Here's how to:
Overcome these LNG & CNG flow application challenges
1. Pipeline leakage and potential issues
Installing multiple flow meters throughout LNG/CNG facility processes acts as a safeguard in Safety Instrumented Systems (SIS), and can even help detect underperforming equipment and malfunctioning valves, pumps, etc. A highly accurate and repeatable flow meter such as the V-Cone sends operators and technicians data to their streamlined management software, allowing them to pinpoint unexpected flow rates and address issues before they become costly.
2. Fatigue and pipeline stresses
Prevent problems with meters and brittle fracture, fatigue cracks, and meter failure by choosing a flow meter that can handle cryogenic flow temperatures (-320 degrees Fahrenheit, -195 degrees Celsius) and offers flexible material construction. Additionally, choose a flow meter manufacturer who can conduct non-destructive tests (NDTs) on your meter prior to installation.
3. Remote locations and tough data reliability
Just because your natural gas source and liquefaction processes are in remote locations doesn’t mean you can’t get the flow data you need. Invest in a flow meter with a high-powered transmitter (and even a flow computer) that can send flow data directly to your management software. Better yet, customize your flow meter with additional taps for measurement of pressure, temperature, and more, to create more data points in your overall flow measurement IoT.
4. Standardizing on flow measurement technology
Invest in a flow meter for LNG and CNG that can be applied to other measurement points within your natural gas extraction and transportation processes. The V-Cone is successful and beneficial in LNG cryogenic applications and CNG pipeline transportation applications but can also measure the various gaseous components during the separation and extraction processes. Additionally, the V-Cone can measure the coolant running through the heat exchanger during the liquefaction process, and the LNG on the FPSO carriers.