Babak Hadidi’s Post

One method of investigating the cause of water hammer is to examine your system with a thermal camera. If thermal images reveal a large drop in temperature in condensate recovery piping or steam mains, this may indicate that condensate is pooling. If condensate is pooling, you may need to take steps to identify the cause (e.g. a blockage or load fluctuations) and rectify it before a serious accident occurs. Stay ahead of potential system failures with advanced diagnostic techniques. Learn more about leveraging thermography for safer steam system management. Learn more about detecting water hammer: https://lnkd.in/gg5pTZWj

Level up your Level Control: With THE solution for damp and cold environments or in outdoor tanks. Problems such as drifting or unstable measurements can occur due to condensation, particularly in humid environments or with outdoor storage containers. For relative pressure measuring cells with compensation capillaries, a thin tube leads the atmospheric pressure from the environment to the back of the measuring diaphragm. For sensors with diffusion-open double diaphragms, a separate pressure diaphragm is used for atmospheric pressure and hydrostatic pressure. Both methods have a fundamental disadvantage: the diffusion of water vapor cannot be permanently prevented. Condensing water vapor can cause sensor drift or fluctuating measurement values. However, this is not the case with the SL, where atmospheric pressure is detected through a second, hydraulically connected measuring cell. This hermetically sealed measuring system makes it impossible for gases and moisture to enter, ensuring consistently precise measurement values. Learn more about Level Measurement Technology which can help you make the difference and download our new Whitepaper: https://hubs.ly/Q02QW8nN0 To stay informed about our latest news and insights, click 'Follow.' And if you've found this information valuable, please consider giving us a "Like" or leaving a comment.

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

NY | NJ Support: https://lnkd.in/d_b_VXk or Call 800.932.4454. Xylem McDonnell & Miller- Model FS1-W High Sensitivity Liquid Flow Switches For general-purpose applications where high sensitivity is required and moderate or low flow rates are encountered such as air conditioning, heating and hydronic systems, water, fuel oil, some viscous liquids, and oils in-process work. FEATURES: In-line configuration eliminates need for a pipe tee | High flow capacity | 1⁄2″ NPT | Single pole, double throw snap switch | Switch compartment is completely sealed to protect it from the liquid | Sensitivity adjusting screw makes flow adjustment easy.

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

How is transistor work ? Water = current B is Base like the valve to control of flow water C is Collector to water input E is Emitter to water output This is how Transistor to control current

Several common vacuum control methods The common vacuum control methods are as follows 2. The vacuum is controlled by controlling the air intake. Similarly, the control system will set an upper limit and a lower limit to mark the opening or closing of the solenoid valve. When the measured vacuum value reaches the lower limit of the set value, the control solenoid valve starts to intake air. Due to the sublimation of water vapor, the vacuum value in the tank will increase. As time goes on, when the measured vacuum value reaches the upper limit of the set value, the valve will be closed to keep the vacuum value in the tank within the set range. The control method is relatively simple. A more accurate control system is required. According to the difference between the vacuum value and the set value, a valve that can automatically adjust the flow rate can be installed to control the air intake volume, making the control more accurate.

Electrostatic charging will occur when solids or liquids are in contact and move relative to other materials, or by induction. The generation and accumulation of electrostatic charge is not generally in and of itself hazardous. Rather, a hazard is created when the static accumulation gives rise to electrostatic discharges that are sufficiently energetic to ignite a surrounding combustible dust, flammable liquid, or gas atmosphere. Proper assessment of electrostatic hazards requires certain information on the properties of the plant and the materials handled/processed. • Minimum Ignition Energy of flammable atmospheres • Volume Resistivity of powders • Volume Resistivity of hoses • Conductivity of liquids • Surface Resistivity of container and liners Get in touch to learn more about selecting the right testing package for your electrostatic issues 👇 https://buff.ly/3JnVypW

*DEBUNKING THE MISCONCEPTION* I believe we all have drawn water from an open source before,otherwise known as "priming." A process of exhausting air from the pump casing and suction length in order to allow the atmospheric pressure force the water up to the eye of the pump.When the pump is set up for priming and priming is achieved,the operators focus is on the compound gauge, particularly the red scale or vacuum reading as it is called.Modern Fire Engines have separate vacuum and pressure gauges installed on the suction side of the pump to measure the positive pressure of the water entering the pump and the vacuum , negative pressure .Now though represented in bars,the vacuum reading(red scale)is the true indication of the suction lift. _i.e the distance between the level of water surface and the eye of the pump ,and not the distance from were the suction strainer is submerged in water to the eye of the pump ,as some people would like to think_.The increase in vacuum reading correlate with the decrease in the level of static water supply.Its important to also note that the maximum practical suction lift of a pump is 8 metres ( 0.8 bars ) Beyond this the atmospheric pressure cannot support a column of water greater than it's magnitude and we all know the factors which are at play for theoretical suction lift not to be sustained.

Thermal Precision understands industrial cooling systems. Their dry fluid coolers utilize a sealed, pressurized closed loop system that provides a clean, efficient, and low maintenance solution to industrial cooling applications. Dry fluid coolers utilize ambient air to dissipate heat. Warm water/glycol fluid is recirculated from the heat load through a finned tube heat exchanger; while ambient air is drawn across the coil circuit. https://lnkd.in/eB5cPjVG