle Stewart is participating in a number of sessions…
20 Oct 2016
Level Blog:
Non-Contacting Radar Level Measurement Frequency Tradeoffs
Jim Cahill
Microwaves have many uses including communications, navigation, radar, radio astronomy, heating and power, and spectroscopy to name a few. For instrumentation and automation, radar level measurement works by emitting microwaves to measure distance. The first radar level measurement system was installed on a commercial oil tanker in 1976. Today, the technology has advanced to measure levels in tanks and vessels with…
14 Oct 2016
Flow Blog:
Modular Multiphase Oil and Gas Well Flow Metering
Jim Cahill
With many oil and gas producers facing tighter margins due to prices, any capital and operational expenditures must be closely scrutinized. To maximize the life and production rates of the well and improve reservoir decision-making, it is important to characterize and understand reservoirs and access accurate production information. Multiphase flow meters, measure oil, gas and water cuts can aid in supplying production…
11 Oct 2016
Level Blog:
Radar frequencies: dispelling the myths
Peta Glenister
Radar level transmitters on the market use different microwave frequencies – so which one is best? Laws of physics make “the best choice” vary depending on specific application challenges. Read more about the pros and cons of the various microwave frequencies from a level measurement perspective in our new white paper. http://bit.ly/radarfrequenciesNEW
11 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Temperature Blog:
Accurate Piping Surface Temperature Measurement
Jim Cahill
We see the impact of the Internet of Things in our homes with devices like thermostats that we can control from our mobile devices. And we see it in industrial processes with the ever expanding variety of sensing devices to improve the safety, efficiency and reliability of these processes. One important area of innovation is being able to measure temperature without having to penetrate the piping or vessels with thermowells…
3 Oct 2016
Pressure Blog:
Improving Pump Continuous Monitoring
Jim Cahill
Unless you are lucky enough to have a process that flows downhill, you likely have pumps moving liquids through the process. And if these liquids come in large volumes such as hydrocarbon movement and storage facilities, these pumps can be very large and dangerous should failures occur. In a World Pipelines article, Flow management starts with pumps , Emerson’s Wally Baker describes how to improve reliability and efficiency…
23 Sep 2016
Pressure Blog:
Improving Pump Continuous Monitoring
Jim Cahill
Unless you are lucky enough to have a process that flows downhill, you likely have pumps moving liquids through the process. And if these liquids come in large volumes such as hydrocarbon movement and storage facilities, these pumps can be very large and dangerous should failures occur. In a World Pipelines article, Flow management starts with pumps , Emerson’s Wally Baker describes how to improve reliability and efficiency…
23 Sep 2016
Pressure Blog:
Improving Pump Continuous Monitoring
Jim Cahill
Unless you are lucky enough to have a process that flows downhill, you likely have pumps moving liquids through the process. And if these liquids come in large volumes such as hydrocarbon movement and storage facilities, these pumps can be very large and dangerous should failures occur. In a World Pipelines article, Flow management starts with pumps , Emerson’s Wally Baker describes how to improve reliability and efficiency…
23 Sep 2016
Pressure Blog:
Improving Pump Continuous Monitoring
Jim Cahill
Unless you are lucky enough to have a process that flows downhill, you likely have pumps moving liquids through the process. And if these liquids come in large volumes such as hydrocarbon movement and storage facilities, these pumps can be very large and dangerous should failures occur. In a World Pipelines article, Flow management starts with pumps , Emerson’s Wally Baker describes how to improve reliability…
23 Sep 2016
Analytical Experts Blog:
Balancing Air/Fuel Ratio with Gas Chromatography – A Glass Manufacturing Example
Bonnie Brown
Hi. I’m Bonnie Crossland, Rosemount product manager for gas chromatograph (GC) technology and I’ll be your analytic expert today. I recently had an opportunity to write an article for InTech magazine and I’d like to share with you some of the ideas from that article. You may be aware that glass production is one of the most energy intensive industries, with energy costs topping 14% of total production costs. The bulk…
14 Sep 2016
Level Blog:
Measuring Cement Storage Silo Level and Volume Reliably
Jim Cahill
The cement-making process involves quarrying raw materials such as limestone, sand and clay and then crushing these materials and others into small pieces in a series of stages. Rotary cement kilns heat these materials along other materials such as iron ore or fly ash. The high heat removes elements that are turned into gasses and the materials left are cooled and ground up with small amounts of gypsum and limestone added…
29 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
Pressure Blog:
Rugged Downhole Pressure and Temperature Measurement
Jim Cahill
I saw a recent news item , Emerson introduces digital, +175°C, high-precision pressure and temperature transmitter designed for corrosive harsh downhole measurements, and wanted to find out more about the application for this technology. I caught up with Emerson’s Joe Kitzman to learn more. When drilling for oil and gas, downhole pressure and temperature measurements are used: …to improve oil and gas production…
24 Aug 2016
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