Products
- Core Preparation
- Routine Core Analysis
- Special Core Analysis
- Reservoir Stimulation
- EOR
- IFT Measurement
- Fluid Sampling
- PVT
- Pump
- Drilling Laboratory
- Petroleum Laboratory
- Aniline Point Measuring Device
- Cloud Point Measuring Device
- Copper Corrosion Measuring Device
- Distillation Apparatus for Petroleum Fluids
- Ductility of Bituminous Materials Measuring
- Flash Point Measuring Device
- Ostwald’s Viscometer
- Penetration of Bituminous & Lubricating Grease Materials Measuring Device
- Pour Point Measuring Device
- Reid Vapor Pressure Measuring Device
- Saybolt Viscometer
- Smoke Point Measuring Device
- Softening Point of Asphalts & Tar Pitches Measuring Device
- Fluid Laboratory
Our group is among the knowledge-based enterprise pioneers in petroleum industry.
Differential Sticking Tester
This apparatus measures the stuck tendency coefficient of a drilling fluid. The probability of the occurrence of stuck pipe situation by drilling fluid, and also, the performance of an additive to the stuck solution could be measured by this setup. It takes into account both the stickiness and the cake-building capability of the drilling fluid. The Stuck Tendency Coefficient is determined by the Timed Filtrate Test. The unit can be pressurized by the CO2 regulator assembly or from any nitrogen source. If Nitrogen is to be used, the Sticking Tester must be fitted with a suitable Nitrogen regulator, gauges, relief valve, hose, and fittings.
Educational Differential Sticking Tester DST-D10 |
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Designed Based on API Recommended Practice 131 | |
Accuracy | 0.01 |
Working Temperature | Ambient |
Working Pressure | 477 psi |
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Pour Point Measuring Device
Read morePour points expresses the lowest temperature of the sample which is kept in liquidity while cooled under certain standards. Pour point devices are generally used in labs that analyze oil produce (naphtha-biodiesel) while testing samples whether they are appropriate to the standards or not.
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Retort Kit
Read moreThis apparatus simply measures the percentage of oil, water, and solid volume of the drilling fluid. The sample is first heated up to 550°C and the vapor is passed through a condenser. The condensates are collected to measure the oil and water volume of drilling. Knowledge of oil, water, and solid content is fundamental for proper control of mud properties when considering oil/water ratios, rheology, density, filtration, and salinity. Knowledge of solids in drilling fluids is essential for proper evaluation and viscosity control.
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Saybolt Viscometer
Read moreThe Saybolt viscometer is a device that controls the heat of the fluid. Moreover, the viscosity is the time taken for the fluid to fill the container. These viscometers are most commonly used for fieldwork to measure the viscosity of oils, syrups, varnish, paints, and bitumen emulsions. The Saybolt viscometer can be found in different versions.
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LPLT Filter Press
Read moreThis apparatus measures drilling fluid and cement filtration at ambient conditions based on API procedures. It is also applicable to check the wall-building (filter cake) properties of drilling mud and cement slurries using filter paper. This is the most effective means of determining the filtration properties of drilling muds and cement slurries. The basic unit has a cell assembly constructed of Stainless Steel and includes the required screen and gaskets.
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The company provides new services based on state-of-art technologies, breaking into new markets, and eventually, stabilizing as a knowledge-based industrial group.
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