Oil and Gas Solutions from Panametrics

Our flare gas mass flowmeters use a proprietary algorithm that immediately determines the molecular weight and mass flow rate of the flare and sweep gas. These accurate and efficient meters conserve energy and reduce product loss by identifying sources of leaks in the flare system.

Panametrics’ flare.IQ technology helps to monitor, reduce, and control emissions associated with flaring, it can reduce methane slip, minimizes costs from flaring operations, provides steam savings and improves transparency for flare operations. flare.IQ is a full-stream flare solution based on a well-proven ultrasonic flare flow measurement technology.  It covers everything including assisted flares associated with downstream petrochemical and refinery flare operations, all the way to unassisted flares associated with upstream operations. 

When you’re transferring ownership of high-value raw and refined assets like petroleum and crude oil, 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 flowmeters deliver those high-accuracy measurements – even in the unstable conditions typical of pipelines – to reduce uncertainty and increase peace of mind.

Our ultrasonic clamp-on flowmeters measure fluid flow in main applications. By using sound waves to determine the transit time of a gas or liquid, ultrasonic flowmeters can accurately monitor any changes in flow, both upstream and downstream.

Easy to install without process shutdown, these meters are accurate and versatile for a variety of industries, fluids, and pipe thicknesses. Whether chain, wire rope, Velcro® strap, or a magnetic, bolt-on, or weldable steel yoke with metal band, 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 pipeline.

Our broad portfolio of inline flowmeters and readily available expertise enables you to optimize your processes and meet your environmental and performance goals.

Process flowmeters are integral to processes that contain liquids, gases or steam. Without the ability to monitor fluid flow, operators are often unable to control the throughput. Ultrasonic flowmeters enable our customers to accurately measure the volume and velocity of various process liquids, whether polluted or ultra-pure. 

Our PanaFlow vortex meter offers a multivariable design that contains shedding velocity with RTD temperature sensors and a solid-state pressure transducer for measuring mass flow rate of steam, gases and liquids. The accuracy of these meters enables velocity, temperature and pressure to be measured at the same location.

The portables line from Panametrics, a Baker Hughes business, offers both ultrasonic liquid and gas clamp-on flowmeters: The TransPort PT878GC for gas; and the TransPort PT900 for liquid. These ultrasonic flowmeters utilize ultrasound to measure the velocity of a given fluid or gas - also known as "flow" - and are used in a wide variety of fluid and gas applications, from wastewater and various fuels to natural gas and compressed air.

Panametrics, a Baker Hughes business, offers a broad spectrum of moisture analyzers. These are available in intrinsically safe and explosion-proof configurations to measure the moisture content in gases and non-aqueous liquids in any environment.

These measurement systems are reliable at their core and are backed by decades of experience. Our global application engineering team is ready to select the appropriate technology and product configuration to meet your specific moisture measurement needs, so you can be confident in the accuracy of your measurements.

Panametrics, a Baker Hughes business, offers industrial oxygen and gas analyzers that improve process efficiency, optimize reactors, and provide greater confidence for petrochemical, power generation, and combustion efficiency applications. These solid-state oxygen and gas analyzer designs use no moving parts, ensuring reliable measurement even in difficult, high-noise environments.