Thermal mass flow meters provide accurate natural gas flow measurement and monitoring in five unique applications. Those uses include tracking natural gas usage within a facility, submetering for cost allocations, burner, and air/fuel ratio to optimize combustion efficiency, and requiring air and gas flow rate monitoring at compressor stations.

    1. Facilities Monitoring
    2. Sub Metering
    3. Departmental Billing
    4. Burner Control and Air/Fuel Ratio Control
    5. Oil and gas exploration processing and production

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Facilities Monitoring

Whether the cost of natural gas is high or low, natural gas is a resource, and it is vital to determine consumption by measuring the main gas line coming into a facility.

With a thermal mass flow meter and accompanying data gathering and analysis tools, facility managers can track natural gas usage within the facility on a minute-by-minute basis. The Sage thermal mass flow meters incorporate continuous totalization (up to 12 digits) and gas temperature measurement. Additionally, the meters provide a pulsed output of totalized flow.

Submetering and Department Billing

Many plants use multiple meters throughout a facility to evaluate plant efficiency. By sub-metering, facility managers can determine precisely how much natural gas each department uses, allowing them to assign costs more accurately.

Burner Control and Air/Fuel Ratio Control

Metering natural gas at the burner allows proper air/fuel ratio control, optimizes combustion efficiency, lowers fuel consumption, improves product quality, and decreases harmful emissions.

Oil and Gas Exploration Processing and Production

natural gas compressor station technical noteSeveral applications at natural gas compressor stations Compressor Station Gas Flow Control Applicationsrequire flow measurement, most importantly measuring the gas flow to the engine driving the compressor and seal leakage for environmental and preventative maintenance purposes. Other applications are gas flow to the engine, fugitive emissions, and compressed air used to start the compressors. Here, the air is forced through the large compressors to begin their rotation before fuel and ignition.

Thermal mass flow meters offer many essential features needed for natural gas flow measurement in these applications, including a 100 to 1 turndown ratio, the ability to measure mass flow without the need for external temperature and pressure devices, the absence of moving parts, and the long-term stability of reference-grade sensors.

Visit Natural Gas – An Application Guide for Thermal Mass Flow Meters for more insight into the applications, or the Industry Guide.

Natural Gas Measurement and Monitoring in Industrial Processes

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