Showing recent results 1 - 15 of 27 products found.
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Chandler Engineering
Friction Flow Loop System is used for testing the effects of friction reducers by circulating at high rates through different pipe diameters. Friction Loop designs vary based on the application required.
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Chandler Engineering
Slurry Preparation Constant Speed Mixers blend cement slurry at an automatic maintained, constant shear rate in accordance with API standards. Atmospheric Consistometers are a simple and accurate means to prepare cement slurries for the testing of rheological properties, fluid loss and various other properties in strict compliance with API standards. Wettability Testers are two instruments in one; a constant speed mixer and an instrument for the evaluation of oil/water phase transition of oil-based drilling fluids as they interact with spacer and/or pre-flush systems.
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Chandler Engineering
The variety of models within the Quizix line offers several key advantages. The wide range of flow rates, pressure configurations and available options allow Quizix pumps to meet virtually any experimental requirement from bench top to pilot scale. The ability of Quizix pumps to handle almost any slurry, paste, liquid or gas provides unique capability not found in other positive displacement pumps. Exceptional flow rate accuracy, combined with non-stop pulseless flow makes Quizix pumps ideal for applications involved with rock core analysis/reservoir engineering, oil and gas production enhancement studies, EOR/IOR, PVT, rock mechanics, catalyst or chemical feed stock addition for reactor feed/chemical synthesis and any fluid delivery application where critical fluid delivery or pressure control is required.
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Chandler Engineering
Atmospheric Rotational, Pressurized Rotational, In-Line Viscometers, Friction Flow Loop, and Formation Response.
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Chandler Engineering
The most accurate instrument available for the measurement of pressure above a few psig is the Hydraulic Deadweight Gauge. This type of gauge operates on the principle of balancing a known mass against the force exerted by an unknown pressure on a piston of known area. When an exact balance is achieved, the unknown pressure "P" is equal to the mass "M" of the weights divided by the area "A" of the piston, according to the formula "P" = "M" / "A". In us, weights are removed or added from the piston's table, as with a double-pan balance until the piston "floats" without net vertical movement.
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Chandler Engineering
Compressive Strength testers are used to determine the compressive strength development, gel strength development and elastic moduli of oil well cement under simulated downhole conditions.
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Chandler Engineering
Consistometers are designed to test a cement's thickening time under a variety of downhole conditions in compliance with API standards. Single and dual-cell models are available.
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Chandler Engineering
Quizix Precision Pumps and Formation Response Testers (FRT’s) are the industry standard for core flow studies by operators, service organizations and research laboratories.
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Chandler Engineering
Data Acquisition And Control Software offers complete control over the temperature and pressure schedules of oilfield laboratory instruments from a personal computer. Digital Chart Recorders provide secure data storage and digital backup of critical test data. Previously sold as ancillary equipment on all Chandler Engineering HPHT cement consistometers, pen and paper chart recorder technology is rapidly becoming obsolete as industry demands change.
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Chandler Engineering
Well known for producing the world's most capable and reliable high pressure, high temperature (HPHT) well cementing instruments, the Chandler Engineering portfolio of instruments and systems has grown to include drilling fluid testing as well as many other unique solutions for reservoir evaluation, well construction and completions.
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Chandler Engineering
Dynamic Scale Deposition Loop fully automated systems includes hardware and software to measure and evaluate the performance of scale inhibitors under high pressure and high temperature conditions.
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Chandler Engineering
Fluid Loss testers were designed to be as easy to use as possible, with clear and intuitive controls. Once the cement slurry or mud is placed into the test cell, a programmable temperature controller increases the temperature at the desired rate. The slurry is conditioned by stirring at 150 rpm similar to a consistometer.
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Chandler Engineering
Formation Response Testers (FRT) are designed to accurately measure the permeability changes of a formation sample when exposed to a variety of test fluids.
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Chandler Engineering
In-Line Viscometers provide real-time on location measurement of fracturing fluids viscosity. They are rugged instruments that are designed and manufactured to withstand the rigors encountered within field operations.
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Chandler Engineering
In-Line Viscometers provide real-time on location measurement of fracturing fluids viscosity. They are rugged instruments that are designed and manufactured to withstand the rigors encountered within field operations.
