A flow meter is an important part of a fuel transfer skid which is used in the chemical processing industry. Choosing the wrong device can lead to losses in your business. When it comes to the chemical industry, mistakes can cost your company thousands in lost revenue. Adhering to the right regulations and following proper procedures will lead to accurate and safe measurements of fuels.
Positive displacement meters are used in fuel transfer applications and can be found in places such as oil refineries, oil and gas depots, oil production or reception terminal, and fuel loading station for trucks and ships. When you are looking for positive displacement meters for use in the chemical industry, you need to ensure the fuel meter you are buying gives you trouble-free operation for many years and has low maintenance costs. Here are some important things to consider when your a looking to install a PD meter at your facility:
Determine the Need for a Flow Meter
The first and most important question to consider is what type of flow meter your facility requires and if a positive displacement meter is the right choice. If you only need to know how much liquid is passing through the system and at what rate, you can perhaps use a basic flow meter. Simple flow meters can provide up to 95% accuracy of the liquid flow. However, if your chemical processing facility requires a high-performing flow meter, a PD meter is the answer.
Types of Flow Meter
According to industrial experts, there are several types of flow meters available in the market today. Every fluid that passes through the displacement flow meter behaves differently when running through the pipeline and meter. This is due to the variable viscosity of the fluid and variable temperatures. Since different liquids behave differently, the right type of flow meter for the right type of chemical process is needed. This should be an important criteria detailed on any quote you might receive from a supplier.
Important features to look for in positive displacement meters
- Since the pressure of the liquid flow decreases due to friction, look for flow meters that feature reduced pressure loss and are within the range of 0.3 to 0.5 bars at a maximum flow rate.
- The flow meter should have interchangeable components. This will reduce maintenance and replacement costs in the long term. Popular displacement meters have a robust yet simple design that makes replacement and maintenance an easy task.
- The primary purpose of using high precision flow meters is accurate fuel measurements. The positive displacement meter you select should have a long operating life and give accurate measurement over long operational periods.
- The positive displacement meter should have a modular design which allows for the attachment and use of a wide range of accessories for customised measurement applications.
- The positive displacement meters should have a separate manifold from the measurement chamber. This will ensure the measurement of the fluid is not affected by any external physical stresses.
These are some of the important factors that need to be considered when making your purchase for the right positive displacement meter for use at your chemical processing facility. Remember, the best output results during the transfer process greatly depends on accurate quantity readings which come from a good positive displacement meter. Ensure the accuracy of your results with an efficient and reliable fuel transfer flow meter.