First Center Tap Flow Measurement Device
HOUSTON, TX (June 6, 2017) – Bell Technologies, LLC introduces the TWP3 – a flow measurement device that delivers accurate and quantifiable measurement of multiphase drilling fluids.
A primary flow element with a maximum pressure rating of 20,000 psi, the TWP3 is designed to handle the higher flow rates and multiphase fluids that are typical in the drilling industry. By tapping the center of the device throat, the primary element produces a single averaged pressure point from multiple points to equal the most accurate volume on any combination of flows. The location of the sensors is the key to obtaining the one pressure on a 360-degree circle.
“This unit handles demanding applications that require robust performance combined with low maintenance,” said Dave Bell, Chief Technology Officer for Bell. “The TWP3 will allow operators to confidently monitor mud flow both in and out of the well and ensure long term asset reliability as well as safe operation of the rig.”
The TWP3 is the one in the series of ultra-high pressure meters developed by Bell Technologies to address measurement in non-homogeneous (multiphase) situations where other flow meters fail. It is particularly suited to measuring multiphase volumetric flow rates for wellbore processes that contain high-pressure, high-volume mud flows. By monitoring the complete mud flow process, the rig operator will be able to safely control the drilling process and provide a more economically priced wellbore.
Bell Technologies Introduces High Pressure, Multiphase Mud Meter
HOUSTON, TX (June 1, 2016) – Bell Technologies, LLC introduces the MULTIPHASE TORUSWEDGE™ (MPT) – a high-pressure flow meter for safely measuring multiphase volumetric flow rates for wellbore processes.
The meter is designed to provide high accuracy volumetric flow measurement on drilling rigs and can be used for multiple applications ranging from low to extremely high pressure. The MPT is particularly suited to mud flow where fluid is injected into the well through high-pressure high volume injection pumps. Mud is then returned to the surface through the bell nipple where it flows through the
shaker for cleaning prior to being re-circulated back to the wellbore. The product handles demanding applications that require robust performance combined with low maintenance. The MPT will allow operators to confidently monitor mud flow both in and out of the well and ensure long term asset reliability as well as safe operation of the rig.
By monitoring the complete mud flow process, the rig operator will be able to safely control the drilling process and provide a more economically priced wellbore.
Test Proves TORUSWEDGE Outperforms Coriolis in Multiphase Flow
Houston, TX (January 22, 2016) – Bell Technologies LLC, a global leader in helping businesses utilize advancements in the science of differential pressure flow measurement, recently announced test results proving that the TORUSWEDGE™ outperforms the Coriolis in multiphase flow measurement.
“This is something we have known since the product was created,“ said Dave Bell, Owner and Chief Technology Officer for Bell Technologies, LLC. “But, we needed an independent test against the standard in the industry to see just how well it would perform. This test on water-based drilling mud as well as the test we are currently running in oil-based drilling mud seem to prove all of our assumptions. This strengthens our belief that the TORUSWEDGE can resolve a number of drilling fluid flow measurement issues.”
Bell Technologies, LLC Introduces the VTDensitometer
Solutions and Applications
Given the high cost of drilling mud (approximately ten per cent of a well’s overall cost), rig operators can now accurately measure their mud usage and density, aiding in cost accountability and tailoring the drilling process to the formation. Having data presented in real-time gives engineers an important tool to modify mud components as the formation pressure and structure varies. Drilling mud measurement is one of the harshest environments in all of density measurement. Both oil- and water-based mud are compatible with whichever meter design the client chooses. ....
Old Concept, New Innovative Solution
Houston, TX (www.belltechnologiesllc.com) -- Bell Technologies, LLC introduces its newest measurement device, the VTDensitometer. The stand-alone densitometer operates on the resonance principle. Its unique design allows for a compact, relatively lightweight product that gives the customers great installation flexibility.
Bell Technologies Receives Patent for Innovative New
DP Flow Measurement Element
Houston, TX (www.belltechnologiesllc.com) -- Bell Technologies announced today that it has received a patent for the TORUSWEDGE™ primary flow element. The patent gives Bell its eighth patent for differential pressure flow measurement products and solutions.
"The patent was awarded based on the unique design of a two-sided sealing flange and the entrance and exit ramps performance over all other differential pressure devices," said Dave Bell, Owner, and the technology's creator. We believe the TORUSWEDGE flow element will revolutionize differential pressure measurement well into the next century."
The patented TORUSWEDGE primary flow element design incorporates an innovative circumferential wedge which completely encircles the flow stream. This unique wedge element combines the qualities of the orifice plate with the durability of the wedge. The result is a meter offering the highest accuracy and durability of any type of wedge meter.
Bell Technologies Announces Release of Revolutionary Development In Differential Pressure Flow Management
Owner, Bell Technologies, and creator of the product. “Everyone knows of products that looked great on paper but fell apart quickly in the field. The TORUSWEDGE has proven itself to be extremely durable in measuring drilling mud, sand, acid, gas, and various petroleum products.
“ We are very proud to offer it to the oil & gas industry.”
Often mistaken for an orifice plate at first glance, the TORUSWEDGE unit’s distinction and durability lies in its circumferential ramp. As the process encounters the ramp, it is merged gradually into the orifice, and discharged along the downstream ramp. This ensures that the process never impacts a sharp, hard edge so there is a minimum of wear.
For more information contact Bell Technologies, LLC at 713-465-7575, or email@example.com.
Houston, TX (www.belltechnologiesllc.com)– Bell Technologies LLC, a global leader in helping businesses utilize advancements in the science of differential pressure flow measurement, recently announced the release of the newly developed TORUSWEDGE primary flow element.
“This primary flow element sets the stage for revolutionizing modern flow measurement of liquids, gases, slurries, steam, etc., by combining the best attributes of various proven technologies into a single device to address these issues,” said, Dave Bell,