To understand the importance of flow measurement for separators, let us first understand the definition of these two processes individually and know how they work in perfect coordination for best results. The process of quantifying the fluid movement in bulk is called flow measurement, which can be done in a variety of ways. On the other hand, gas/oil separators are device that are used in oil and gas production applications where in gas from oil/water and vice versa is required to be separated for smooth operation of the process.

Now, it becomes essential to keep a track of the operational processes that are taking place inside the separators. Knowing about whether the separator is functioning well with accuracy and efficiency is important to ensure maximum productivity. Hence, flow measurement systems for separators aid to find out about the optimum output and maximum results from the efforts.

Why Separators Require Flow Measurement System?

Separators are utilized on offshore platforms and inshore well-pads and they come in different shapes like horizontal, vertical and sphere. These separators provide service in upstream oil and gas operations. These applications are required for periodic well testing or continuous production measurement. The very goal of any separator is to separate the oil from the gas and water.

However, according to experts, the most apt separator does more than just the apparent task of separating gas from water or oil. Oil/gas separator combined with flow measurement system delivers more insight, elaboration and understanding into your application. Hence, with quality flow measurement for your separator, you can benefit in the following precise ways:

• It detects the way in which the separator performs and tells you about the accurate quantity of oil, water and gas production.
• Flow measurement system optimizes the retrieval of hydrocarbons by fine-tuning your recovery operation.
• It helps in managing the decline curves of the well.

Flow measurement systems are highly used in identifying the level of pressure created inside and around the separator vessels. This identification then defines the corrective measures required for the management of pressure. Hence, flow measurement detects the flow of the pressure that needs to be monitored, controlled and managed effectively.

On the other hand, a steady, well-balanced level of pressure is necessary to push the fluids towards the tank form the separator. In this case, the pressure must have a perfect level (neither too high, nor too low), as extremities in the same can lead to loss of valuable gas. Flow measurement systems in this case regulate the level of the required pressure.

Knowing the significance of flow measurement for separators can definitely help the customers to select the right flow measurement device for their separator vessels, according to their applications and requirements.