IDEX India

  Pulsafeeder® The Complete Manufacture Solutions for the Oil and Gas Industry Pulsafeeder ® offers solutions for the oil and gas industry, ensuring operations and safety through precise fluid handling. Metering pumps , also known as dosing pumps or hydraulic diaphragm metering pumps , play a role in injecting chemicals throughout all stages of the oil & gas industry. These include: Production Processing, and Transportation This article explores Pulsafeeder's range of metering pump solutions tailored to meet the requirements of the oil and gas sector. The Significance of Metering Pumps in Oil and Gas Metering pumps are essential in oil and gas applications. In injection processes, they are crucial for dispensing specialised chemicals like corrosion inhibitors, scale inhibitors, and demulsifiers at strategic points during production. This precision is key to preventing equipment corrosion, optimising flow efficiency, and ensuring product separation.  Additionally, metering p

High Pressure Homogenizer a Complete Guide When you're working with liquids, it's really important to get a smooth, even mix. This is true whether you're making a creamy sauce in your kitchen or creating important medicines. Getting that perfect blend is the goal. That's where high-pressure homogenizers come in. They use a lot of pressure to make sure everything is mixed together really well, no matter how different the things you're mixing may be. What is High Pressure Homogenization? Think about trying to suck a really thick milkshake through a tiny straw really fast. That's pretty much what high pressure homogenization does! It's a process that uses a lot of pressure to break up and spread out the different parts of a liquid mix. This makes the mix really smooth and also helps it stay good for longer and have other desired qualities as per the usage. What is the Working Principle of High Speed Homogenizer? The most important parts of a high-pres

  What is negative suction in a pump? Negative suction in a pump refers to the scenario where the pump is drawing liquid up from below its centerline. We measure the space between the pump's centre and the liquid's surface in "head feet." It can be a negative value (below the pump) or a positive value (above the pump). In simpler terms, a negative suction head occurs when the surface of the fluid is below the level of the pumping unit. This is also referred to as a suction lift. The significance of negative suction in a pump lies in its impact on the pump's operation and efficiency. If not properly managed, negative suction can lead to issues such as cavitation, which is a common cause of pump failure. Cavitation occurs when there are changes in pressure within the pump, leading to the formation of vapour bubbles that can cause damage when they collapse. Therefore, understanding and managing negative suction is crucial for maintaining the efficiency and long