AM Technology’s Post

Did you know, that the TDLS8000 (Tunable Diode Laser Spectrometer) helps reduce total OPEX and maximize output safely? Example: The TDLS8000 can measure up to 30m over the entire length of a furnace at the top of the radiant section to analyze for efficient combustion. Based on gas concentrations, operators can optimize the air-fuel ratio and analyze heat transfer efficiency while ensuring a safe environment. #TDLS #TDLS8000 #gasanalyzer #yokogawa #industry #processindustry #processcontrol #safetymonitoring To get all the information you need about the TDLS, take a look at our website here: https://lnkd.in/exAnEPNH

It shall be as easy as 1-2-3 to keep your leak detector measurement performance at its best. INFICON's Sentrac hydrogen leak detector is an example of an instrument that offers a built-in calibration function. What the video to see how easy it is to calibrate your device on a regular basis. For the best measurement performance, the equipment should be calibrated on a regular basis, for example at the start of each shift, to ensure that the entire system of instrument, probe and cables is working as intended. It is also recommended to calibrate your equipment with a leak that is close to the intended alarm threshold. Follow the link below to learn more about INFICON's range of reference leaks customised for Sentrac and other leak detectors in the INFICON portfolio. https://lnkd.in/d6F2jP_d #INFICON #Leakdetection #Sentrac #Tracergas #Forminggas #Hydrogen #Helium #Referenceleak #Calibration #Qualityassurance #NDT #Nondestructivetesting #Userfriendly

Here's a mixing demonstration in our plug flow reactor 🤩 If you've ever wondered what plug flow looks like in action, check out our video below! By using our clear ATR tube and switch valve setup, you can easily visualise the flow of different feeds through the system💡 By pulsing feed B at regular intervals, operators get a crystal-clear view of the plug flow dynamics of the Coflore reactor range. Plug flow is a critical aspect of flow chemistry reactors, this is because it ensures uniform reaction conditions, predictable reactor performance and enhanced mixing. Top tip: The residence time distribution of a particular reactor is one way to compare the plug flow performance of a reactor. 👀 ▶️ https://bit.ly/3K6OGyq #flowreactor #plugflow #flowchemistry

The ACR cell block explained! An agitator is housed within each cell of the reactor cell block to actively mix the reaction mixture. Which agitator is placed within the cell, however, is up to you and your process requirements. There are five types of agitators available: ✅ 10% volume ✅ Catalyst baskets ✅ 30% volume ✅ 50% volume ✅ 70% volume Through a simple change of agitator, the working volume of the reactor can be adjusted to 30mL and 90mL. For ultimate flexibility and versatility, the reactor cell block also has numerous inlet and outlet ports, heat transfer capabilities, a T-Type thermocouple connector and much more. An intricate breakdown of the cell block can be found in our ACR product brochure here 🔗 https://bit.ly/3K8MUg #flowreactor #flowchemistry #chemicalprocess

What is plug flow in flow chemistry? Plug flow is an important characteristic of flow reactors, whereby any two molecules entering the reactor at time zero, exit at a similar time. This means that a plug flow reactor provides an effective means of controlling reaction time while optimising the separation of reactants and products. Good plug flow is essential for good performance 😎 By using a clear Coflore ATR tube containing a standard ATR agitator, in the video below you can see how feeds are pulsed through the system at regular intervals, showing a clear plug flow visualisation. Two feeds were connected to the inlet of the ATR tube, with a switch valve allowing the operator to switch from feed A to feed B and vice versa. Find out more about plug flow reactors here ➡️ https://bit.ly/3XvJpWD #plugfow #flowreactor #flowchemistryexplained #PFR

Pressure gauges like the Ashcroft® 8008S and the 8009S are designed with all-welded 316L stainless steel tubes and sockets, This makes safe and durable options for hydrogen service applications in industrial applications and processes including fuel cells, semiconductor manufacturing, and oil and gas. To learn more about gauges designed for challenging environments, download our guide to the Hazards and Safe Operation of Pressure and Temperature Instruments in Hydrogen Systems. https://hubs.li/Q02kXg3G0

What’s Beyond Current with Eddyfi Technologies: What’s Beyond Current with Eddyfi Technologies: Keep Your Cool with High Temperature Hydrogen Attack (HTHA) Cracking Assessments Beyond the Short: Long-Lasting Impact with Sonyks® for Dead Leg Piping Inspection Connected inspections with Magnifi® Software Keep Your Cool with High Temperature Hydrogen Attack (HTHA) Cracking Assessments What do you get when you combine carbon steel, hydrogen, temperatures over 205 degrees Celsius (400 degrees Fahrenh http://dlvr.it/T3NGD9 #ndt

Pressure gauges like the Ashcroft® 8008S and the 8009S are designed with all-welded 316L stainless steel tubes and sockets, This makes safe and durable options for hydrogen service applications in industrial applications and processes including fuel cells, semiconductor manufacturing, and oil and gas. To learn more about gauges designed for challenging environments, download our guide to the Hazards and Safe Operation of Pressure and Temperature Instruments in Hydrogen Systems.https://hubs.li/Q02BLBq10

As a local business partner for the Emerson flow measurements products business units, we are glad to introduce the Emerson-Roxar Multiphase Flow Meter MPFM2600. Emerson-Roxar offers the Multiphase Flow Meter MPFM 2600 for operators who are looking for achieving flexibility and accurate flow rate measurements, production optimization, flow assurance, improved #welltesting, and meeting all field and cost requirements. #Roxar #Multiphase_Flow_Meter #MPFM2600 #Production_Monitoring #Well_Testing #Real_Time_Data #Eliminate #Test_Separators #Production_Allocation

Pressure gauges like the Ashcroft® 8008S and the 8009S are designed with all-welded 316L stainless steel tubes and sockets, This makes safe and durable options for hydrogen service applications in industrial applications and processes including fuel cells, semiconductor manufacturing, and oil and gas. To learn more about gauges designed for challenging environments, download our guide to the Hazards and Safe Operation of Pressure and Temperature Instruments in Hydrogen Systems.https://hubs.li/Q02Z50Gh0