Flow Measurement Services

Flow control is a crucial aspect of hydraulic system design since it is used for regulating speed. Different types of flow control valves and other devices are used to enable the speed of an actuator. Daniel 754 Rate of Flow Control Valve is used to control and regulate the hydraulic system’s flow rate. Flow rates determine the rate of energy transferring at any given pressure. The speed of the actuator determines the rate of energy transfers and the speed is the function of flow rate. An Overview A flow control valve is a type of valve that helps to regulate the flow rate or pressure of the fluid including gas, liquid through a pipeline or process system. It is designed to control the flow of fluid for adjusting the size of the valve opening – that can be done manually or even electronically. Well, the flow control valve can be used in various application including industrial, commercial and residential setting. They are also found in pipelines for water, oil and gas even in...

Chemical blending, custody transfer, and petroleum processing are just a few of the applications where precise liquid flow measurement is essential. To guarantee accurate and trustworthy measurements, high-accuracy liquid turbine flow meters are needed. Since it is so accurate and dependable, the liquid turbine meter has become very popular. This blog will go into greater detail about the Daniel 1500 Turbine meter . Knowing How Turbine Meters Work The purpose of a turbine meter is to gauge the volumetric flow rate of liquids moving through a pipeline. The force of the flowing liquid rotates a turbine rotor that is placed inside the flow stream. The electrical pickoffs on the meter body then transform the rotating speed of the liquid as it passes through the turbine meter into electrical signals. Accurate measurement is possible because the electrical frequency output is proportionate to the flow rate, with each pulse denoting a tiny incremental volume of flow. Turbine Meter C...

Flow computers help to monitor and calculate the volume and mass flow in transportation pipeline system for natural gas, crude oil, LPGs, NGLs and refined products. A flow computer is an electronic computational and totalizing instrument that implement a wide selection of complex destiny algorithm and equation od state especially for single destiny calculation for natural gas, oxygen, nitrogen, hydrogen, steam and ethylene. By using the specific algorithm and equation of state – flow computers can convert a volume of flowing conditions at industry-defined base contract condition. ABB spirit flow X flow computers are pre-programmed, configurable device that uses propriety configuration software package in order to set up connections to the flow meter, liquid provers, flow control valve and samplers in dynamic meter system. Flow computers can safely network to industry-recognized supervisory system with latest secure safeguard. In this blog we will talk about everything you should...

The sizing of Daniel orifice plate is normally done with software provided by manufacturers of the device. The orifice plate meter provides a restriction to the flow and create the necessary differential pressure. Well, it is one of the most popular and versatile flowmeter on the market. The sizing of Daniel orifice plate holder consists of three elements – a primary element to create the DP signal, a transmitter to measure the DP and convert it to the electronic and digital signal. The tertiary elements calculate the displays, stores and transmits the corrected flow rate on the basis of measured values. Choosing The Right Specification Any successful orifice meter deployment is based on establishing the right specification and ensure that the orifice plate meter is sized correctly. For custody transfer application it is required to have a list of specifications. Variables like liquid and gas amounts also need to be considered with orifice meter accuracy maintained in liquid st...

Industrial practices require high accuracy, high efficiency, and reliability in the measurement of gases. The Daniel 1500 Turbine Meter , an instrument par excellence, with the most advanced technology and unbeatable performance, is at the forefront of this race. Below are the top five benefits that have made this turbine meter a first choice for industries all around the globe.   1. High Accuracy and Performance The Daniel 1500 turbine meter is highly technologically advanced to ensure the best accuracy in measuring gas. It has precision-designed parts that ensure negligible error margins. This makes it suitable for heavy industrial applications. Its consistent and repeatable measurement ensures that industries rely on this meter for reliable data. 2. Durability for Harsh Environments The Daniel 1500 gas turbine meter comes with a robust design that resists wear and tear, owing to its ability to sustain demanding industrial conditions. Be it in extreme temperatures, hig...

Daniel PT turbine meter is the most accurate and reliable instrument in fluid flow measurement. Still, it will not always be easy to select the correct turbine meter without having a pretty clear idea of what you might actually require. In the following guide, we walk you through all the important things that make it possible to make the best selection of your application. Understand the Daniel PT Turbine Meter Daniel PT gives assurance of the accuracy of flow measurement. Oil and gas, chemical processing, and even water management use this device. The good measure for fluid dynamics is because of its compact design, solid material, and precision engineering. Important Considerations 1. Type and Properties of Fluid First, determine the type of fluid you’re measuring. The Daniel PT turbine meter works well with clean, low-viscosity fluids. For liquids with high viscosity or particulate matter, consider additional filters or alternative metering options. 2. Flow Range Requir...