Laboratory

The set includes: mud balance model 140 and 141, Marsh funnel, measuring cup, direct-reading viscometer, heating cup, thermometer, pH meter, API filter press, HTHP filter press, sand content kit, 50 ml retort kit, Hamilton mixer, set of reagents for chemical analysis of the filtrate, electric hotplate, set for MBT, hand centrifuge, set of hydrometers, tester for determining the aniline point, electrical stability tester, high-speed Silverson mixer.

This device provides fractional composition analysis of chemical reagents or liquids for the selection of formulations and micron-size of particles in drilling fluids. It is used for incoming quality control of chemical reagents.

This instrument is used to study and investigate the chemical stability of shale clays. The LSM 2100 includes an automatic measuring system with four heads, a compactor, and software. The maximum operating temperature of the device is 82 °C. The device determines the hydrogenation or dehydrogenation of a reconstructed or whole shale clay core after contact with drilling fluid. The software then plots a graph showing the % swelling versus swelling time in minutes.

Provides the aging process of fluid samples for subsequent analysis at specified temperatures. High-temperature chambers with fluid samples are placed in the oven, where they are heated and stirred on driven rollers. Samples can also be heated without stirring (static aging).

This instrument measures the hydrate and dispersion properties of shale clays by simulating the shear and chemical forces present during drilling. In a CST test, clay content and mixing time are held constant, while chemical parameters such as pH and salinity are varied.

This device determines the probability of a “stuck pipe” occurring in a sample of drilling fluid and evaluates the effectiveness of preparing a sample of the fluid or introducing specified liquid into the fluid for releasing a stuck pipe.

The tester is designed to simulate and model downhole conditions to evaluate fluid filtration.

This cell is designed to test solutions at temperatures up to 500°F (260°C) and pressures up to 2500 psi (17237 kPa).

The most commonly used portable Garrett gas analyzer is a portable gas analyzer to determine the concentration of soluble sulfides and carbonates in drilling fluid.

The device provides the mobility needed in the field and the accuracy of laboratory equipment.

While drilling deviated and horizontal wells, it is important to know and determine the friction factor of the BHA in the wellbore and casing.

Device KTK-2 is designed to determine the friction coefficient of the filter cake of drilling fluid in field laboratories.

The calcimeter is used to determine the presence of calcium carbonate, magnesium carbonate in a sample, and also helps to determine the solubility of the sample in acid.

The Brine Crystallization Kit is a field portable instrument designed to measure the crystallization temperature of high-density oilfield brines used in completion, workover and drilling operations. This kit allows laboratory and routine temperature measurements to be made at the wellsite.