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INLINE PROCESS DENSITY AND VISCOSITY MONITORING
May 2015
Contact information:http://www.rheonics.com
[email protected]+41 52 511 32 00+1 713 364 5427
Winterthur | Houston | Portland
inline processdensity and viscositymonitoring
TECHNOLOGY PORTFOLIO
30,000 psi & 200 °C operationalSimultaneous density and viscositymeasurement with inbuilt tempera-ture measurement. Adaptable to:
• Downhole fluid analysis• PVT viscosity & density• EOR density & viscosity• Core flow study• HPHT Foam testing
Inline process viscometer for Newto-nian, multiphase non-Newtonian fluid viscosity measurement.
Large viscosity range 0.3 — 50,000 cPHermetically sealed, all metal wettedparts (316 stainless, Hasteloy or Ti gr.5)
• Inbuilt temperature measurement• Process viscosity control• Slurry consistency• Polymerization monitoring• Scale and corrosion monitoring• Pipeline product monitoring• Marine fuel viscosity control
Single sensor density, viscosity and temperature measurement.
• Designed for easy installation inpipelines, tanks, process lines• Custody transfer - liquid, gas• LNG density monitoring• Drilling mud density and viscosity
DVM SRV DVP
Invented and built in Switzerland, each precision manufactured Rheonics fluid density and viscosity sensor is custom designed to match your application needs. Whether you need to measure density and viscosity downhole at 30,000 psi and 200 °C or monitor the viscosity of polymerization reactions, we have a solution for you.
Rheonics density and viscosity sensors are available in probe and flow through styles, including the industry‘s only obst-ruction free fluid viscosity sensor. Rheonics DV product line is the smallest commercial viscosity and density sensor rated for the extremes of oil & gas downhole conditions, maintaining accuracy at extreme conditions. All Rheonics products are designed to withstand the harshest process environments including high level of shock, vibrations, abrasives & corrosives.
inline processdensity and viscositymonitoring
SRVDVM
PRODUCT PORTFOLIO
Viscosity Range
Viscosity Accuracy
Density Range
Density Accuracy
Reproducibility
Temperature Range
Electronics Temperature
Pressure Range
Material (Wetted parts)
Length x Width x Height
Sample Fluid Volume
Connection
0.2 to 300 cP
1-5%
0 – 1.5 g/cc
0.001 g/cc
Better than 1% of reading
-40 to 200 °C
55 °C (option to 150 °C)
0 to 30,000 psi
Titanium Grade 5
54 x 43 x 74 mm
0.7 cc (flow/static)
1/4“ HiP HF4 rated for 2000 bar
0.2 to 300 cP
5%
0 – 1.5 g/cc
0.001 g/cc
Better than 1% of reading
-40 to 180 °C
85 °C (option to 150 °C)
0 to 5000 psi
316L Stainless Steel
ø35 x 140 mm
flow or static
3/4“ NPT
-40 to 200 °C
85 °C (option to 150 °C)
0 to 3000 psi
0.3 to 50,000 cP
1%
-
-
Better than 1% of reading
DVP
FLUID MEASUREMENTS
OPERATIONAL ENVIRONMENT
MECHANICAL
Our current standard product offerings include:
Titanium Grade 5
ø35 x 100 mm
flow or static
1“ NPT
SPECIFICATION†
†subject to change without notice
inline processdensity and viscositymonitoring
Conceptual framework at ETH Zurich
First viscometer patented, commercialized as «Rheoswing» by Anton Paar / Physica
Gated PLL technology patented
Brookfield AST-100 Process Viscometer
Developed HPHT D-V sensor
rheonics Inc. incorporated
Commercial HPHT Viscosity and Density Sensor for Oil and Gas applications (DVM)
Inline process Density & Viscosity Sensor (DVP)
Inline process Viscometer (SRV)
Invented, designed and built by an ETH Zurich spin-off team with over 150 years of collective experience in resonant sensor technology. Rheonics proprietary technology is protected by a growing portfolio of US & international patents.
Rheonics density and viscosity sensors are available in both standard and customer specific configurations, ranging from small HPHT process and lab sensors up to large bore obstruction free inline viscometers.
rheonics Inc.3 Sugar Creek Center Blvd, Ste 100Sugar Land, TX 77478United States of America+1 713 364 5427
rheonics GmbHTechnoparkstr. 28406 WinterthurSwitzerland+41 52 511 32 00
1990
Contact Information
1998
2003
2010
2011
2013
30 YEARS OF DEVELOPING INNOVATIVE FLUID DENSITY & VISCOSITY MONITORING
INVENTED, DESIGNED, AND BUILT WITH SWISS PRECISION
1985
rheonics|TP15
2014
2015
inline processdensity and viscositymonitoring
