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Industrial Energy Blog
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Quantum Cascade and Tunable Diode Laser Technologies Simplify Analyzers for Continuous Emissions Monitoring Systems
26 days ago
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Reaching Operational Excellence while Remaining Policy-Compliant: Leveraging Opportunities to Improve Resource Efficiency
Jim Cahill
Author: Ana Gonzalez Hernandez, PhD The production of engineered materials, such as metals, cement, or plastics, requires a lot of energy. Before the industrial revolution, natural resources were of relatively high value compared to labour, and this ensured that products “were maintained, repaired and upgraded” (Allwood et al. 2011) . Today, the relative value of labour and natural resources has reversed, and energy…
27 Jul 2018
Reaching Operational Excellence while Remaining Policy-Compliant: Leveraging Opportunities to Improve Resource Efficiency
Jim Cahill
Author: Ana Gonzalez Hernandez, PhD The production of engineered materials, such as metals, cement, or plastics, requires a lot of energy. Before the industrial revolution, natural resources were of relatively high value compared to labour, and this ensured that products “were maintained, repaired and upgraded” (Allwood et al. 2011) . Today, the relative value of labour and natural resources has reversed, and energy…
27 Jul 2018
Reaching Operational Excellence while Remaining Policy-Compliant: Leveraging Opportunities to Improve Resource Efficiency
Jim Cahill
Author: Ana Gonzalez Hernandez, PhD The production of engineered materials, such as metals, cement, or plastics, requires a lot of energy. Before the industrial revolution, natural resources were of relatively high value compared to labour, and this ensured that products “were maintained, repaired and upgraded” (Allwood et al. 2011) . Today, the relative value of labour and natural resources has reversed, and energy…
27 Jul 2018
Reaching Operational Excellence while Remaining Policy-Compliant: Leveraging Opportunities to Improve Resource Efficiency
Jim Cahill
Author: Ana Gonzalez Hernandez, PhD The production of engineered materials, such as metals, cement, or plastics, requires a lot of energy. Before the industrial revolution, natural resources were of relatively high value compared to labour, and this ensured that products “were maintained, repaired and upgraded” (Allwood et al. 2011) . Today, the relative value of labour and natural resources has reversed, and energy…
27 Jul 2018
Reflections from CERAWeek
Jim Cahill
The IHS Markit team gathered in a panel to share reflections from things they heard this week at 2018 CERAWeek. James Burkhard noted that confidence is returning to the oil markets. The new math of oil is that the US is a swing producer for the world with price being the lever in supply. The other big news is the big transition going on from oil-based transportation fuel to electric-based transportation. This will have…
11 Mar 2018
Reflections from CERAWeek
Jim Cahill
The IHS Markit team gathered in a panel to share reflections from things they heard this week at 2018 CERAWeek. James Burkhard noted that confidence is returning to the oil markets. The new math of oil is that the US is a swing producer for the world with price being the lever in supply. The other big news is the big transition going on from oil-based transportation fuel to electric-based transportation. This will have…
11 Mar 2018
Reflections from CERAWeek
Jim Cahill
The IHS Markit team gathered in a panel to share reflections from things they heard this week at 2018 CERAWeek. James Burkhard noted that confidence is returning to the oil markets. The new math of oil is that the US is a swing producer for the world with price being the lever in supply. The other big news is the big transition going on from oil-based transportation fuel to electric-based transportation. This will have…
11 Mar 2018
Reflections from CERAWeek
Jim Cahill
The IHS Markit team gathered in a panel to share reflections from things they heard this week at 2018 CERAWeek. James Burkhard noted that confidence is returning to the oil markets. The new math of oil is that the US is a swing producer for the world with price being the lever in supply. The other big news is the big transition going on from oil-based transportation fuel to electric-based transportation. This will have…
11 Mar 2018
The Cloud, the Edge and Innovations across the Energy Sector
Jim Cahill
Huge amounts of data combined with powerful analytics applications running in cloud environments are beginning to help solve some of the toughest reliability, efficiency and productivity challenges that manufacturers and producers face. Emerson’s systems and solutions business technology vice president, Claudio Fayad shared his insights in a panel, The Cloud, the Edge and future of connectivity, moderated by IHS Markit…
7 Mar 2018
The Cloud, the Edge and Innovations across the Energy Sector
Jim Cahill
Huge amounts of data combined with powerful analytics applications running in cloud environments are beginning to help solve some of the toughest reliability, efficiency and productivity challenges that manufacturers and producers face. Emerson’s systems and solutions business technology vice president, Claudio Fayad shared his insights in a panel, The Cloud, the Edge and future of connectivity, moderated by IHS Markit…
7 Mar 2018
The Cloud, the Edge and Innovations across the Energy Sector
Jim Cahill
Huge amounts of data combined with powerful analytics applications running in cloud environments are beginning to help solve some of the toughest reliability, efficiency and productivity challenges that manufacturers and producers face. Emerson’s systems and solutions business technology vice president, Claudio Fayad shared his insights in a panel, The Cloud, the Edge and future of connectivity, moderated by IHS Markit…
7 Mar 2018
The Cloud, the Edge and Innovations across the Energy Sector
Jim Cahill
Huge amounts of data combined with powerful analytics applications running in cloud environments are beginning to help solve some of the toughest reliability, efficiency and productivity challenges that manufacturers and producers face. Emerson’s systems and solutions business technology vice president, Claudio Fayad shared his insights in a panel, The Cloud, the Edge and future of connectivity, moderated by IHS Markit…
7 Mar 2018
4 Critical Industrial Boiler Measurements
Jim Cahill
Many industrial processes require thermal energy as part of the production process. Steam is often the heat carrier because it highly absorbs this thermal energy and transports easily via piping. Industrial boilers are used to convert the energy in fuel to the thermal energy in the steam. Boiler control strategies must be developed to operate the boiler safely, reliably and efficiently under varying loads, fuel costs…
5 Feb 2018
4 Critical Industrial Boiler Measurements
Jim Cahill
Many industrial processes require thermal energy as part of the production process. Steam is often the heat carrier because it highly absorbs this thermal energy and transports easily via piping. Industrial boilers are used to convert the energy in fuel to the thermal energy in the steam. Boiler control strategies must be developed to operate the boiler safely, reliably and efficiently under varying loads, fuel costs…
5 Feb 2018
4 Critical Industrial Boiler Measurements
Jim Cahill
Many industrial processes require thermal energy as part of the production process. Steam is often the heat carrier because it highly absorbs this thermal energy and transports easily via piping. Industrial boilers are used to convert the energy in fuel to the thermal energy in the steam. Boiler control strategies must be developed to operate the boiler safely, reliably and efficiently under varying loads, fuel costs…
5 Feb 2018
4 Critical Industrial Boiler Measurements
Jim Cahill
Many industrial processes require thermal energy as part of the production process. Steam is often the heat carrier because it highly absorbs this thermal energy and transports easily via piping. Industrial boilers are used to convert the energy in fuel to the thermal energy in the steam. Boiler control strategies must be developed to operate the boiler safely, reliably and efficiently under varying loads, fuel costs…
5 Feb 2018
Monitoring for Motor Reliability and Energy Efficiency with Wireless Power Meters
Jim Cahill
Equipment monitoring plays a large role in a manufacturer’s reliability program. The health of this equipment can also affect energy consumption levels. For motor-driven pumps, fans, compressors, etc., monitoring the electrical energy usage provides an additional indication of equipment health beyond vibration, temperature and other traditional measurements. Emerson’s Matt Austin shared with me a new, downloadable…
7 Nov 2017
Monitoring for Motor Reliability and Energy Efficiency with Wireless Power Meters
Jim Cahill
Equipment monitoring plays a large role in a manufacturer’s reliability program. The health of this equipment can also affect energy consumption levels. For motor-driven pumps, fans, compressors, etc., monitoring the electrical energy usage provides an additional indication of equipment health beyond vibration, temperature and other traditional measurements. Emerson’s Matt Austin shared with me a new, downloadable…
7 Nov 2017
Monitoring for Motor Reliability and Energy Efficiency with Wireless Power Meters
Jim Cahill
Equipment monitoring plays a large role in a manufacturer’s reliability program. The health of this equipment can also affect energy consumption levels. For motor-driven pumps, fans, compressors, etc., monitoring the electrical energy usage provides an additional indication of equipment health beyond vibration, temperature and other traditional measurements. Emerson’s Matt Austin shared with me a new, downloadable…
7 Nov 2017
Monitoring for Motor Reliability and Energy Efficiency with Wireless Power Meters
Jim Cahill
Equipment monitoring plays a large role in a manufacturer’s reliability program. The health of this equipment can also affect energy consumption levels. For motor-driven pumps, fans, compressors, etc., monitoring the electrical energy usage provides an additional indication of equipment health beyond vibration, temperature and other traditional measurements. Emerson’s Matt Austin shared with me a new, downloadable…
7 Nov 2017
Advancing Combustion Control Efficiency
Jim Cahill
Controlling industrial combustion-based units such as boilers, heaters and furnace has historically relied on the use of fuel-to-air curves. These curves represent the amount of fuel and air required for a given load. In this 4:28 video, Patented Combustion Solution From Emerson Improves Performance , Emerson’s Bob Sabin describes how stoichiometric, math-based control approach from common measurements typically found…
30 Oct 2017
Advancing Combustion Control Efficiency
Jim Cahill
Controlling industrial combustion-based units such as boilers, heaters and furnace has historically relied on the use of fuel-to-air curves. These curves represent the amount of fuel and air required for a given load. In this 4:28 video, Patented Combustion Solution From Emerson Improves Performance , Emerson’s Bob Sabin describes how stoichiometric, math-based control approach from common measurements typically found…
30 Oct 2017
Advancing Combustion Control Efficiency
Jim Cahill
Controlling industrial combustion-based units such as boilers, heaters and furnace has historically relied on the use of fuel-to-air curves. These curves represent the amount of fuel and air required for a given load. In this 4:28 video, Patented Combustion Solution From Emerson Improves Performance , Emerson’s Bob Sabin describes how stoichiometric, math-based control approach from common measurements typically found…
30 Oct 2017
Advancing Combustion Control Efficiency
Jim Cahill
Controlling industrial combustion-based units such as boilers, heaters and furnace has historically relied on the use of fuel-to-air curves. These curves represent the amount of fuel and air required for a given load. In this 4:28 video, Patented Combustion Solution From Emerson Improves Performance , Emerson’s Bob Sabin describes how stoichiometric, math-based control approach from common measurements typically found…
30 Oct 2017
Advancing Combustion Control Efficiency
Jim Cahill
Controlling industrial combustion-based units such as boilers, heaters and furnace has historically relied on the use of fuel-to-air curves. These curves represent the amount of fuel and air required for a given load. In this 4:28 video, Patented Combustion Solution From Emerson Improves Performance , Emerson’s Bob Sabin describes how stoichiometric, math-based control approach from common measurements typically found…
30 Oct 2017
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