Flare measurement
We have gained experience in some production fields with reservoirs containing high CO2 in the flared gas.
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Carbon Capture, Usage and Storage (CCUS) involves capturing CO2, typically from large point sources such as power generation or industrial facilities that use fossil fuels or biomass. If not used on-site, the captured CO2 is compressed and transported by pipeline, ship, rail, or truck for use in a range of applications, or injected into deep geological formations such as depleted oil and gas reservoirs or saline aquifers.
Panametrics offers ultrasonic flow measurement solutions for CO2 injection into storage reservoirs in the dense phase, CO2 for pipeline transportation in either the liquid or gas phase, liquid CO2 for shipping, as well as traditional flow measurements related to the Energy industry.
Traditionally, capacitance and piezoelectric technologies have been used to measure moisture in CO2 gas streams, but these types of sensors can deteriorate over time if not implemented properly, as they are directly exposed to the process. Panametrics’ experience in moisture measurement includes aluminum oxide, polymer, capacitance, chilled mirror and laser-based analyzers. Panametrics Aurora TDLAS hygrometer enables EOR and carbon sequestration facilities to monitor moisture content in real time with high precision and reliability.
We have gained experience in some production fields with reservoirs containing high CO2 in the flared gas.
When you’re transferring CO2 ownership or need to report what has been sequestered in underground reservoirs for accounting purposes, you need to know you’re getting highly accurate, custody-transfer-level flow measurements that meet the strict requirements of regional authorities.
Our Sentinel high-accuracy ultrasonic flow meters deliver those high-accuracy measurements – even in the unstable conditions typical of pipelines – to reduce uncertainty and increase peace of mind in both liquid and dense phases.
Process flow meters are integral to processes involving liquids, gases, or steam. Without the ability to monitor fluid flow, operators often cannot control throughput. Ultrasonic flow meters enable our customers to accurately measure the volume and velocity of various process fluids, including CO2, in either gas, liquid or dense phase.
Our broad portfolio of inline flow meters and readily available expertise gained over decades of challenging measurements enables you to optimize your processes and meet your environmental and performance goals.
Ultrasonic clamp-on flow meters measure fluid flow in many applications. By using sound waves to determine the transit time of a fluid, ultrasonic flow meters can accurately monitor the flow.
Easy to install without a process shutdown, these meters are accurate enough and versatile. Being mounted from outside the pipe, our clamp-on meters make installation and removal a breeze, enabling your team to work more efficiently and spot check flow at virtually any section of your network.
Panametrics Aurora TDLAS hygrometer enables EOR and carbon sequestration facilities to monitor moisture content in real time with high precision and reliability.
Trace moisture (water vapor) is measured using a Tunable Diode Laser Absorption Spectroscopy (TDLAS) based analyzer in carbon dioxide (CO2) gas that is transported through pipelines.
Our team of experts can help you find the right solution for your space application needs.