1. Watch this video ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-j4lbnZoVtMo.html 2. DM water, exposure to air can also result in the formation of carbonic acid through the reaction of carbon dioxide with water, which can slightly decrease the pH of the DM water. Therefore, to maintain the high purity of DM water, it is typically stored in air-tight containers or tanks to minimize contact with the atmosphere.
Bhai dm water air ke contact me aane se kuch impurities contain kar leta hai. Jisme ppm level par many impurities hoti hai. This causes for a long time scaling formation in drums. Aur drums me kaun sa chemical dose karte ho aap share karo to aur explanation me help milegi.
In a power plant, a balancing line is provided before a condensate extraction pump for the following reasons: 1. Pressure Equalization: 👉Function: The balancing line helps equalize pressure between different parts of the system, typically between the pump inlet and the condenser. 👉Importance: Reduces the risk of cavitation in the pump by ensuring that the pressure at the pump inlet is sufficiently high, preventing vaporization of the condensate. 2. Preventing Cavitation: 👉Function: By equalizing pressure and maintaining adequate pressure levels, the balancing line prevents cavitation (formation of vapor bubbles in the condensate). 👉Importance: Cavitation can damage pump components and reduce efficiency. The balancing line helps maintain a steady, non-cavitating flow into the pump. 3. Improving Pump Performance: 👉Function: Helps achieve smooth operation by reducing the differential pressure that the pump needs to handle. 👉Importance: Enhances the overall efficiency and reliability of the condensate extraction system. 4. Reducing Vibration and Noise: 👉Function: By stabilizing the pressure and flow, the balancing line minimizes pulsations and vibrations. 👉Importance: Reduces mechanical stress on the pump and associated piping, leading to quieter operation and extended equipment life. In summary, the balancing line is crucial for maintaining stable pressure conditions, preventing cavitation, and ensuring efficient and reliable operation of the condensate extraction pump.
Trust Load and Radial Load are crucial in steam turbines and boiler feed pumps for the following reasons: 1. Thrust Load: ✅Function: Handles axial forces (along the shaft) generated by steam or fluid pressure. 👉Importance: Ensures the turbine or pump shaft remains aligned and stable, preventing excessive axial movement that could lead to mechanical failure. 2. Radial Load: ✅Function: Manages forces perpendicular to the shaft axis, primarily due to the rotating components and fluid dynamics. 👉Importance: Supports the shaft and bearings, minimizing vibrations and wear, and maintaining operational efficiency and longevity of the equipment. 👇👇👇👇👇👇👇👇👇👇👇👇👇👇 In essence, managing these loads ensures the reliable and efficient operation of steam turbines and boiler feed pumps, preventing damage and extending equipment life.
