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ALL PRODUCTS
PROUDLY
MADE IN THE USA
2020
Product Catalog
DRILLING FLUIDS
TESTING
VISCOSITY AND
OIL WELL
STIMULATION TESTING
CEMENTING TESTING
CORE ANALYSIS &
CORE TESTING
EOR / IOR
TESTING
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2020 PRODUCT CATALOG
A comprehensive listing of our
current product offerings.
We work hard to ensure testing
reliability so you can focus on the more
important things, like getting back to
business.
UNMATCHED QUALITY INSTRUMENTATION
At Grace Instrument, we know that testing plays a vital role before drilling operations can even begin. That’s why we are
dedicated to providing unmatched, high-quality testing solutions that save you time and money.
With over 20 years of experience in the oil and gas testing equipment industry, Grace Instrument sells and services over 50
different models worldwide. Our instruments feature innovative, patented technology, easy maintenance, and advanced
engineering solutions. Our proven track record includes on-time delivery, fast shipment, on-site training, a 1-year limited
warranty, and replaceable spare parts with a lifetime of support and service via phone, email, video-conferencing, and/or
on-site. Our experienced technicians can travel the globe to train and service any instrument within 3 weeks (or 3 days for
emergencies).
Grace Instrument is based in the USA, where we proudly design and manufacture all products in-house to reduce end-costs,
control quality, and decrease lead times. Our products include viscometers, rheometers, core analysis and stimulation testers,
drilling fluid testers, oil well cementing testers, and much more.
We are committed to delivering outstanding service to our valued customers across the globe. As a leader of instrumentation
devices, our products can be found in laboratories worldwide.
Copyright © 2020 Grace Instrument. All rights reserved. No part of this work covered by the copyright may be reproduced, copied, transferred or distributed in any form or by any
means—graphic, electronic, or mechanical—without written permission from Grace Instrument.
׉	 7cassandra://_kJI8_5aV0qMENSrvc_PkSDYFV_BUaiVVp8ENFRJfHYC` _4eۮmIf@׉EOUR MOST POPULAR PRODUCTS
SCIENTIFIC INNOVATIONS. INDUSTRIAL SOLUTIONS.
For more information or a free product evaluation,
simply email us at info@graceinstrument.com or
call us at 713-783-1560.
Phone 713-783-1560 • www.graceinstrument.com • info@graceinstrument.com
1
׉	 7cassandra://BgQob2kIbD22p6tlxCB9adcnwdhfHVTFNrUsbjXYqUM` _4eۮmIfA_4eۮmIf@(בCט   (u׉׉	 7cassandra://rs0ZgzXzpHpVO2M5lwPIg290emlzeLRlFHF9btoQmYs `׉	 7cassandra://VhG54gTJqVVyc0h8q1PdVsAvF0AEXmiNHuXpeFWbV5QN=`s׉	 7cassandra://MCqznAcVqS1t26upEmWcsXo7TvpZCi4z3sNGY-CZvbo` ׉	 7cassandra://BIVyJs5GhVoV2FhqRx1hnpicRpPX1sIGOGWwN6AIPzE h̖͠]_4eۮmIf|ט  (u׉׉	 7cassandra://SaWu6Gu5mCWz3umfU8EIRY40bZmFboH4HvJQuH4TkUk 4e`׉	 7cassandra://ApzSgp4MJKKIQINAj4gykZ3Bay3RaIXrGSSZAgBHkYob`s׉	 7cassandra://ehQr2uvKQwL6YRfQ9Q6gVuQTHSoJqc9dtbN2N8v3SQQ!` ׉	 7cassandra://v324S0QdXADClDH1RJbTaz3Vmxr8ncirsUlJgQJoGBk 16͠]_4eۮmIf}׉ElM5600
HP/HT RHEOMETER
TRUE
RHEOLOGY
MEASUREMENT
UNDER HIGH
PRESSURE
U.S. Pat. 6,938,464
U.S. Pat. 6,951,127
U.S. Pat. 9,157,846
No magnetic coupling under high temperature and high pressure conditions.
Direct measuement torque transducer and a separately controlled strain mechanism
eliminates moment of inertia errors.
Capable of obtaining values for G' and G", N' and K', all with the same API geometry.
Hastelloy C construction on wetted parts and multiple patented technologies enable
testing of the most corrosive samples, including acids.
M5600 PC software allows both single- and multi-step real-time testing.
ii
׉	 7cassandra://MCqznAcVqS1t26upEmWcsXo7TvpZCi4z3sNGY-CZvbo` _4eۮmIfB׉EpM2200
HP/HT LUBRICITY, DYNAMIC FILTRATION AND
DRILLING SIMULATION TESTER
THE 3-IN-1
MULTIFUNCTION
TESTER WITH
REAL DRILL BIT
SIMULATION
Multifunction Tester in one compact unit featuring HPHT Lubricity,
Dynamic Filtration, and Drilling Simulation functionality.
Only HP/HT lubricity tester currently available in the USA specifically
designed for evaluating dynamic lubricity performance of drilling fluids
under user-controlled conditions.
Dynamic filtration testing conducted within a pressurized, temperaturecontrolled
environment that contains a filtrate medium to simulate
reservoir formations where particle plugging tests and differential
sticking tests can be performed.
Includes ultra-realistic well-bore simulation chamber, which allows the
user to test the penetration rate on actual core samples using a real drill
bit provided with each unit.
iii
U.S. Pat. 9,194,784
׉	 7cassandra://ehQr2uvKQwL6YRfQ9Q6gVuQTHSoJqc9dtbN2N8v3SQQ!` _4eۮmIfC_4eۮmIfB(בCט   (u׉׉	 7cassandra://ip00V3bI6fPAg_OIfWSVsG4SmdDYooekQCxAQXT0qWA `׉	 7cassandra://e28jR4YE3NKYMB_bVxsGfntgb14Adhq9ag7rSmEq9EUQ`s׉	 7cassandra://djrJpOmVbl9hWrGTEED8UhMv9RhVxSdbG0FXseCzFBEo` ׉	 7cassandra://tTU0ZpYVJd9DnGfReH30cifsby5CkKgpfNIQF55Asmo ͠]_4eۮmIfט  (u׉׉	 7cassandra://ZwwfYqpXzsT7NbGglOOXPJU5NZSH6s35AC5dJBZ0o-4 K`׉	 7cassandra://mvAo39M5jL1jCmdhsEzm8uwVX6jZM17TpqW7VvR9FYgTX`s׉	 7cassandra://3A1mLv4_mSs19J_yzTf-MRyDWr3lOu-DX2CZzkWtbzYE` ׉	 7cassandra://_KFoZpfiDpQ1RirFk6Ftj8J1X6WLApmnckbr6EUqg04 2͠]_4eۮmIf׉EM7500
ULTRA HP/HT RHEOMETER
THE LAB
IN-A-BOX
U.S. Pat. 7,287,416
U.S. Pat. 7,412,877
Optional components add multiple test functions while saving money,
time, and laboratory space to provide you with an excellent ROI.
Quick and easy test turn around with no need for re-calibration
before every test.
Prevents sample contamination by removing contact between the
sample fluid within the main test chamber and the pressurization fluid.
No other rheometer on the market today can make this claim.
Patented design eliminates the use of expensive jewel bearings,
which are difficult to install and break easily.
State-of-the-art PC software with database management and real-time
charting.
iv
׉	 7cassandra://djrJpOmVbl9hWrGTEED8UhMv9RhVxSdbG0FXseCzFBEo` _4eۮmIfD׉EM9100
AUTOMATIC CORE FLOW TESTER
CORE FLOW TESTING
CUSTOMIZED
TO FIT YOUR
NEEDS
Streamlined workflow allows for multiple test operations without
draining confining fluid between tests enabling the researcher to
conduct multiple tests without multiple set-up.
Completely automatic controls including digital control of valves,
fluid injection, and many other test parameters.
Designed to accurately measure permeability changes to a
formation core sample in a high temperature and high pressure
environment, while exposing it to a variety of test fluids
The 9000 series products are all completely customizable and made
specifically to the clients requested specfications.
v
׉	 7cassandra://3A1mLv4_mSs19J_yzTf-MRyDWr3lOu-DX2CZzkWtbzYE` _4eۮmIfE_4eۮmIfD(בCט   (u׉׉	 7cassandra://0F37kYT3c2t_HQ-WOYGKEXCYLpsJKRKyV329XxnhIzE _` iq׉	 7cassandra://jP0dmpntiDNeTXFbDfSnqn7sC7rCjOZdtw6slbNW2GUq`׉	 7cassandra://GkIKLaAHpviFuVrILWXcl-hpN6Xn3PIuWpaz6BorBnw)` ׉	 7cassandra://AarJ0KlNvOudhMzKiuiS5E-p7ovPBVgKmSfVElq-sTE -G͠
_4eۮmIfנ_4eۮmIf ̑9ׁHhttp://www.graceinstrument.comׁׁЈנ_4eۮmIf #̐9ׁHmailto:info@graceinstrument.comׁׁЈ׉E+TABLE OF CONTENTS
TABLE OF CONTENTS
DRILLING FLUIDS . . . . . . . . . . . . . . . . . . . . 9
AGING
M1741 Aging Cell
M1750 Roller Oven
LUBRICITY
M2170 HP/HT Lubricity Tester
M2200 HP/HT Lubricity Multifunction Tester
FILTRATION
M4050 Filter Press
M4090 HP/HT Filter Press
M4075 Filter Press API
M4085 Automatic Fluid Loss Apparatus
M2200 Dynamic Filtration Multifunction Tester
CEMENT MIGRATION
LINEAR SWELL METER ( L S M )
M4600 HP/HT LSM
M7500LSM HP/HT LSM
M7500PVT Pycnometer Tester
PVT / DENSITY & SAG TESTER
FORMATION DAMAGE
M9100 Core Flow Tester
M9200 HP/HT Foam Rheometer
M9300 Foam Loop & Core Flow Tester
DRILLING
M2200 Dynamic Drilling Simulator
RHEOLOGY / VISCOMETRY
M3600 Automatic Viscometer
M3600 Acid Viscometer
M3900 In-Line Viscometer
M5600 HP/HT Rheometer
M7500 Ultra HP/HT Rheometer
M7600 Comprehensive Cement Analyzer
CONSISTOMETER
M7200 Atmospheric Consistometer
M7210 Digital Atmospheric Consistometer
M7250 Consistometer
M7260 HP/HT Consistometer
M7270 Dual Cell Consistometer
M7280 HP/HT Dual Cell Consistometer
CEMENT SETTLING/STABILITY
M1510 Cement Settling/stability Testing Tube Kit
CEMENT EXPANSION AND SHRINKAGE
M1520 High-Temperature Annulus Cement Expansion
and Shrinkage Measuring/Testing Kit
CEMENT RHEOLOGY
M3600 Automatic Viscometer
M3600 Acid Viscometer
M3900 In-Line Viscometer
M7500 HP/HT Cement Rheometer
M7800 Ultra HP/HT Hematite Rheometer
CEMENT DENSITY & CURING CHAMBE R
M7500PVT Pycnometer Tester
M7450 Curing Chamber
OIL WELL CEMENT TESTING . . . . . . . . . . . . . 2 0
CEMENT PREPARATION & FLUID LOSS TESTER
M3080 Variable Speed Mixer
M7150 Stirred Fluid Loss Tester
ULTRA CEMENT ANALYZER (UCA)
M7350 UCA
M7355 Volumetric Cement Expansion/Shrinkage Device
M7360 HP/HT UCA
M7370 Twin Cell UCA
STATIC GEL STRENGTH (SGS) TESTER
M7540 SGS / Consistometer
M7550 SGS / Consistometer
vi
GRACE
׉	 7cassandra://GkIKLaAHpviFuVrILWXcl-hpN6Xn3PIuWpaz6BorBnw)` _4eۮmIfF׉EVISCOSITY TESTING . . . . . . . . . . . . . . . . . . 29
VISCOMETERS
M3600 Automatic Viscometer
M3600 Acid Viscometer
M3900 In-Line Viscometer
RHEOMETERS
M5600 HP/HT Rheometer
M7500 Ultra HP/HT Rheometer
M9200 HP/HT Foam Rheometer
EOR / IOR TESTING . . . . . . . . . . . . . . . . 43
PVT TESTING
M9700 PVT Series System
M9735 Restoration Apparatus
INTERFACIAL SURFACE TENSION
M6500 Spinning Drop Tensiometer
M6550 HP/HT Spinning Drop Tensiometer
RESERVOIR STIMULATION
M9115 - Electrical Resistivity at Overburden Condition
M9117 - Capillary Pressure and Resistivity System
M9130 - Slim Tube System
CORE ANALYSIS & TESTING . . . . . . . . . . . 35
CORE POROSITY
M9140 Core Porosimeter
M9145 Porosimeter
CORE PERMEABILITY
M9170 High Pressure Porosity and Permeability System
M9190 Nanodarcy Permeameter
CORE FLOW / CORE FLOOD
M9100 Core Flow Tester
M9000 Pressure Vessel/Accumulator
M9300 Core Flow Tester & Foam Loop Dual Tester
FOAM LOOP & FRICTION FLOW SYSTEMS
M9200 HP/HT Foam Loop Rheometer
M9250 Friction Flow Loop Tester
CORE PREPARATION
M9106 Automated Core Saturator
M1502 Wet Cutting Core Saw
RESERVOIR STUDIES
M9730 Recombination Cell
CALIBRATION FLUID PRICE LIST. . . .47
CALIBRATION FLUIDS PRICE LIST
20 cP
50 cP
100 cP
200 cP
500 cP
M9720 Micromodel Phase Behavior System
M9710 Flow Assurance System
PROPPANT CONDUCTIVITY & ACID STIMULATION
M9500 Automatic Proppant Conductivity Tester
M9400 Automatic Rotatating Disc Acid Reactor
(713) 783-1560 PHONE • (713) 974-7144 FAX • info@graceinstrument.com • www.graceinstrument.com
vii
INSTRUMENT
_4eۮmIfG_4eۮmIfF(בCט   u׉׉	 7cassandra://k2NUuWba4WZroMW1krIaXF8ULau8-FVg1dkxwzNXiUg nh`׉	 7cassandra://iDz9lAxcnI5RRZllujjTfkI1DUspLvZO8fKuwVfhNWYG`r׉	 7cassandra://15hTRVduOLpO6FWp5UIOsSlUWI3idcUC1A-RDDNrPYc=` ׉	 7cassandra://M6oI0Y2-h5P8woAlFh_0ORsgH_5Kf6o7IzljBuEYCC8 ͠X_4eۮmIfט  u׉׉	 7cassandra://MwWROkNfOaVDYxlYLK6bhbbGYmvjTB6p4TYvHOFo2is d`׉	 7cassandra://0_8Rkh8-pd1xYasHKkTLg6bG9Z083pRUpxhfiteyvI8<`r׉	 7cassandra://SEgkwq_rR_3UgRD2IqrvFMY_T9Rn7TQUrDH38TsDG4o` ׉	 7cassandra://kCJYAQKFY7Nc0jctROpovoSFTk26R_iwoqtbWGDhfgc M@͠X_4eۮmIfנ_4eۮmIf y̉9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉EWe're
eroding
away the
competition
An acid-resistant viscometer equipped
with nickel chromium-molybdenum alloy
(Hastelloy C-276), all-sheet material, and
a special HCL acid fume coating that is
suitable for corrosion testing. The unit
provides an excellent resistance to
strong oxidizers and a variety of
chemical compounds, which sets it a part
from the competition and makes it an
excellent choice for acidizing testing.
M3600 Acid Viscometer
OTHER ITEMS FROM OUR VISCOMETER SERIES
M3600 Automatic Viscometer
Another innovation
brought to you by
M3400 Dial-Reading Viscometer
    
׉	 7cassandra://15hTRVduOLpO6FWp5UIOsSlUWI3idcUC1A-RDDNrPYc=` _4eۮmIfH׉EOUR MOST POPULAR PODUCTS DRILLING FLUIDS TESTING INSTRUMENTS
SHOP FOR SIMPLIFED SOLUTIONS
Choose instruments that provide quality craftsmanship.
Designed to test the various characteristics and
performance of a drilling fluid, Grace Instrument
Drilling Fluid Testing Instruments are triple-tested
for durability, quality, and optimization.
9
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
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Aging Cell and Roller Oven
Aging cells were designed to be used with Roller Ovens, in
the aging and testing of drilling fluids or muds. Samples are
placed inside the aging cell, then agitated and rotated in
the roller oven at high temperatures.
10
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Drilling Fluids
׉	 7cassandra://sIWPkAY0gW41jMSDLr2kwAW68P0R7vakDAfoAeVZpCko` _4eۮmIfJ׉ELubricity Series
Lubricity
Lubricity testers measure the lubricating quality of a drilling fluid
and are typically useful in drilling operations that require a mud
additive to reduce torque and drag in the wellbore.
Ambient to 500̊F
2,200 W
240V AC at 50/60 Hz
350 ml
45 ml
1 1
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Drilling Fluids
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9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉E~Filtration Series
Static Filtration
Static Filtration instruments evaluate the static filtration
properties of a drilling fluid without the occurrence of
cake erosion.
M4085 AUTOMATIC FLUID LOSS
APPARATUS
Features
• Automatic fluid collection and filtration.
• Digital measurement.
• FREE software‒data recording, control of
variables, graph/export results, and filtrate valve
control.
Specifications
Max Temperature:
Max Cell Pressure:
12
Pressure Method / Source:
Power Supply:
350°F
2,500 psi
Nitrogen
120V
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Drilling Fluids
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Dynamic Filtration
Dynamic Filtration is a process by which filtered drilling fluid is
circulated over the filter cake to simulate build up of filter cake
on a formation.
Ambient to 500̊F
2,200 W
240V AC at 50/60 Hz
350 ml
45 ml
13
Many other sizes, configurations and finishes are available. Contact your sales representative for details
: 713.783.1560 • sales@graceinstrument.com
Drilling Fluids
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9ׁHhttp://www.graceinstrument.comׁׁЈנ_4eۮmIf L̀9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉ELSM Series
LSM
Linear Swell Meters (LSM) are used to measure the volume or rate of
expansion and contraction of drilling fluid samples and help to
evaluate issues of shale hydration during oil well drilling operations.
M4600 Core Wafer Compactor
M7500 Ultra HPHT Rheometer
14
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Drilling Fluids
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Density (PVT) & Sag Tester
A density (PVT) tester is designed to test liquid or mud density of a
drilling fluid under simulated downhole conditions. A sag tester
evaluates barite sagging and the settling of particles between the
wellbore and casing.
15
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Drilling Fluids
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Formation Damage
Formation Damage instruments evaluate damage to a
formation resulting from exposure to drilling fluids and
provide quantifiable solutions for remediation.
0
Customizable
Customizable
16
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Drilling Fluids
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Drilling Simulator
To help improve, optimize, and offset the cost of expensive drilling
well operations, our drilling simulator uses a realistic well-bore
chamber to test the peneration rate of actual core samples.
1"
2.5"
1"
M2200 DRILLING SIMULATOR
Features
•
Simulate drilling operations and optimize mud systems
• Test penetration rate on core samples using a real drill bit
Core sample options can be different types, such as
sandstone, limestone, ceramic, etc., allowing the user to
select for the matching rock parameters.
• Penetration rate is measured through linear tranducers.
• Pressure and temperature of the simulation chamber are
controlled by M2200 PC software, which monitors and
records test results in real time.
• Filtration during the drilling process can also be measured.
Specifications
Max Temperature:
Max Pressure:
Max Differential Pressure:
Max Load Force:
Power Requirement:
Heater Power:
Power Supply:
Sample Volume:
Filtrate Volume:
Shear Bob Speed:
Dimensions:
Ambient to 500̊F
2,000 psi
500+ psi (or by core strength)
600 lb
2,200 W
1,200 W
240V AC at 50/60 Hz
350 ml
45 ml
0 to 2,000 rpm
27.5" H x 18" W x 21" D
17
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Drilling Fluids
•
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]Rheology & Viscosity Series
Rheology and Viscosity
Rheology is a specific study of drilling fluids that helps to determine
the flow properties of a fluid and deformation of matter. Viscometers
and rheometers are instruments used to measure both viscosity and
the rheological properties of a drilling fluid or mud .
M3600 AUTOMATIC VISCOMETER
Features
•
•
•
•
•
•
True Couette, coaxial cylinder,
rotational viscometer.
Sturdy, portable, and compact, with
use in the field or in the laboratory.
Automatic and fully digital with LCD
and automated keypad control.
Low maintenance with repeatable
results that allows for test flexibility
Stores test data using customized
M3600 PC software.
Optional carrying case.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
Dimensions:
18
Many other sizes, configurations and customizations are available. Contact a sales representative for details.
212°F
Atmospheric
35- 190 ml
1 dyne/cm2
0.0038 to 1020 sec-1
00.01 to 600 rpm
(continuous)
1"-1.5" x 6"x 24"
0.5 to 27,000,000 cp
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
16"H x 5"W x 8"D
M3600 ACID VISCOMETER
Features
M3900 IN-LINE VISCOMETER
Features
•
•
•
Acid-proof option allows testing of
samples with high acid concentration,
including fluids with 30% HCI.
All wetted materials are Hastelloy
C276 construction.
Carry case contains acid viscometer
with attached rotor, data cable, three
bobs, anti-climber, thermocouple and
heater cup.
•
Designed for general viscosity
measurement and mud testing.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
Dimensions:
212°F
Atmospheric
35- 190 ml
1 dyne/cm2
0.0038 to 1020 sec-1
00.01 to 600 rpm
(continuous)
1"-1.5" x 6"x 24"
0.5 to 27,000,000 cp
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
16"H x 5"W x 8"D
•
•
•
•
•
•
•
Intended for use with a wide variety of
fluids, with a special emphasis on
fracturing fluid and drilling mud.
Viscosity measurement unaffected by
fluid flow.
Computer-controlled speed, viscosity
measurement and calibration.
Multiple data export formats.
Easy to operate and calibrate.
Unique and durable design with fast
cleaning and simple maintenance.
Compliant with API 13 and API 39.
Specifications
Viscosity Range:
Pressure Range:
Speed Range:
Output:
Dimensions:
5 cP to 300 cP - mPa.s
Atm up to 2,000 psi
3 and 6 rpm;
50 to 600 rpm
continuous
0 to 5 VDC analog
output or RS485
Modbus output
12"H x 4.5"W
Drilling Fluids
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M5600 HP/HT RHEOMETER
Features
•
•
•
•
•
M7500 ULTRA HP/HT RHEOMETER
Features
Incorporates years of research into its innovative
design.
Oil or dry heat option (oil bath shown, above).
Fully digital with LCD screen
Fast test cycle:Setup-load-test-clean.
• In accordance with API Recommended Practice 10B-2
• Maximum Speed up to 2,000 rpm.
•
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Speed Range:
Sheer Rate Range:
Sheer Stress Range:
Visocosity:
Max Torque:
Repeatability:
Power Voltage:
Construction:
Frequency Range:
Amplitude Range:
Dimensions:
500°F
2,000 psi
32 to 78 ml
0.01% of full scale range or better
0.0001 to 2,000 rpm continuous
0.00004 to 1870 sec-1
1 to 15,000 dyn/cm2
0.5 to 5,000,000 Centipoise
14 μN.m to 100 mN.m
±0.05% of full scale range or better
120-240 V, with transformer
Hastelloy C wetted material
0.01 to 5Hz (Optimized at 0.2 to 3Hz)
0.1 to 500% (Optimized at 0.2 to 500%)
25.5"H x 12.5"W x 8.5"L
Design of cooling jacket allows rapid cooling of test cells,
lessening setup time between tests.
• Innovative patented design ensures against
contamination of test sample with pressurization fluid.
• Built with a thick-walled steel pressure cell, which is
surrounded by a fail-safe steel containment vessel to
ensure operator safety.
•
•
Offers repeatable results and test flexibility.
Recently patented design eliminates the need for
fragile and expensive "V" jewel bearings.
• Instrument does not compromise sample integrity.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Speed Range:
Sheer Rate Range:
Sheer Stress Range:
Visocosity:
Torque:
Repeatability:
Voltage:
Construction:
Coolant Supply:
Compressed Air:
Dimensions:
600°F
30,000 psi
132 ml
0.3% of full scale range or better
0.01 to 600 rpm continuous
0.0082to 1020 sec-1
2 to 10,000 dyn/cm2
0.5 to 5,000,000 Centipoise
7 μN.m to 100 mN.m
±1% of full scale range or better
120240 V, with transformer
Hastelloy C wetted material
Tap water or chiller
120 psi
22"H x 12"W x 24"L (tower)
12"H x 25"W x 15.5"D (cab)
19
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Drilling Fluids
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͠X_4eۮmIfנ_4eۮmIf :̀9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉EFlextables
OIL WELL CEMENT TESTING
INSTRUMENTS
SHOP FOR TIME-SAVING SOLUTIONS
Choose instruments that value your time
Cementing instruments play an important
role before drilling operations even begin. By
determining the physical properties of
cement slurries, cementing crews can use
better techniques to pump cement and
remediate wells for repair.
20
Many other sizes, configurations and finishes are available. Contact your sales representative for details.
Cement Testing
׉	 7cassandra://sjG9UgQrQLAyM1kpKSeE4JQsw2Pf_EP0D2tTsBUc_UU` _4eۮmIfT׉EkCement Preparation & Fluid Loss Tester Series
Cement Prep & Fluid Loss Testing
Mixers or blenders are used to prepare cement slurries and/or
gels for stimulation testing. Fluid Loss testers measure the
effectiveness of fluid loss additives to avoid reservoir damage.
M3080 VARIABLE SPEED MIXER
Features
M7150 STIRRED FLUID LOSS TESTER
Features
• Durable stainless steel mixing blades.
• 1 L stainless steel mixing container that can withstand
abrasive action.
•
• 2 preset (and customizable) mixing speeds.
•
User-friendly LCD screen displays rpm and time.
• Rotational speed is maintained at set point with
microprocessor.
•
Timing relays automatically control mixing at the
required rpm.
• No variation in thickening time tests due to changes
in shear rate.
•
Operator can quickly select API speeds while adding
cement to mixer.
Specifications
Two constant Speed Ranges:
Construction:
Power Voltage:
Power Frequency:
Dimensions:
Preset to 4,000 rpm
and 12,000 rpm
(can be modified by user)
Stainless Steel
115 or 220 VAC (can
be operated with 1.25 KVA
power supply)
50 or 60 Hz
26"H x 16"W x 11"D
Dimensions:
•
•
•
•
•
Simulates down-hole conditions where slurry
dehydration might occur.
Cell cap is interchangeable with models of older cells.
Innovative designed paddle assembly is durable for
extensive testing and easy maintenance.
Heating jacket can be locked at 30° inclined angle for
the easy installation and extraction of test cell.
Timing relays automatically control mixing at the
required rpm.
• No variation in thickening time tests due to changes
in shear rate.
•
Design of cooling jacket allows for rapid cooling of
test cells to quickly start next test.
Specifications
Max Temperature:
Max Pressure:
Heater Power:
Power Supply:
Nitrogen Supply Range:
Max Cool Water Supply:
Includes:
400°F
2,000 psi
800 W.
120 VAC, 60 Hz, 18 Amp
2,000 psi to 2,500 psi
40 psi
Digital temperature controller
with 1.0°resolution.
27"H x 22"W x 18"L
21
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Cementing Testing
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UCA
An Ultrasonic Cement Analyzer (UCA) uses ultrasonic pulse
measurements to perform compressive, non-destructive
strength tests on cement slurry under controlled conditions
of temperature and pressure.
M7350 UCA
Features
M7360 HP/HT UCA
Features
• Continuous measurement of cement
sample under conditions of
temperature and pressure.
•
•
•
•
No sample contamination by
pressurization media.
Test sequences can be amended
during test operations.
Pressure and temperature monitored
and regulated automatically.
Easy-to-use, lightweight pressure
vessel capable of up to 10,000 psi.
Specifications
Max Temperature:
Max Pressure:
Operating Temp:
Compressed Air:
Cooling Water Range:
Humidity Range:
Heater:
Current:
Dimensions:
400°F
10,000 psi
35°F - 105°F
50 - 100 psi
5 - 80 psi
0 - 95% (non-condensing)
1,500 W
15A, 50/60 Hz
15"H x 14"W x 22"D
• Lightweight pressure vessel capable
of up to 20,000 psi, while being easy
to clean and maintain.
•
•
•
•
Test sequences can be amended
during test operations.
Pressure is regulator by backpressure
regulator under 10,000 psi and by air
pressure regulator above 10,000 psi.
Touch-screen controls enhance easeof-use
Handles
2x the pressure capability of
the M7350 unit.
Specifications
Max Temperature:
Max Pressure:
Operating Temp:
Compressed Air:
Cooling Water Range:
Humidity Range:
Heater:
Current:
Dimensions:
400°F
20,000 psi
35°F - 105°F
50 - 100 psi
5 - 80 psi
0 - 95% (non-condensing)
2,000 W
120 - 240 VAC
15"H x 16"W x 22"D
M7370 Twin Cell UCA
Features
•
•
•
Measuring the length of time required
for ultrasonic pulse to travel through
the sample.
User can choose to operate one or
both cells, depending on the test
requirement.
M7370 software can calculate changes
to compressive strength of cement
sample over time as pulse transit time
becomes shorter.
•
•
Pressure and temperature are
monitored and automatically
regulated.
Unit delivers acts as powerful analytic
tool in one compact package.
Specifications
Max Temperature:
Max Pressure:
Compressed Air:
Cooling Water Range:
Heater:
Dimensions:
Current:
M7355 VOLUMETRIC CEMENT EXPANSION/SHRINKAGE DEVICE
Features
22
Attaches to Grace Instrument UCA units during testing to measure
volumetric expansion and shrinkage and compressive strength of
cement samples.
Specifications
Max Pressure:
Max Measurement:
20,000 psi
±30 ml
400°F
10,000 psi
50 - 100 psi
5 - 80 psi
3,000 W
240 VAC, 50/60 Hz
27"H x 18"W x 21"D
Cementing Testing
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SGS / Consistometer
Static Gel Strength (SGS) Consistomers test cement slurry under
elevated temperatures and pressures to determine the gel strength
of a drilling mud. Gel strength is shear stess at a low shear rate after
mud has set for a predetermined time.
M7540 CONSISTOMETER / SGS TESTER
Features
•
•
•
Automatically conditions slurry.
• Computer-controlled data logging.
Control panel optimized for ease of use.
Constant temperature control system.
• Over temperature/pressure protection installed.
•
Designed for maximum accuracy and operator
safety
.
• Comparison of current test data with historical test data.
•
Data analysis software compatible with MS Windows®.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Static Gel Speed:
Pressure Medium:
Power Supply:
Heater Power:
Compliances:
Dimensions:
400°F
20
,000 psi
0 to 250 rpm
0.2 deg/min
White Mineral Oil
240V at 50/60 Hz
1,500 W
API Spec 10A/API 10B/ISO 10426-1
8” W x 21” D x 27” H
•
•
•
•
M7 550 CONSISTOMETER / SGS TESTER
Features
•
•
•
•
Measures slurry consistency, or thickening time, by
testing a sample of the cement slurry under elevated
temperature and pressure.
Hardware design allows for testing cement slurries
up to 600°F with pressures as high as 30,000 psi.
Measures static gel strength as well as slurry consistency.
• No exposed moving/rotating parts.
Touch screen installed for direct reading and easy
operation.
Automatic 6 channel data logging with easy export.
Time saver, fast automatic cooling.
• Over temperature/pressure/consistency/time protection
heavy vessels out of the chamber.
Features a sturdy crane for lifting and removing
Accurate measurement by super accurate servo.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Static Gel Speed:
Pressure Medium:
Power Supply:
Heater Power:
Compliance:
Dimensions:
M7600 COMPREHENSIVE CEMENT ANALYZER
Features
The Grace Instrument M7600 Comprehensive Cement Analyzer helps determine methods for decreasing
gas migration of cement samples during cementing operations.
Specifications
Max Pressure:
5,000 psi
:
Max Temperature: 400°F (204.444°C)
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
600°F
30,000 psi
0 to 250 rpm
0.2 deg/min
White Mineral Oil
110/240V, 50/60 Hz
1,500 W
API Spec 10A / ISO 10426-1
25.5"H x 12.5"W x 8.5"L
23
Cementin g Testin g
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Consistometer
Our consistometers are used to determine thickening time, or the
length of time cement slurry is capable of being pumped within a
well, under simulated downhole conditions of elevated pressure
and temperature.
M7200 Atmospheric Consistometer
Features
•
•
•
•
•
•
Conditions slurry while it is subjected
to desired temperature under
atmospheric pressure.
Slurry is palced in API standard brass
cups that rotate up to 150 rpm.
Sample cups capable of running tests
simultaneously.
Easy-reading dial on each cup offers
quick and clear slurry consistency
readings.
Pre-installed cooper coil for fast
cooling and time saving.
Dual thermocuples monitor bath
temperature to provide extra safety
for operator's protection.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Heater:
Power Supply:
Compliance:
Dimensions:
24
200°F
Atmospheric
150 rpm
1,500 W
115/220 VAC,
50/60 Hz
API Spec 10A/
ISO 10426-1
25"H x 15"W x 18"D
M7210 Digital Atmospheric
Consistometer
M7250 Consistometer
Features
Features
•
•
•
•
Conditions cement slurry under
elevated temperature and
atmospheric pressure.
Automatically records data onto
a PC using digital chart recorder.
Determines slurry thickening time,
free water content, fluid loss,
viscosity and other properties.
Saves operating time using two
brass sample cups that can run
tests simulataneously.
• Dual thermocuples monitor bath
temperature to provide extra safety
for operator's protection.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Heater:
Power Supply:
Compliance:
Dimensions:
200°F
Atmospheric
150 rpm
1,500 W
115/220 VAC,
50/60 Hz
API Spec 10A/
ISO 10426-1
24"H x 15"W x 18"D
•
•
•
•
•
•
•
•
•
Measures slurry consistency and
thickening time.
Automatic PC-controlled temperature
and pressure.
Automatic 5 channel data logging
with easy export.
Reliable overheating protection.
Easy to use PID temperature controller.
Efficient operation with rotating cup
and stainless-steel bath.
Time saver̶fast cooling with cooling
coil.
API compliant design.
PC software capable of controlling up
to 8 units.
Specifications
Max Temperature:
Max Pressure:
Thickening
Time Range:
Heater:
Power Supply:
Slurry Cup Rotation:
Pressure Medium:
Compliance:
Dimensions:
400°F
25,000 psi
0 - 100 Bc
(Bearden units)
3,000 W
240V AC at 50/60 Hz
150 rpm
White Mineral Oil
API Spec 10A/ISO 10426-1
53"H x 26"W x 26"D
Cementing Testing
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M7260 HP/HT Consistometer
Features
M7270 Dual Cell Consistometer
Features
•
•
•
•
•
•
•
Automatically conditions slurry under
at desired temperature and pressure.
Computer-controlled data logging.
Control panel optimized for ease of
use.
Constant temperature control system.
Designed for maximum accuracy and
operator safety.
Innovative data analysis algorithms.
Comparison of current test data with
historical test data.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Heater:
Power Supply:
Thickening
Time Range:
Compliance:
Pressure Medium:
Dimensions:
600°F
40,000 psi
150 rpm
4,000 W
240V AC, 50/60 Hz
0 - 100 Bc
(Bearden units)
API Spec 10A/
ISO 10426-1
White mineral oil
65"H x 33"W x 31"D
•
•
Conditions cement slurry under
elevated temperature and
atmospheric pressure.
• Performs two independent tests
simultaneously.
Custom PC software included with
each unit allows the user to
construct test sequences, run tests,
and interpret test results
quickly and efficiently.
•
•
•
Control panel optimized for ease of
use.
Constant temperature control system.
Designed for maximum accuracy and
operator safety.
• Innovative data analysis algorithms.
Specifications
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Heater:
Power Supply:
Thickening
Time Range:
Compliance:
Pressure Medium:
Dimensions:
M1510 CEMENT SETTLING/STABILITY TESTING TUBE KIT
Features
• Comprehensive, advanced testing tool accurately
simulates and measures settling to determine slurry
stability in real-world cementing applications.
• Results allow users to engineer cementing solutions that
optimize well integrity.
• Withstands high-temperature testing.
• API Recommended Practice 10B-2 (RP 10B-2) compliant.
Specifications
Max Curing Temperature: 400°F (204°C)
Dimensions: 2" Dia. x 8⅜" H
400°F
25,000 psi
150 rpm
6,000 W
240V AC, 50/60 Hz
0 - 100 Bc
(Bearden units)
API Spec 10A/
ISO 10426-1
White mineral oil
65"H x 50"W x 31"D
Max Temperature:
Max Pressure:
Slurry Cup Rotation:
Heater:
Power Supply:
Thickening
Time Range:
Compliance:
Pressure Medium:
Dimensions:
600°F
40,000 psi
150 rpm
8,000 W
240V AC, 50/60 Hz
0 - 100 Bc
(Bearden units)
API Spec 10A/
ISO 10426-1
White mineral oil
65"H x 50"W x 31"D
M1520 HIGH-TEMPERATURE ANNULUS CEMENT
EXPANSION AND SHRINKAGE MEASURING/TESTING KIT
Features
• Comprehensive kit simulates and measures
cement slurry volume expansion and shrinkage.
• Can be used to determine slurry volume
change in real-world cementing applications.
• API Recommended Practice 10B-5 (RP
10B-5) compliant.
Specifications
Max Curing Temperature: 400°F (204°C)
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
25
M7280 HP/HT Dual Cell
Consistometer
Features
•
•
•
•
•
•
•
•
•
Automatically conditions cement slurry
under elevated temperature of 600°F
and pressure up to 40,000 psi.
Performs two independent tests
simultaneously at max pressure.
Computer-controlled data logging.
Control panel optimized for ease of
use.
Constant temperature control system.
Designed for maximum accuracy and
operator safety.
Innovative data analysis algorithms.
Comparison of current test data with
historical test data.
PC software capable of controlling up
to 8 units.
Specifications
Cementin g Testin g
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Cement Rheology
Cement rheometers and viscometers are used to
determine the various characteristics of cement slurries,
such as ratio of shear stress to shear rate and their
resistance to flow.
M3600 AUTOMATIC VISCOMETER
Features
•
•
•
•
•
•
True Couette, coaxial cylinder,
rotational viscometer.
Sturdy, portable, and compact, with
use in the field or in the laboratory.
Automatic and fully digital with LCD
and automated keypad control.
Low maintenance with repeatable
results that allows for test flexibility
Stores test data using customized
M3600 PC software.
Optional carrying case.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
Dimensions:
26
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
212°F
Atmospheric
35- 190 ml
1 dyne/cm2
0.0038 to 1020 sec-1
00.01 to 600 rpm
(continuous)
1"-1.5" x 6"x 24"
0.5 to 27,000,000 cp
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
16"H x 5"W x 8"D
M3600 ACID VISCOMETER
Features
M3900 IN-LINE VISCOMETER
Features
•
•
•
Acid-proof option allows testing of
samples with high acid concentration,
including fluids with 30% HCI.
All wetted materials are Hastelloy
C276 construction.
Carry case contains acid viscometer
with attached rotor, data cable, three
bobs, anti-climber, thermocouple and
heater cup.
•
Designed for general viscosity
measurement and mud testing.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
Dimensions:
212°F
Atmospheric
35- 190 ml
1 dyne/cm2
0.0038 to 1020 sec-1
00.01 to 600 rpm
(continuous)
1"-1.5" x 6"x 24"
0.5 to 27,000,000 cp
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
16"H x 5"W x 8"D
•
•
•
•
•
•
•
Intended for use with a wide variety of
fluids, with a special emphasis on
fracturing fluid and drilling mud.
Viscosity measurement unaffected by
fluid flow.
Computer-controlled speed, viscosity
measurement and calibration.
Multiple data export formats.
Easy to operate and calibrate.
Unique and durable design with fast
cleaning and simple maintenance.
Compliant with API 13 and API 39.
Specifications
Viscosity Range:
Pressure Range:
Speed Range:
Output:
Dimensions:
5 cP to 300 cP - mPa.s
Atm up to 2,000 psi
3 and 6 rpm;
50 to 600 rpm
continuous
0 to 5 VDC analog
output or RS485
Modbus output
12"H x 4.5"W
Cementing Testing
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M7500 CEMENT HP/HT RHEOMETER
Features
M7800 ULTRA HP/HT HEMATITE RHEOMETER
Features
• As a patented add-on module for M7500 Ultra HPHT
Rheometer, the M7500 Cement Rheometer is capable
of testing fluid viscosity under conditions of elevated
temperature and pressure.
•
•
•
The cement sample can be easily removed after
testing due to the uniquely patented design.
Unit prevents damage to the test cell even after a
cement sample has cured and solified inside.
Provides powerful new functionality at a lower cost
than competing, stand-alone instruments, while
maintaining a single instrument footprint and
merging seamlessly with your existing software
training.
Specifications
Max Temperature:
Max Pressure:
Speed Range:
Viscosity:
Voltage:
Construction:
Coolant Supply:
Compressed Air:
Dimensions:
600°F
30,000 psi
0.01 to 600 rpm continuous
0.5 to 5,000,000 cP
120 or 240 V (with transformer)
Stainless Sreel
Tap water or chiller
120 psi
22"H x 12"W x 24"D (tower)
12"H x 25"W x 15.5"D (cab)
•
Intended for use in rheological testing of magnetically
-sensitive fluids such as those containing hematite.
• Built with a thick-walled steel pressure cell, which is
surrounded by a fail-safe steel containment vessel to
ensure operator safety.
•
•
Configured to keep the magnets completely
separated from the testing fluid. This helps
ensure that test results are free of magneticallyinduced
errors.
Pressurizes the pressure chamber up to 40,000 psi,
giving the researcher a pressure environment range
greater than any competing instrument, while
providing easy operation and simple maintenance.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Speed Range:
Sheer Rate Range:
Sheer Stress Range:
Viscosity:
Torque:
Repeatability:
Voltage:
Construction:
Coolant Supply:
Compressed Air:
Dimensions:
600°F
40,000 psi
132 ml (depends on bob size)
0.3% of full scale range or better
0.01 to 600 rpm continuous
0.0082 to 1020 sec-1
2 to 10,000 dyn/cm2
0.5 to 5,000,000 Centipoise
7 μN.m to 100 mN.m
±1% of full scale range or better
120 or 240 V (with transformer)
Stainless Steel
Tap water or chiller
120 psi
22"H x 12"W x 24"L (tower)
12"H x 25"W x 15.5"D (cab)
27
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Cementing Testing
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Cement Density and Curing Chamber
A pycnometer measures the density of cement samples by
calculating the ratio of volume to mass. A curing chamber cures
cement slurry samples in accordance to API Specification 10 to test
compressive strength under elevated pressure and temperature.
M7500 PVT / DENSITY PYCNOMETER TESTER
Features
M7450 CURING CHAMBER
Features
• M7500 PVT is a patented add-on module for M7500
Ultra HPHT Rheometer.
•
Capable of testing fluid viscosity under conditions
of temperature and pressure up to 30,000 psi and
from 20°F (with chiller) to 600°F.
• Rotational speed is maintained at set point with
microprocessor.
•
Timing relays automatically control mixing at the
required rpm.
• No variation in thickening time tests due to changes
in shear rate.
•
Operator can quickly select API speeds while adding
Specifications
Max Temperature:
Max Pressure:
Density Range:
Resolution:
Power Supply:
Compressibility Range:
Sample Size:
Compliance:
Dimensions:
28
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
600°F
30,000 psi
71% to 142%
0.5% of initial density
120 VAC, 60 Hz, 18 Amp
150 rpm
Small piston: 185 to 193 ml
Large piston: 120 to 193 ml
API Spec 10A / ISO 10426-1
22"H x 12"W x 24"D
•
•
•
•
Cures standard two-inch cement cube samples for
compressive strength in accordance with API and ISO
standards for oilfield cements.
Light-weight slurry mold design allows quick
thermocouple insertion and withdrawal.
Test sequences can be created or edited by users to
perform testing under a wide variety of simulated
downhole conditions.
Control panel and handles allow for easy and safe
operation.
Specifications
Max Temperature:
Max Pressure:
Heater Power:
Power Supply:
Compressed Air Range:
Operating Temperature:
Operating Humdity:
Dimensions:
700°F
3,600 psi (optional 5,000 psi)
9,000 W.
120/240 VAC, 50/60 Hz
50 psi to 145 psi
32°F to 105°F
0 to 95% (non-condensing)
46"H x 30"W x 28"D
Cementing Testing
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SHOP FOR EASY-TO-USE SOLUTIONS.
Choose instruments that are easy to use
Learning how to use a new instrument
shouldn’t be difficult. At Grace Instrument
Company, we believe viscosity testing
should be quick, easy, and safe to use.
29
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
Viscosity
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tViscosity Series
Viscosity Testing
Viscosity is the meaure of a fluid's resistance to flow. Viscosity is often
measured using various types of viscometers and rheometers, which
test the shear stress and shear rate among other variables.
M3400 DIAL READING VISCOMETER
Features
• The unit features a control pad, dial
reading, and comes pre-[rogrammed
for automatic shifting speeds.
• Able to perform automatic 10-min or
10-sec gel strength measurement of
drilling muds, oil well cements, and
fracturing fluids with alarm sound.
Unit includes B1 Bob, R1 Rotor Sleeve,
and F1 Torsion Spring, which is
compliant with API 10 and 13
standards. Heater cup is optional.
• The unit is also dual voltage.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Available Spring:
Accuracy:
Viscosity Range:
Dimensions:
30
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Ambient
Atmospheric
35- 150 ml
1 to 10 dyne/cm2
0.17 to 1020 sec-1
600, 300, 200, 100,
60, 30, 6, 3, 0.1 rpm
1.02 to 61,200 dyne/cm2
or 1 to 300 degree
F0.2, F0.5, F1, F2, F5
±1% of torque span
or better
0.5 to 10,000,000 cP
17"H x 5"W x 8"D
M3600 ACID VISCOMETER
Features
M3900 IN-LINE VISCOMETER
Features
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Acid-proof option allows testing of
samples with high acid concentration,
including fluids with 30% HCI.
All wetted materials are Hastelloy
C276 construction.
Carry case contains acid viscometer
with attached rotor, data cable, three
bobs, anti-climber, thermocouple and
heater cup.
Designed for general viscosity
measurement and mud testing.
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Shear Rate Range:
Speed Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
Dimensions:
212°F
Atmospheric
35- 190 ml
1 dyne/cm2
0.0038 to 1020 sec-1
00.01 to 600 rpm
(continuous)
1"-1.5" x 6"x 24"
0.5 to 27,000,000 cp
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
16"H x 5"W x 8"D
Output:
Dimensions:
•
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•
Intended for use with a wide variety of
fluids, with a special emphasis on
fracturing fluid and drilling mud.
Viscosity measurement unaffected by
fluid flow.
Computer-controlled speed, viscosity
measurement and calibration.
Multiple data export formats.
Easy to operate and calibrate.
Unique and durable design with fast
cleaning and simple maintenance.
Compliant with API 13 and API 39.
Specifications
Viscosity Range:
Pressure Range:
Speed Range:
5 cP to 300 cP - mPa.s
Atm. up to 2,000 psi
3 and 6 rpm;
50 to 600 rpm
continuous
0 to 5 VDC analog
output or RS485
Modbus output
12"H x 4.5"W
Viscosity
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M3600 Automatic Viscometer
Features
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•
Specifications
M3600 Viscometer is a true Couette, coaxial cylinder,
rotational viscometer.
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The innovative design and rugged construction
makes it equally indispensable at home in the field or
in the laboratory.
The included M3600Frac software is designed for
measuring fracturing fluids, while M3600DAQ is
designed for general viscosity measurement and
mud testing.
Sturdy, portable, and compact
Exports test data in a spreadsheet format
Includes LCD display with automated keypad control
Allows test flexibility and stores test data
Low maintenance with repeatable results
Available with an acid-proof option, which allows the
user to test samples with high acid concentrations,
including fluids with 30% HCl.
All wetted materials are Hastelloy C276 construction.
Carrying Case contains the M3600 Viscometer with
attached rotor, data cable, three bobs, anti-climber,
thermocouple and heater cup.
Can create test sequences and record test data
without use of external equipment
Max Temperature:
Pressure:
Sample size:
Resolution:
Speed Range:
Shear Rate Range:
Shear Stress Range:
Viscosity Range:
Torque:
Accuracy:
212°F
Atmospheric Pressure
35 - 480 mL (depending on
bob size & cup sleeve type)
1 dyne/cm2
0.01 to 600 rpm (continuous)
0.0038 to 1021 sec-1
.02 to 3,500 dyne/cm2
0.1 to 100,000,000 cP
7 μN.m to 14 mN.m
± 0.5% of torque span
or better
Viscometer Voltage: 90 VAC to 240 VAC
Heater Cup Voltage:
Dimensions:
120 VAC / 240 VAC version
16"H x 5"W x 8"D
31
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
VISCOSITY
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M5600 HP/HT RHEOMETER
Features
•
•
Specifications
The M5600 HPHT Rheometer is completely
compliant to API 13 & 39 specified geometry.
Features patented technology that can directly
measure the true viscoelasticity of a sample under
high temperature & high pressure conditions
without magnetic coupling-induced measurement
errors.
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Unit provides Oscillatory testing mode that
completely removes measurement errors due to
sample climbing.
Enables specific testing to obtain values for G' and
G", N' and K', all with the same API geometry.
Comes equipped with an API 39 standard size rotor
and bob, designated "R1B5", or rotor 1, bob 5.
Hastelloy C construction on wetted parts and
multiple patented technologies allow it to test the
most corrosive samples, including acids.
M5600 PC™ software allows both single- and multistep
real-time testing.
Carrying Case with extendable handle and wheels
also available for easy transportation.
32
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Speed Range:
Sheer Rate Range:
Sheer Stress Range:
Visocosity:
Max Torque:
Repeatability:
Power Voltage:
Construction:
Frequency Range:
Amplitude Range:
Dimensions:
500°F
2,000 psi
32 to 78 ml
0.01% of full scale range or better
0.0001 to 1,100 rpm continuous
0.00004 to 1870 sec-1
1 to 15,000 dyn/cm2
0.5 to 5,000,000 Centipoise
14 μN.m to 100 mN.m
±0.05% of full scale range or better
120-240 V, with transformer
Hastelloy C wetted material
0.01 to 5Hz (Optimized at 0.2 to 3Hz)
0.1 to 500% (Optimized at 0.2 to 500%)
25.5"H x 12.5"W x 8.5"L
Viscosity
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M7500 ULTRA HP/HT RHEOMETER
Features
• The M7500 is built with a thick-walled steel pressure
cell, which is surrounded by a fail-safe steel
containment vessel to ensure operator safety.
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It is designed for easy test set up, sample loading and
post-test cleaning.
Cool-down after tests can be accomplished more
quickly by connecting a tap water supply or a chiller
into the M7500 cooling fluid loop.
Innovative patented design ensures against
contamination of test sample with pressurization fluid.
Recently patented design eliminates the need for
fragile and expensive "V" jewel bearings.
A computer-controlled, magnetically-coupled stirrer
agitates the sample during testing
Provides users with sturdy unit, safe operation, and
low maintenance
Engineered for safe testing with extreme pressure and
temperature settings
Offers repeatable results and test flexibility
Unit includes an LCD screen and PC interface
Instrument does not compromise sample integrity
Fully digital and automatic
Specifications
Max Temperature:
Max Pressure:
Sample Size:
Resolution:
Speed Range:
Sheer Rate Range:
Sheer Stress Range:
Viscosity:
Torque:
Repeatability:
Voltage:
Construction:
Coolant Supply:
Compressed Air:
Dimensions:
600°F
30,000 psi
132 ml
0.3% of full scale range or better
0.01 to 600 rpm continuous
0.0082to 1020 sec-1
2 to 10,000 dyn/cm2
0.5 to 5,000,000 Centipoise
7 μN.m to 10 mN.m
±1% of full scale range or better
120 / 240 V, with transformer
Stainless Steel
Tap water or chiller
120 psi
22"H x 12"W x 24"D (tower)
15.5 H x 14"W x 25"D (cab)
33
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
VISCOSITY
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M9200 HP/HT FOAM RHEOMETER
Features
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Specifications
Single or dual gas (CO2 and/or N2) foam testing
capability.
Continuous foam circulation ensures uniform
foam properties.
Constant foam circulation and shear.
HPHT viewing cell allows testing of acid samples
and ensures safe operation.
Visual determination of foam half life and digital
measurement of bubble size and distribution.
Integrated heating trace ensures that all lines
are subjected to a uniform temperature.
Accumulator for testing high viscosity and/or
corrosive samples.
Viewing cell images can be digitized and
processed digitally.
Designed to handle fluids and gases at
temperatures up to 350°F, under a working
pressure up to 5,000 psi.
34
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Operating Temperature: Ambient to 350 °F (up to 400 °F )
Working Pressure:
Shear Rate:
Microscope
Half-life of Foam:
Atm to 5,000 psi
0 to 1,500 S-1
Magnification: Up to 450x
Viewing Window Material: Sapphire
Foam Density:
Foam Bubble Diameter: ≥1 μm
Sample Volume:
115 ml
Accumulator Volume: 500 ml (w/ optional accumulator)
Rheology Characterization: API standard & other
rheological tests
0.3 to 1.0 g/cm3 controllable
0 to 72 hr
Viscosity
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CORE TESTING INSTRUMENTS
SHOP FOR CUSTOMIZABLE SOLUTIONS.
Choose instruments that fit YOUR needs.
The 9000 series of products are all highly customizable
and made to fit your individual needs. Each unit is
personalized depending on the client’s testing
requirements to allow for a greater degree of control.
35
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
CORE ANALYSIS
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Core Porosity Series
Core Porosity
A porosimeter measures the pore volume and grain volume of a
core sample. Grain density can also be obtained using Boyle's
law to find the sample core porosity.
M9140 CORE POROSIMETER
Features
•
M9145 POROSIMETER
Features
Unit is used to measure the effective porosity of
a core sample precisely.
• Air relief valve prevents over pressurization.
• Calibration block included in the package.
•
• Calculation spreadsheet included.
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Compact size and easy to maintain.
Precision regulator and gauge for accurate pressure
control.
Precise pressure transducer provides accurate
pressure measurement.
Vacuum pump is optional for the evacuation
of the core sample.
Based on Boyle's Law to calculate volume
P1V1 = P2V2
Specifications
Core Diameter:
Core Length:
Nitrogen/Helium
Requirement:
Pressure Sensor Accuracy:
Power:
Electrical Requirement:
Dimensions:
36
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
up to 1.5" (or larger upon request)
up to 2.5"
200 psi minimum
0.1% FSO
50 W
110/220 VAC or 50/60 Hz
12"H x 16"W x 12"D
Digital display of pressure and temperature.
•
Instrument used to measure pore volume and grain
volume of core samples.
• Porosity and grain density measurements may also be
•
•
•
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obtained from M9145 data acquisition software.
Digital display of pressure and temperature.
Pressure transducer provides high accuracy.
Interchangable sample holders for more test variation.
Data acquisition software allows for easy data logging
and collecting.
• Precision regulator and gauge for accurate pressure control.
• Built-in overpressure safety feature.
•
Designed to test core samples with diameters up to
1.5" or larger upon request.
• Compact size for easy test setup and maintenance.
Specifications
Core Diameter :
Core Length:
Pore Pressure:
Confining Pressure:
Pressure Sensor
Accuracy:
Power:
Electrical Requirement:
Dimensions:
up to 1.5" (or larger upon request)
up to 3"
200 psi
500 psi
0.1% FSO
50 W
110/220 VAC or 50/60 Hz
12.5"H x 22"W x 12"D
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Core Permeability
Permeameters are used to measure the permeability, or
capacity of fluid to pass through a porous material, of a core
sample. Permeability is important in determining which rock
formations readily transmit fluids.
M9170 HIGH PRESSURE POROSITY AND
PERMEABILITY SYSTEM
M9190 NANODARCY PERMEAMETER
Features
Features
•
•
•
Performs porosity and permeability tests on plug-sized
core samples under confining pressures of up to
10,000 psi.
•
Supports nitrogen & helium as testing media (dry
compressed air isoptional)
• Porosity range from up to 60%.
• Permeability measurement range from 0.0005 mD
to 10 D.
• Multi-sample loading facilities.
• User friendly, Windows-based system.
• Software handles all control, measurement, data
collection, calculation, and report generation.
• Minimal maintenance required.
Specifications
Max Confining Pressure: 10,000 psi
Core Diameter:
Core Length:
Porosity Range:
Permeability Range:
Max Pore Pressure:
Dimensions:
500 psi
20"H x 24"W x 26"D
1.5 inches (1 inch optional)
Up to 3 inches
Up to 60%
0.0005 milldarcys to
to 10 darcys
•
•
Designed to measure the low and ultra low
permeability of tight plug sized core samples from
shale and other tight gas reservoirs.
Uses a pulse decay procedure and high pressure
nitrogen to measure permeability.
• Automatic pressure and temperature control.
Mercury-free design.
Digital Display and Accurate Measurement of
Pressure.
• Real time test results and post-processing.
• Comprehensive data collection through custom PC
software.
Specifications
Max Temperature:
Max Confining Pressure:
Working Pressure:
Permeability Range:
Core Length:
Core Outside Diameter:
Pulse Range:
Loading Type:
Wetted Material:
Power Supply:
Dimensions:
175°C (347°F)
10,000 psi
2,500 psi
10 nanodarcy to
0.5 millidarcys
0.125" to 3.0"
1" to 1.5"
5 to 200 psi
Hydrostatic, horizontal position
SS-316 Stainless Steel
110/220V, 50/60 Hz
2.9'H x 5'W x 2'D
37
Many other sizes, configurations and finishes are available. Contact your sales representative for details: : 713.783.1560 • sales@graceinstrument.com
CORE ANALYSIS
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Core Flooding Series
Core Flood / Core Flow
Core flooding testing is the measurement of fluids injected into
sample rock to determine the effects of fluids on an oil reservoir.
Our core flooding instruments are designed to improve and
enhance oil recovery technqiues.
M9100 CORE FLOW TESTER
Features
M9300 CORE FLOW AND FOAM LOOP DUAL TESTER
Features
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Optional automatic gas porosity and permeability
measurement
Optional automatic core loading
Optional heating band or convection oven
temperature control
Optional fluid pre-heating prior to contact with the
core sample
Optional slim tube system
Optional resistivity & ultrasonic measurement
Specifications
Operating Temperature:
Max. Confining Pressure:
Max. Working Pressure:
Max. Back Pressure:
Accumulator Capacity:
Fluid Injection Rate:
Core Dimensions:
Unit Dimensions:
392°F (200°C)
15,000 psi
10,000 psi
10,000 psi
1L sample capacity
0 to 80 mL/min (depends on pump)
1"-1.5" diam. by 6"-24" length
28"H x 70"W x 26"D
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Single or dual gas (CO2 and/or N2) foam testing
capabilities
Continuous foam circulation ensures uniform
foam properties
HPHT viewing cell provides safe operation when
testing acidic samples
Direct visual assessment of foam half-life
Computer-assisted analysis of bubble size and
distribution
Integrated heating trace maintains a uniform
temperature on all sample lines
Optional accumulator for injection of highviscosity
and/or corrosive sample fluids
Specifications
Operating Temperature:
Max. Working Pressure:
Shear Rate:
Sample Volume:
Accumulator:
Viewing Cell:
Dual Gas:
Foam Density:
Bubble Diameter:
350°F (up to 400 °F optional)
5,000 psi
0 to 1,500 S-1
115 ml
500 ml capacity (optional)
Sapphire window
Stereo microscope
CO2 or N2 gas injection for foam creation
0.3 to 1.0 g/cm3 controllable
≥1 μm
Microscope Magnification: Up to 450x
38
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
׉	 7cassandra://U3ILUIGXOIazNNhCx4mirXyM8Ynp-dL9ujl-KFGBe8c` _4eۮmIff׉EFoam Loop & Friction Flow Systems
Foam Loop & Friction Flow Systems
Foam Loop Rheometers are designed to measure the
rheological properties of foam systems under elevated
pressure and temperature. The Friction Flow Loop Tester
evaluates the reduction of friction on fracturing fluids.
M9200 HP/HT FOAM LOOP RHEOMETER
Features
M9250 FRICTION FLOW LOOP TESTER
Features
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•
•
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•
•
Single or dual gas (CO2 and/or N2) foam testing
capabilities
Continuous foam circulation ensures uniform
foam properties
HPHT viewing cell provides safe operation when
testing acidic samples
Direct visual assessment of foam half-life
Computer-assisted analysis of bubble size and
distribution
Integrated heating trace maintains a uniform
temperature on all sample lines
Optional accumulator for injection of highviscosity
and/or corrosive sample fluids
Specifications
Operating Temperature:
Max. Working Pressure:
Shear Rate:
Sample Volume:
Accumulator:
Viewing Cell:
Dual Gas:
Foam Density:
Bubble Diameter:
350°F (up to 400 °F optional)
5,000 psi
0 to 1,500 S-1
115 ml
500 ml capacity (optional)
Sapphire window
Stereo microscope
CO2 or N2 gas injection for foam creation
0.3 to 1.0 g/cm3 controllable
≥1 μm
Microscope Magnification: Up to 450x
Specifications
Max Temperature:
Max Confining Pressure:
Working Pressure:
Permeability Range:
Core Length:
Core Outside Diameter:
Pulse Range:
Loading Type:
Wetted Material:
Power Supply:
Dimensions:
400°F
10,000 psi
2,500 psi
10 nanodarcy to
0.5 millidarcys
0.125" to 3.0"
1" to 1.5"
5 to 200 psi
Hydrostatic, horizontal position
SS-316 Stainless Steel
110/220V, 50/60 Hz
25.5"H x 12.5"W x 8.5"L
39
Many other sizes, configurations and finishes are available. Contact your sales representative for details: : 713.783.1560 • sales@graceinstrument.com
•
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Fill Automation
Coriolis mass flow meter
Safety control - Over-pressure relief valve
DP Transmitter (up to 30 psi and 100 psi)
Flow rate of 15 gallons per minute
Mixing tank holds up to 30 gallons
Includes 1/2" and 3/4" O.D., 25' straight tube
length (10' test section)
Real-time display of Reynolds number, flow rate,
temperature, and differential pressure
CORE ANALYSIS
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Core Preparation Series
Core Preparation
Core preparation instruments are tools used to prepare a drill bit
for drilling within a wellbore or help study formation core
samples taken from rock reservoirs.
M9106 AUTOMATED CORE SATURATOR
Features
M1502 WET CUTTING CORE SAW
Features
• Automated saturation of core samples.
• Can perform core flood experiment with saturated
rock sample.
• Calibration block included in the package.
•
•
•
•
Choice of saturator: Injects water or brine into sample.
Automatic pressure and valve control system.
Saturation cycle parameters can be customize during
each step by operator.
• Wetted materials of construction are SS-316.
Control console incorporates PC.
Specifications
Core Cell Diameter :
Core Cell Inside Length:
Pressure:
Wetting Material:
Saturating Fluid:
Electrical Requirement:
Dimensions:
2" to 6"
10" or specified
2,000 psi
SS-316
Water, brine, oil or other
fluids
115/220 VAC or 50/60 Hz
17.5"H x 22.4"W x 22"D
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Stay level blade guard gives 180° coverage at all times
Blade shaft is built with sealed, permanently lubricated,
heavy duty bearings
Cast-aluminum structural components & jig welded steel
frame assembly
Convenient ON/OFF switch for operator safety
Recoil spring return cutting head.
Cast aluminum blade guard with stainless steel water tubes
that will not bend or rust
Adjustable water supply for maximum blade protection
Thermally protected 3 HP Baldor motor on electric Saw
Submersible electric water pump
One-year limited warranty
Specifications
Min. Core Diameter :
Max. Core Diameter:
Max. Core Length:
Blade Capacity:
Amperage:
Power:
Dimensions:
1"
5"
12"
14" diamond blade
12.5 Amp.
3 HP, 230 V
29"H x 23"W x 35"D
40
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
׉	 7cassandra://oVeByp7bFDzzKyuf1UBKI-ps69zKQ3HiSmtvnZ0CBlQ` _4eۮmIfh׉E	Reservoir Studies Series
Reservoir Studies
Instruments used for reservoir studies help simulate the
behavior of fluids within a reservoir under varying
conditions of pressure, temperature, and time.
M9720 MICROMODEL PHASE BEHAVIOR SYSTEM
Features
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•
•
•
•
•
•
Camera system has dual functions: recording and
visualizing wax and asphaltenes precipitation during
testing.
Two positions for micromodel experiments: vertical
and horizontal.
Reaction cells assembly rotates up to 90° inside of
oven.
Constant temperature control system provided by
oven.
High pressure scaling factor studies.
Provides valuable details on different EOR methods.
Allows engineers to optimize injection schemes to
increase recovery.
.
• Minimal maintenance required.
•
Specifications
Temperature Range:
Pressure Range:
Wetted Material:
Particle Size Detection:
Pressure Accuracy:
Temperature Accuracy:
Electrical Requirements:
Dimensions:
Comprehensive data collection (pressure/temperature).
•
•
•
Up to 302°F (150°C)
Up to 20,000 psi
HC-276 or Inconel
5 microns or better
± 0.1% of Full Scale
±0.2% °C
120/240V
10' H x 9' W x 2' D
M9730 RECOMBINATION CELL
Features
The Grace Instrument M9730 Recombination Cell is
designed to inject oil and gas at a predetermined volume,
mix them together, and heat the resulting mixture in
elevated temperature and pressure conditions.
Specifications
Max Pressure:
15,000 psi
Max Temperature: 350°F (175°C)
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
41
M9710 FLOW ASSURANCE SYSTEM
Features
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•
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Two 1000 mL accumulators for sample loading.
Data recorded in .csv file format for easy analysis
with MS Excel or other spreadsheet programs.
Test cell can be viewed and recorded using the
microscope and camera.
User-friendly, Windows-based system.
Software handles all control, measurement, data
collection, and report generation.
Includes magnetic mixer and chemical injection
pump for simulating additional flow conditions.
Specifications
Max Temperature:
Max Pressure:
Pump Volume:
Cell Volume:
400°F (205°C)
10,000 psi (690 bar)
100 ml
200 ml
Accumulator Volume: 1,000 ml
Wetted Materials:
SS-316 Stainless Steel (Pump)
HC-276 Hastelloy
(Accumulator & Fittings)
Power Requirements: 110-120V AC, 50 or 60 Hz
Dimensions:
M9000 series units are
customized to client's request
CORE ANALYSIS
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Proppant Conductivity & Acid Stimulation Series
Proppant Conductivity and Acid Stimulation
A Proppant Conductivity Tester performs fracture conductivity
and leak-off testing under conditions of varied temperature
and pressure. The Acid Reactor is designed to analyze acid
stimulation performance at reservoir conditions
M9500 Automatic Proppant Conductivity Tester
Features
• Air relief valve prevents over pressurization.
Calibration block included in the package.
Digital display of pressure and temperature.
Calculation spreadsheet included.
Compact size and easy to maintain.
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Precision regulator and gauge for accurate pressure
control.
Precise pressure transducer provides accurate
pressure measurement.
Vacuum pump is optional for the evacuation of the
core sample.
Specifications
Fracture Conductivity System:
Flowing Pressure:
Closure Stress:
BP Regulators:
Accum. Pressure:
Accum. Volume:
ISO Standard:
Leak-off System:
Back Pressure:
Specifications
Atm to 3,000 psi
Atm to 20,000 psi
Atm to 3,000
Atm to 3,000 psi
2,000 ml
ISO-Standard 13503-5
Atm to 3,000
Digital Pressure Transducer: ± 0.1% of full scale or better
Closure Stress:
Up to 20,000 psi
Temperature Range:
Dimensions:
42
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
Atm. to 400°F
(with ±1°F accurancy )
Custom
Max. Temperature:
Max. Pressure:
Rotation Speed:
Material:
Reactor Cell Capability:
Dimensions:
250 °C
10,000 psi
1000 - 2,000 rpm
Hastelloy B and Hastelloy C
600 ml (customer option avail.)
Custom
M9400 Automatic Rotatating Disc Acid Reactor
Features
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Automatic hands free operation after loading samples.
• Steel shield tower provides further protection to test
cells.
Automatic sampling system.
Proprietary design prevents debris plugging sample
tubing.
Capable of testing hydrochloric, hydrofluoric and organic
acids used for acid stimulation of carbonate and sandstone
reservoirs.
The rotating reactor puts the rock sample in motion for
uniform reaction with the acid system.
׉	 7cassandra://b_XF25ZiOKaDr-nRu65bKjdoKycpPEGt5qdL42LIhqg` _4eۮmIfj׉EEOR/IOR INSTRUMENTS
SHOP FOR METHOD-IMPROVING SOLUTIONS
Choose instruments that improve oil recovery
Improving the current methods for oil recovery
is important. Grace Instrument’s EOR/IOR testers
help to evaluate oil displacement and formation
pressure in the reservoir. Data collected from
these tests contributes to the research towards
improving the current trends for oil recovery.
43
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
׉	 7cassandra://C25rthms6qpNrzC0DuEAs_FMHdWIlX3hen92Jr0GNM4` _4eۮmIfk_4eۮmIfjבCט   u׉׉	 7cassandra://NVYrCIlyoqpmQWFsLguaNMJOBXypy6Y2vyzSF-l2-No h`׉	 7cassandra://Gd1bsYw-_4PMVlhP2PPFERXQMlpfXNfVQEupfNbmLk0N`r׉	 7cassandra://nlpOGyrWuo6eAiErFpDhHOW8UQ2IeOcGwTlNylqp3oI` ׉	 7cassandra://gCaUpXG2KfMnX26CpVdypQ8nMY5EUH1_rAYWeOrxzIs .!4͠X_4eۮmIfט  u׉׉	 7cassandra://jLqE-SJMsR2eTKQH0XPSN6HwZtkXuyanJu9e_7P8BCc -`׉	 7cassandra://RFrVZ8kFV_M0L7QD7QCd1XLztMoyhbHEtUjM0j8xFvE``r׉	 7cassandra://a00Ps1OyVMZMn1ET_z83m5d9ZTYgSyGxzv8lGhK0xBg:` ׉	 7cassandra://OWZYwwXkFZ8i8si2uruWKr42aTVhVfzcMI2ppUIF17kͪ͠X_4eۮmIfߒנ_4eۮmIf !̅9ׁHhttp://www.graceinstrument.comׁׁЈנ_4eۮmIf v̉9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉EPVT Testing Series
PVT Testing
PVT is an acronym for Pressure, Volume & Temperature. PVT
testers are used to evaluate the various properties of fluids
that are affected by PVT.
M9700 PVT SERIES SYSTEM
Features
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Mercury-free design
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Computer-controlled data logging
Visual observation cell
Constant temperature control system
Detection in both oil and gas condensate studies
Designed for maximum accuracy and operator safety
Innovative data analysis algorithms
Comparison of current test data with historical test
data
System hardware and software customized to your
specifications
Specifications
Temperature Range:
Pressure Range:
Volume Accuracy:
Cell Volume:
Temperature Reading:
Frequency:
Viewing Cell:
Material:
Visual Volume:
Dimensions:
-40°C to 205°C
Atm. to 15,000 psi/ 104 MPa
0.1 cm3
210 ml and above
± 0.2°C
50 or 60 Hz
U-shaped and see through
SS-316, HC-276, or inconel
400cm3 or 240cm3
The M9000 units are custom
built to customer's request.
44
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
M9735 RESTORATION APPARATUS
•
Features
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•
•
•
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Mercury-free appartus used to restore samples.
Heating jacket/mantel allows user to control temperature.
Wheeled cart to move equipment easily.
Eletrical cabinet to control the apparatus.
Motorized rocking system included for proper agitation
procedures.
Ball mixer included in High Pressure Piston Cylinder for
proper agitation and mixing procedures.
Specifications
Max. Working Temperature:
Number of Cylinders:
Cylinder Size:
Variable Speed:
Speed Agitation:
Eletrical Requirements:
Dimensions for Cell:
150°C
2 (other specs upon request)
Upon Request
2 to 5 cycles min.
Variable
220-240 VAC, 50 Hz
12.5"H x 22"W x 12"D
EOR/IOR
׉	 7cassandra://nlpOGyrWuo6eAiErFpDhHOW8UQ2IeOcGwTlNylqp3oI` _4eۮmIfl׉E	Interfacial Surface Tension Series
Interfacial Surface Tension
The Spinning Drop Tensiometer was developed for the
measurement of interfacial tension, surface tension, absorption
rate and extreme low interfacial tension.
M6500 SPINNING DROP TENSIOMETER
Features
M6550 HP/HT SPINNING DROP TENSIOMETER
Features
•
•
•
•
•
•
•
•
•
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Measurement of extremely low interfacial surface
tension.
Accurate RTD temperature readout.
Advanced PID temperature controller.
Accurate speed controller ensures high image
synchronization.
High accuracy of reading with stroboscope illumination.
LCD numerical display for integrated microscope
Light weight.
Adjustable leveling.
Optional chiller sleeve for low temperature applications.
Optional digital camera imaging system (includes thirdparty
PC software for data measurement and image
processing).
Specifications
Speed Range:
Temperature Range:
Surface Tension
Measurement:
Capillary diameter:
0 to 11,000 rpm continuous
Ambient to 212 °F
(45°F with chiller)
10-6 to 102 mN/m
2.0 mm
Microscope Magnification: 25x
LCD Numerical Display
Resolution:
Voltage:
Live Resolution:
Optical Format:
Focusable Lens:
Dimensions:
0.0001 mm
120V or 240V (with transformer)
2.0 MP
1/3"
16 mm (adds approx. 3" H to unit)
19" H x 19.5" W x 11.5" D
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•
•
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•
•
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Measurement of extremely low interfacial surface
tension.
Accurate RTD temperature readout.
Advanced PID temperature controller.
Accurate speed controller ensures high image
synchronization.
High accuracy of reading with stroboscope illumination.
LCD numerical display for integrated microscope
Light weight.
Adjustable leveling.
Optional chiller sleeve for low temperature applications.
Optional digital camera imaging system
Pressure vessel for HPHT testing with heating sleeve for
operator protection
Specifications
Pressure Range:
Temperature Range:
Speed Range:
Surface Tension
Measurement:
Capillary diameter:
Atmospheric to 1,000 psi
Ambient to 350 °F
(45°F with chiller)
0 to 11,000 rpm continuous
10-6 to 102 mN/m
2.0 mm
Microscope magnification: 25x
LCD Numerical Display
Resolution:
Voltage:
Live Resolution:
Optical Format:
Focusable Lens:
Dimensions:
0.0001 mm
120V or 240V (with transformer)
2.0 MP
1/3"
16 mm
20" H x 15" W x 19" D
45
Many other sizes, configurations and finishes are available. Contact your sales representative for details: 713.783.1560 • sales@graceinstrument.com
EOR/IOR
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Reservoir Stimulation
Reservoir Stimulation instruments are designed to provide
treatment to reservoir formations or enhance the productivity of
a wellbore, using either hydraulic fracturing or matrix treatments.
M9115 Electrical Resistivity System
Features
•
•
•
•
•
Can perform measurement of rock
electrical resistivity.
Choice of either fully or partially brine
saturated core sample.
Resistivity Measurement based on
two or four electrode method.
Includes core holder and hand pump
for desaturation.
Burette used for core saturation
determination.
Specifications
Core Diameter:
Core Length:
1.5"
Up to 4"
Resistivity Measurement: 2 and 4
electrodes
10,000 psi
Max Pressure:
Temperature:
Room Condition
M9117 Capillary Pressure &
Resistivity System
Features
M9130 Slim Tube System
Features
•
• Determines positive and negative
pressure curves.
•
•
•
•
•
•
•
Uses electrical resistivity index for core
sample saturation capacity.
Calculates Saturation exponent "n".
Calculates Cementation exponent "m".
Core holder of Hydrophilic and
hydrophobic ceramics used for
resistivity measurement.
Resisitivity cell used for brine
resisitivity measurement.
Automated pumping system used for
fluid control.
Temperature-controlled bath houses
entire instrument.
Specifications
Max Confining pressure: 10,000 psi
Max Pore pressure:
10,000 psi
Working Temperature: Up to 302°F
Capillary Pressure:
Core Length:
Core Diameter:
Power Supply:
145 psi (± 10 bar)
Up to 3 in.
1.5 in. (other sizes
avail. upon request)
220 VAC
Brine Wetted Material: SS-316
(optional Hastelloy)
•
Determines miscibility at reservoir
conditions.
Gas is injected at user-controlled
pressure through a slim tube, which
has been saturated in oil through a
high pressure pump.
•
•
•
•
•
Produced gas is measured by wet gas
meter.
Raw data obtained after testing.
High level of automation.
Ultrasonic multiphase separator for
liquid measurement.
Many add on tools extend unit
capabilities.
Embedded gas injection pump makes
safe and easy operation for user.
Specifications
Tube Length:
Tube Diameter:
Material:
Porous Media:
Approx porosity:
80 ft. (24 m.)
1/4 ft. (0.42 m)
Stainless Steel
230-310 μm silica
35 %
Approx pore volume: 100 cc
Working Temperature: 302°F
Working Pressure:
Fluids:
Power:
46
Data sheets and full product specifications can be found on our website. Visit www.graceinstrument.com
10,000 psi
Oil, HC gas, CO2
220 VAC, 50 Hz
EOR/IOR
׉	 7cassandra://heyeAo6Otz5U25ZeFz8ha-0s1zvX2mQ2m7kpRdRy8g4 ` _4eۮmIfn׉EdSCIENTIFIC INNOVATIONS • INDUSTRIAL SOLUTIONS
We provide calibration fluids
and spare parts kits for use
with our instruments.
Grace Instrument supplies
calibration fluids for every
instrument we design and
manufacture. Each product
is given a batch number to
identify product age. Visit
our website to see the full
list of our Safety Data
Sheets (SDS).
׉	 7cassandra://A6Pu8Pj-n1hr3uwdn59ZBAM7ieHrRMVkSY_49xSRSj4y` _4eۮmIfo_4eۮmIfnבCט   u׉׉	 7cassandra://kOJyXnKbN3xQijoQI8wLTjM9bPNY1rznY1H70UiZ-bM `׉	 7cassandra://KF6bocNUKJvsTP5g4Cj-puo3qkXPTxe6fW21qjD3vk8`r׉	 7cassandra://j0gIX7d6gSjpnDyiP3NPSepf-Avt5IYtF1YrIQDxdEw*` ׉	 7cassandra://aGWAjQsnDCaiLpB8BnUOfnF31gRo7FR9ImMTKFmtwPMͩ ͠X_4eۮmIfט  (u׉׉	 7cassandra://DpAZXPsq8v5h0dPpFvIhrRXe9bHj74MWyLf6coFtpKU ]`׉	 7cassandra://3Svjr1PbV11vuXJczzdAYGCnUVOBP_i9qQ74aTrGiDU9y`s׉	 7cassandra://bZ97CDZ4NomOTBCHKIV7scjvwG86hm_rr4luElVcqxo7` ׉	 7cassandra://rsByremGFt1v1k2VsjxFppyCdZXnPHKnw2Efm81_s2g cb͠]_4eۮmIfנ_4eۮmIf ̔9ׁH  mailto:sales@graceinstrument.comׁׁЈנ_4eۮmIf +x@9ׁHhttp://www.graceinstrument.comׁׁЈנ_4eۮmIf +\I9ׁH  mailto:sales@graceinstrument.comׁׁЈ׉E+CALIBRATION FLUID PRICE LIST
SCIENTIFIC INNOVATIONS. INDUSTRIAL SOLUTIONS.
Name
20 cP CALIBRATION FLUID 16oz
20 cP CALIBRATION FLUID ½ Gal.
20 cP CALIBRATION FLUID 1 Gal.
50 cP CALIBRATION FLUID 16oz
50 cP CALIBRATION FLUID ½ Gal.
50 cP CALIBRATION FLUID 1 Gal.
100 cP CALIBRATION FLUID 16oz
Par t oN .
CALI0000005
CALI0000006
CALI0000007
CALI0000001
CALI0000008
CALI0000009
CALI0000002
100 cP CALIBRATION FLUID ½ Gal. CALI0000010
100 cP CALIBRATION FLUID 1 Gal.
200 cP CALIBRATION FLUID 16oz
CALI0000011
CALI0000003
200 cP CALIBRATION FLUID ½ Gal. CALI0000012
200 cP CALIBRATION FLUID 1 Gal.
500 cP CALIBRATION FLUID 16oz
CALI0000013
CALI0000004
500 cP CALIBRATION FLUID ½ Gal. CALI0000014
500 cP CALIBRATION FLUID 1 Gal.
CALI0000015
U.S. Price per piece Outside U.S. Price
109.00
337.90
638.48
79.25
247.55
486.80
79.25
247.55
486.80
79.25
247.55
486.80
79.25
247.55
486.80
130.80
405.48
766.18
100.00
271.80
535.00
100.00
271.80
535.00
100.00
271.80
535.00
100.00
271.80
535.00
Grace Instrument offers a complete line of accessories, supplies, and replacement parts for all of our products. Please contact us for a complete list and pricing
information: (713) 783-1560 • sales@graceinstrument.com • All prices and terms of sale are subject to change. Applicable taxes are in addition to prices stated.
20200316
׉	 7cassandra://j0gIX7d6gSjpnDyiP3NPSepf-Avt5IYtF1YrIQDxdEw*` _4eۮmIfp׉ESCIENTIFIC INNOVATIONS • INDUSTRIAL SOLUTIONS
10770 Moss Ridge Rd., Bldg. B
Houston, TX USA 77043
(713) 783.1560 PHONE
(713) 974.7144 FAX
sales@graceinstrument.com
www.graceinstrument.com
ALL PRODUCTS, MACHINE PARTS, & METALS WORKS PROUDLY MADE IN THE USA
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