Common Mistakes to Avoid When Selecting a Fuel Flow Metering Skid

Most of the fluid transfer industries rely on flow metering to ensure accuracy in measurements. Depending on specific working requirements, selection of metering systems should be properly made. The metering devices differ in terms of their measuring ranges, installation needs, fuel type compatibility, and compliance with process environments. Prior to making a selection of a metering skid fitted with a positive displacement or PD flow meter, there are some common mistakes that you must avoid.

Reliability of Fluid Process Industries on Flow Meters:

The industrial plants heavily depend on accurate measurement and processing of data produced by measuring the loading or unloading of liquid gases or fuels. Flow processes are integral to their operations. An accurate measuring technology can ensure the desired reliability in the systems. This is where metering skid manufacturers can provide potential solutions. These metering skids with PD meters can be effectively used for assessing and calculating the flow of gas or liquids in various petro or chemical industries. Inaccuracy in these calculations can result in poor controls and inaccurate fiscal management. Therefore, it is important to make a comprehensive evaluation based on step-by-step processes. It entails avoiding several risks explained below:

Choosing the Lowest Priced Product:

Many users typically commit this mistake. Evaluation of a product on the basis of its pricing alone can be a major impediment to earning desired revenues. In many cases, it can lead to a higher cost of installation and ownership over time. Instead of looking to buy PD meter with the lowest price range, you should analyse quality and durability of product for the right operation.

Wrong Sizing Considerations:

Fluid process industries tend to consider sizing of flow metering skids and flow meters on the basis of legacy information. Rather, they should follow the approach of selecting these systems based on more recent data. Without considering the latest technological changes made to the design of these devices, you may end up choosing the wrong size meter or buy a meter that is too underpowered for the type of fuel of liquid gas you are pushing through it. If you lack manpower or resources to make this decision, you should take help from metering skid manufacturers supplying these systems with assured reliability.

Misunderstanding Technical Specifications:

Some typical technical errors in selection of a PD meter and metering skids include improper assessment of flow range, accuracy demands, and fluid characteristics. Good understanding involves analysis of factors like turbidity, viscosity, and phasing of fluids. It is equally important to define suitability of this system as per the criteria required for accuracy, direction of flow, piping geometry, process parameters, digital or analog signals, impact of vibration, and data frequency.

Overlooking Functionality Factors:

At the time of purchasing high-precision engineering devices like flow meters, it is never advisable to rely on published specifications only. Rather, you need a good research approach inclusive of historic failure analysis, familiarity with equipment, and expertise of planning personnel with knowledge of the calibration of flow metering systems. The total cost of installation and operations should be factored in the overall comparison of these flow systems.

Conclusion:

Industries investing in these metered systems should calculate accurate costs based on individual capabilities of metering skids. Instead of leaving aside important features for cost savings, it is better to assess suitability of the device for your particular operations and working conditions.

If you want to buy Loading Arms or Positive Displacement Flow Meter, the author of this article suggests Ifc Inflow.