ChemTec’s Post

What is an ideal liquid level controller for gas separators and scrubbers? We say: ✓ User-friendly ✓ Zero emission control ✓ Improves reliability and adaptability So, we packed all three in the Fisher FIELDVUE L2t Liquid Level Controller. It uses a displacer-type sensor to detect the interface of two liquids with different specific gravities. It has a reliable throttling control and a push-button mechanism for calibration. Most importantly, it offers enhanced emissions control that exceeds regulatory requirements and mitigates environmental concerns when used with electric actuation. Get to know this new addition to the rugged L2 series: http://emr.as/RXVI50UlvZs

The Triplett Model PQC300 is a comprehensive True RMS Power Quality Clamp Meter for monitoring power quality. It measures various parameters like power, energy, harmonics & more. With a 1.26" (33mm) clamp jaw, it can measure AC and DC current Learn more: https://bit.ly/3Zz1aG3

What is an ideal liquid level controller for gas separators and scrubbers? We say: ✓ User-friendly ✓ Zero emission control ✓ Improves reliability and adaptability So, we packed all three in the Fisher FIELDVUE L2t Liquid Level Controller. It uses a displacer-type sensor to detect the interface of two liquids with different specific gravities. It has a reliable throttling control and a push-button mechanism for calibration. Most importantly, it offers enhanced emissions control that exceeds regulatory requirements and mitigates environmental concerns when used with electric actuation. Get to know this new addition to the rugged L2 series: https://ow.ly/MAZC30sItcg

What is an ideal liquid level controller for gas separators and scrubbers? We say: ✓ User-friendly ✓ Zero emission control ✓ Improves reliability and adaptability So, we packed all three in the Fisher FIELDVUE L2t Liquid Level Controller. It uses a displacer-type sensor to detect the interface of two liquids with different specific gravities. It has a reliable throttling control and a push-button mechanism for calibration. Most importantly, it offers enhanced emissions control that exceeds regulatory requirements and mitigates environmental concerns when used with electric actuation. Get to know this new addition to the rugged L2 series: https://ow.ly/RF5x30sItkP

➡ The LM500 maintains oil level on any size engine. It also supports installations that require a three-wire,snap-action switch. The form C (three-wire) contactallows a controller/annunciator to bewired as a closed loop system, resulting in a reliable fault-sensitive circuit. Refer to LM500 Series Flow Rate Chart for applicationdata. The Murphy LM500-TF Oil Level Maintainer includes a test feature that confirms both the float and switchare operating correctly with a single press of the test button. The LM500 series maintains the crankcase oil level of anengine, pump or compressor. ➡ For more informations: https://lnkd.in/dkeHrQXF

What is an ideal liquid level controller for gas separators and scrubbers? We say: ✓ User-friendly ✓ Zero emission control ✓ Improves reliability and adaptability So, we packed all three in the Fisher FIELDVUE L2t Liquid Level Controller. It uses a displacer-type sensor to detect the interface of two liquids with different specific gravities. It has a reliable throttling control and a push-button mechanism for calibration. Most importantly, it offers enhanced emissions control that exceeds regulatory requirements and mitigates environmental concerns when used with electric actuation. Get to know this new addition to the rugged L2 series: https://ow.ly/ynfj30sIvMc

IGV - Inlet Guide Vane. What does IGV function on compressors /turbine system?

The image shows the Lubrication Operating System (LOS) and the Governor Local Operating Panel (GLOP) of a Francis turbine. In this context, the LOS is responsible for providing lubrication to the moving parts of the turbine, ensuring smooth and efficient operation by reducing friction and wear. The GLOP, while primarily related to the control of the turbine's speed through the governor, also has functions similar to a cooling system, as it helps regulate the temperature by managing the oil flow within the turbine's components. Both systems work together to maintain optimal operating conditions, ensuring the longevity and efficiency of the turbine.

ESP • Used in applications where free gas causes interference with pump performance • Units separate some of free gas from fluid stream entering pump to improve pump’s performance

OTA is proud to offer gas-assisted flares for situations where additional flare tip agitation is needed but air blowers aren’t available. This innovative solution is particularly beneficial when faced with low waste gas pressure, high BTU gas, or gas constituents that tend to produce smoke. By introducing turbulence at the flare tip, our gas assist technology enhances oxygen mixing, promoting efficient, smokeless combustion. This is a game-changer for maintaining optimal flare performance in challenging conditions! In addition to our gas-assisted flares, we also offer air-assisted, utility, and dual flares! Let us know how how we can help promote smokeless operations! #Flares #Emissions #EnvironmentalCompliance #OOOO #OilandGas https://lnkd.in/gUAy8zfb