With Breakthrough 4-Tube Technology and Larger Sizes, Endress+Hauser’s Promass Q Finds New Roles in Oil and Gas Measurement

DCS With Breakthrough 4 Tube Technology and Larger Sizes Endress Hauser Promass Q Finds New Roles in Oil and Gas 1 400x275

August 16, 2022

 

Promass Q 300/500, the high-tech Coriolis flowmeter series from Endress+Hauser for demanding fluids, now boasts revolutionary 4-tube technology, opening up numerous additional applications in the oil and gas industry in particular – for example, as a highly accurate duty meter for custody transfer and fiscal metering, or as a precision reference device (master meter) for on-site verification measurements. Furthermore, Promass Q now is available for three larger pipe sizes: DN 150 (6”), DN 200 (8”) and DN 250 (10″).

Compared to Coriolis flowmeters with two measuring tubes, four-tube measurement allows up to 25% higher flow rates. This accelerates all transactions and ultimately saves money. For example, it reduces standstill times for loading and unloading oil tankers, resulting in lower charges.

This video gives a description of Promass Q with 4-tube technology

{youtube}5fytHY5T0r0{/youtube}

Unwanted pressure losses are much less significant with four measuring tubes during pumping and measuring operations, so plant operators can use smaller pumps, saving electricity costs. The reduced pressure loss also avoids unwanted cavitation effects or gas breakout, e. g., for very light hydrocarbons such as liquefied petroleum gases (LPG), natural gas liquids and condensates (NGL), liquefied natural gas (LNG) as well as other cryogenic fluids.

Around the world, over 90 million barrels of crude oil, natural gas and refined hydrocarbons are produced, transported, stored, and sold to end customers every day. In such transactions, any measuring inaccuracy, no matter how small, results in enormous shortfalls for the supplier or buyer. Existing users of Promass Q sensors benefit from their low-pressure loss and outstanding accuracy for both minimal and very high flow rates. Adding 4-tube technology and an expanded measuring range for pipelines up to DN 250 means more users can benefit from their best-in-class attributes, including:

  • •Best measuring accuracy (±0.05% o.r.): tested on various external, accredited calibration facilities
  • •Outstanding density measuring accuracy: ±0.2 kg/m³ (±0.0002 g/cm³)
  • •Best turndown and zero-point stability in the industry

 

This video shows a customer case study of Promass Q/4 tube application

{youtube}rG3py2Y6oMU{/youtube}

Promass Q also records density and process temperature. This enables fluctuating process and ambient conditions to be incorporated into the measurement and compensated for reliably.

Promass Q sensors are available in stainless steel and in IP66/67, ensuring reliable and low-maintenance long-term operation in process temperatures from -196 °C to 205 °C . Due to their SIL-compliant device development, Promass Q is suitable for safety-related applications and holds several certifications for hazardous areas.

Combining Proline 300/500 transmitters with Promass Q 300/500 sensors enables numerous operational benefits, including WLAN (web server) for wireless operation and configuration on site, HistoROM for safe storage of configuration and device data, and Heartbeat Technology for diagnostics, device verification and process monitoring.

Endress Hauser logo 300x150

 

 

 

To learn more about the Promass Q 300/500, click here 

 

Related Articles

  • New G2RV-ST And G3RV-ST Relays from Omron

    New G2RV-ST And G3RV-ST Relays from Omron

    Omron’s New G2RV-ST And G3RV-ST Relays Are Among the Fastest in the Industry That Provide Better Visibility, Top-Notch Reliability, and Vibration Resistance January 23, 2023 Speedier relays are a key requirement in today’s fast-paced manufacturing industry, and Omron responded to this need with the new ST relays that are among the fastest available on the… Read More…


Editor’s Pick: Featured Article

Conserving Power and CO2 Emissions with Premium Efficiency Motors

The process of converting electrical energy to mechanical energy is never perfect. As much as we would like to have a 100% efficient motor, it is impossible to build a machine that will take 746 watts of electricity (the equivalent of 1 Hp) and convert it to 1 Hp of mechanical output. It always takes somewhat more than 746 watts to yield 1 Hp’s worth of output.

Motors are continuously being pushed to be more efficient and reduce these losses. Over the years the guiding regulations of motor manufacturing have pushed us to improve efficiencies to new levels to reduce the considerable global power consumption of motors, as they are everywhere. From our factories, utilities and homes and most anywhere you can think of.

How much power consumption aka money are you spending that you do not have to? Take a minute while having your coffee to see if you can save money.

Read More



Latest Articles