Comfort Experts, Inc’s Post

“Lights Out”. Oil on board. 81cm x 89cm x 5cm (box frame)

Whenever you visit a new site, bring your PGM and take a walk around each module's relief valves and check which bonnets have a vent and whether the vent is plugged or not. There was even one relief valve on a site I once worked on which was lined up to the flare but had an open bonnet, allowing the flare contents to just continually waft out to the atmosphere. In the diagram below, red is the process fluid, blue is flare side and green is the atmosphere. Balanced Bellows want to see atmospheric pressure in the bonnet, so they need their bonnet vent open (otherwise a leaking bellows would make that green area blue and the valve wouldn't function as intended). However if there is any vent on the bonnet of a conventional PSV then it should be plugged, otherwise you're just leaking the flare inventory. In toxic service the bonnet vent may be tubed away to a safe location in case of bellows leaks.

“Time Flies”. Oil on board. 75cm x 59cm x 5cm (box frame)

Worker safety is a critical need across industries. 🔎 Take a closer look at the new Rosemount 625IR Fixed Gas Detector and see how it can help keep workers safe. Learn more: https://ow.ly/hZPX30sB2sX

Inergen discharge test: 60 versus 120 seconds There are different opinions on whether to choose a 60-second or 120-second discharge time. We have conducted a test so you can clearly see the difference when it comes to extinguishing a fire. At Fire Eater, we recommend 120-second discharges because of the following reasons: • The fire is quickly brought under control and extinguished. • The installation is more cost effective. • It is safer. Watch the video and gain valuable insight into the two different discharge times.

Distinguishing between discharge time and extinguishing time is essential. 120-second discharge provides a balanced, safe, and efficient fire protection solution. Watch our video to see the difference and learn more! #FireSafety #FireSuppression #SafetyFirst #Inergen #FireProtection

I created this slide to display the mapping properties of HENs Adjustable Smoothbore nozzle. As you can see the solid stream has to hit the ceiling to break apart and spread. The blade stream gets wider as it approaches the ceiling. It too breaks up and spreads out however it does so from a wider initial placement on the ceiling. We tell firefighters to open up the nozzle before they are under the fire this allows for increased operational safety and for the blade stream to interact with the gases at a level that a straight or solid stream can not do. This provides cooling close to the firefighter and throughout the streams progression. You get an early and more robust start on gas contraction with the blade stream. The cooling is also increased due to the coverage expansion of the blade stream. HEN changing the shape of extinguishment.

Tuesdays Tips 🔎 Hard hat safety: 🔍 The most common service life guideline states that hard hat shells need to be replaced after no more than two years of regular use or five years from the date of manufacture—whichever comes first. The life for suspensions is shorter, with replacement needed after no more than twelve months. #USACompression #NaturalGas #OilandGas #PermianBasin

Worker safety is a critical need across industries. 🔎 Take a closer look at the new Rosemount 625IR Fixed Gas Detector and see how it can help keep workers safe. Learn more: https://ow.ly/eK1M30sAZYm

Worker safety is a critical need across industries. 🔎 Take a closer look at the new Rosemount 625IR Fixed Gas Detector and see how it can help keep workers safe. Learn more: https://ow.ly/cW0T30sB3Ap