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🔥 GC Column of the Week  Meet the Rxi-5HT, our next GC Column of the Week! This high-temperature GC column brings durability and precision together. The “HT” stands for High Temperature, and this column lives up to its name, handling extreme temperatures up to 400 °C with ease, while maintaining exceptionally low bleed. It offers all the versatility of a 5-type column, making it perfect for analysing compounds with high boiling points, including hydrocarbons up to C40 chain lengths. Whether you’re working with complex, high-temperature samples or need reliable performance across a wide range of applications, Rxi-5HT is built to deliver: https://lnkd.in/dBWENsHv 🔥 Fuel & Diesel Analysis Made Easy with the Rxi-5HT!  When it comes to analysing fuel, diesel, and other high-temperature samples, the Rxi-5HT column is built to handle heats of up to 400°C. This column's high thermal tolerance means you can achieve exceptionally low bleed without worrying about temperature limits. Check out our example, using a used motor oil composite standard, to see the Rxi-5HT’s outstanding stability and reliability in action: https://lnkd.in/dGYt_X38 

The Liquid Conductivity test allows for correct handling procedures to be established. A material with a low conductivity would be considered to be insulating and therefore stop migration of charge. With a charging mechanism present, accumulation of potentially hazardous levels of charge may occur. Read here - https://lnkd.in/g8ktkT3W #liquidconductivitytest #processsafetytesting #processsafety #sigmahse #processsafetystudy

High thermal conductivity makes water-based liquid cooling popular. Water also has a specific gravity of 1, which helps in the calculations for heat transfer potential. https://ow.ly/ckXB50PXL0e

Understanding the hydraulic power required to drive a pump is crucial for efficient operations. The ideal hydraulic power is determined by factors such as the mass flow rate, liquid density, and differential height of the system. This power can be calculated using the formula Ph(kW) = q ρ g h / (3.6 10^6) or Ph(kW) = q p / (3.6 10^6). By considering these elements, can optimize pump performance and ensure effective fluid transfer processes. #HydraulicPower #PumpEfficiency #FluidDynamics

Why is dew point so important in your compressor setup? Measuring the dew point in compressed air systems is essential for maintaining air quality and ensuring optimal system performance. The dew point is the temperature at which water vapor in the air turns into liquid. If this moisture is not properly managed, it can cause significant problems, including equipment damage, contamination, and interruptions to operations. Chang Ai dew point meter has the features of: 1) Able to accurately measure wide range of dewpoint from -110~+20 °CTd, -80~+20 °CTd and -60~+60 °CTd. 2) Auto-calibration circuit design automatically compensates for measuring drift caused by temperature, contamination, and aging, providing long-term stability and high accuracy measurements 3) Resistant to particulate contamination, oil vapor and chemicals 4) Integrated with online pressure and temperature sensor, output pressure dewpoint and atmospheric pressure dewpoint Contact for exploring comprehensive gas analysis solutions O2 (ppm, %, flue), H2 (ppm,%), thermal conductivity, dew point, NDIR, TDLAS, flowmeter, GC etc. weixin@ci-ele.com

**Prevent Water Hammer Incidents with Thermography** 🔍 **Diagnosing Water Hammer**: A thermal camera can be your first line of defense in identifying the causes of water hammer in your steam system. 🌡️ **Spotting Temperature Drops**: Thermal images that show significant temperature decreases in your condensate recovery piping or steam mains could signal condensate pooling—a precursor to water hammer. 💧 **Addressing Pooling Condensate**: Don't wait for a disaster. If you detect pooling, it's crucial to investigate and address the underlying issues, such as blockages or load fluctuations. 🛠️ **Proactive Measures**: Utilize advanced thermographic diagnostics to stay one step ahead of system failures and ensure the safety and efficiency of your steam system management. 📈 **Stay Informed**: Embrace thermography to enhance your system's reliability. Learn more about this technique and how it can safeguard your operations. #steamsystem #waterhammer #thermography

What happens if the main heat exchanger of an liquefier was incorrectly designed? In the below case, the inlet temperature of the expanders are much lower than the designed values(S1 vs S2), it results 15TPD liquid(LOX or LIN) loss. The physical rule is: Low expanders inlet temp leads to low enthalpy drop.

Key for proper oil pressure, performance, cooling

Trending the Resistance-to-Ground along with the Capacitance-to-Ground and the Polarization Index with the Insulation Resistance Profile will give an extremely accurate assessment of the motor’s insulation system. #PdMATipoftheWeek #TuesdayTip

Heat treatment remains pivotal in bolstering the durability and operational efficiency of power generation components. The ability to enhance the mechanical properties of metals, such as tensile strength, hardness, ductility, and resistance to wear, plays a significant role in the performance of power generation facilities. Familiarizing yourself with the primary methods of heat treatment can guide optimal decisions for your specific needs. Here we break down the six fundamental heat treatment processes. Take a look. ⬇️ https://lnkd.in/eS-XPbq8 #heattreatment