How to Choose Flow Measurement Products

To measure fluid in a particular plant or industry, flow measurement products are used. These products consist of a wide variety of devices that are designed to measure different properties from the flow volume to overall mass flow. To help you choose the right measuring tools or devices for your next application, we look at the different types of devices and which of these offer the best measurement solutions. 

The Multiphase Meter 

A multiphase meter uses measurements of electrical impedance and gamma to monitor and assess phase fractions. It can be applied to monitor flow back, well testing, and the monitoring of well-heads. 

Vortex Meters 

To measure a low viscosity liquid or gas in different environments, the vortex meter is recommended. These devices have been developed to produce direct output such as liquid and gas standard volume including mass flow. These types of meters have grown immensely in popularity owing to their incorporation in both the gas and oil industries. 

Electromagnetic Flow Meters 

The magnetic flow meter is one of the most widely used and known flow meters taking the place of devices that measure differential pressure. To measure the conducting properties of a specific liquid, these products are best suited because it offers a high level of performance across a wide range of conditions. 

Coriolis Meters 

The Coriolis meter is favored across a variety of applications because it offers some of the highest levels of precision assisting in assessing the quality and the consistency of products. These meters are considered low maintenance and it offers consistent measurements in a wide range of conditions. 

Differential Pressure Meters 

A differential pressure meter is an old technology that was first developed a century ago. Despite its old design, it offers a high level of reliability and performance and is one of the most commonly used devices in industrial applications. You can use a differential pressure meter for the purpose of measurement and to control specific testing conditions. 

Ultrasonic Meters 

The ultrasonic meter would be used to measure gas and fiscal oil. It works by measuring and monitoring the flow of liquid in a closed pipe by means of ultrasound operation. It is important to assess the purpose of the application as different types of ultrasonic devices are used depending on whether you are measuring temperature or pressure. 

Venturimeter 

Venturi meters are applied to measure the quantity of liquid that flows through a pipe. It is typically used when you wish to measure liquids that are high in viscosity such as mercury. The meter consists of a closed system in which the converging portion leads into the throat and then into the diverging part of the pipe. 

The Importance of Choosing the Right Flow Meter 

To ensure that measuring and monitoring applications are accurate, it is important to choose the right flow measurement products. This includes consideration for the application, the properties of the meter, and its intended operation. By assessing each product, it is easier to determine which device will be most suitable for measurement, control, and assessment.

Comments

Post a Comment

Popular posts from this blog

How to Find a Dependable Calibrations Company

When you look for a company specializing in calibration services, you’re most likely to start your search with certification. Certified companies are after all knowledgeable and trained in performing these services but what many businesses don’t realize is that hiring a dependable calibration company today goes beyond just looking at their certification. You need reliability, skill, efficiency, and a high standard of professionalism when you need instruments calibrated.  In this guide, we explore the steps that you can take to find a dependable and effective calibrations service.  What is a Calibration Service?  Calibration is the technical and scientific process of ensuring that instruments used for measurement and monitoring purposes are reliable, safe, and effective in producing the desired output. Over time-measuring instruments, whether in a lab or onsite, can suffer from problems such as drift and will no longer produce accurate readings. In manufacture or in storage facilities,
Read more

What is a Temperature Data Logger?

Temperature data loggers are commonly known as temperature monitors which are devices designed to measure temperature within a period of time. Once the data is recorded, it can be sent to a central dashboard or digital system in which it can be monitored and analyzed.  These logging instruments are generally available as portable devices to help researchers, field technicians, and businesses perform the necessary measurements in an efficient and effective manner.  To learn more about a temperature data logger , we take a closer look at its uses and where it is commonly applied.  The Purpose of Temperature Data Loggers  Data loggers are primarily used in cold chain supply and storage with the goal of keeping track of the temperature during the shipment process. For food and pharmaceutical purposes, temperatures must be consistently maintained to guarantee its quality and safety. It is imperative for manufacturers and businesses that could suffer losses both financially and operationally
Read more

What is the Purpose of Mass Flow Controllers?

A mass flow controller is effective in measuring and controlling flow rates. These unique devices consist of a control valve that regulates flow with most including a control function. Because these devices can control and measure the rate of flow, they are called mass flow controllers .  The mass flow controller works according to thermal properties but should not be confused with a thermal flowmeter. These devices will measure flow in small lines of less than 2 inches and are largely implemented to measure gas flow rather than liquid flow.  Let’s take a closer look at the purpose and the application of a mass flow controller.  How Does a Mass Flow Controller Work?  A mass flow controller or MFC works by diverting flow along a small capillary tube. These devices may not measure the whole flow rate but simply the flow as it moves along the meter body and then through a capillary tube. It moves onto a U path that is positioned along the top end of the meter. When flow is diverted, a sma
Read more