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

  What are the 3 major types of chemical pumps used? In the world of chemical production, there is an interplay of processes, precise measurements, and robust machinery. A significant contributor to this system is the chemical pump. These reliable devices tirelessly facilitate the movement of liquids and harsh slurries to ensure seamless operations and effective output. Given the range of chemicals and tasks at hand, a single type of pump design is insufficient. This is where three primary types of chemical pumps step in: Centrifugal pumps Metering pumps Positive displacement pumps Each type possesses advantages tailored to requirements. 1. Centrifugal Pumps: The Backbone of Industrial Operations Picture a spinning carousel—this serves as the concept behind centrifugal pumps , widely used in the chemical sector. These pumps employ a rotating impeller with blades that generate force within the liquid, propelling it outward through the discharge chamber. Centrifugal pumps exhibit traits

  Richter a Complete Range of Industrial Valve Richter provides a selection of valves that are crucial for ensuring the smooth functioning of various industrial processes. Understanding the pivotal role valves play in operations, Richter offers a range of high-quality valves tailored to meet the needs of different industries. Richter and IDEX Corporation bring together a wealth of expertise in designing and manufacturing top-notch industrial valves. With IDEXs focus on fluid and metering technologies across applications, Richters valve offerings cover a wide spectrum of industries. Richter's valve portfolio encompasses an array of valve types to address handling requirements. Among their products are PFA lined valves . These are known for their ability to handle harsh chemicals and corrosive liquids with exceptional chemical resistance. These valves find use in industries such as chemical processing, pharmaceuticals, and food and beverage. They have been a reliable choice when it c

  Fitzpatrick One Stop Solution for Particle Processing and Size Reduction Technology Fitzpatrick offers a solution for particle processing and size reduction technology across industries such as pharmaceuticals, chemicals, and food. These processes are vital for maintaining the quality and consistency of products. To maintain such quality and consistency, having the right technology is crucial, irrespective of whether one is working with powders, granules, or flakes. In the realm of particle processing and size reduction technology , Fitzpatrick stands out as a provider, offering a range of equipment and services tailored to individual needs. From granulation to complete processing lines, they have the expertise to help achieve the desired particle sizes. Particle processing involves techniques that alter particles physical attributes, like size and shape. Size reduction technology is particularly important as it focuses on breaking down particles into smaller ones. This process is

What is Cell Disruption?       Cell disruption , also known as cell lysis, refers to the breakdown of the cell membrane and/or cell wall to release its contents. This process is crucial for accessing biomolecules such as proteins, enzymes, and nucleic acids that play roles in various biological processes. Centrifugation is a step in downstream applications within the life sciences, including protein purification for research purposes; nucleic acid extraction for genetic analysis or vaccine development; and metabolite analysis to understand cellular mechanisms and identify biomarkers. The effectiveness of cell disruption depends on factors like the type of cells involved, where the target molecules are located within the cells, and the specific applications being pursued. Different types of cells have varying levels of resilience, requiring unique methods to disrupt them for optimal yield and viability. The location of the target biomolecule within the cell, whether it's in the cyto