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Physical and chemical research of oil in-situ from field wells:
- Density.
- Viscosity.
- Water content.
- Kinematic viscosity.
- Congelation point.
- Fractional composition.
- Asphaltenes.
- Silica gel resins.
- Paraffin.
- Mechanical impurities.
- Chloride salt.
- Residual gas content.
Survey of oil, monoethanolamine in terms of hydrogen sulfide and mercaptans content
Physical and chemical research of field waters (reservoir, associated, injected), analysis of discharged water:
- PH value.
- Density.
- Total hardness.
- Chloride ions.
- Sulfates.
- Hydrocarbonates.
- Carbonates.
- Calculation of carbonate stability.
- Calcium.
- Magnesium.
- Potassium.
- Sodium.
- Mineralization.
- Sulin's characteristic.
- Amount of suspended particles.
- Petrochemicals content.
- Anion surfactants.
- Nitrite ions.
- Nitrate ions.
- Total iron.
- Determination of indicators concentration (tracer studies).
Survey of composition and properties of associated gas:
- Component composition.
- Density.
- Dynamic viscosity.
- Combustion value.
- Wobbe index.
- Liquid fraction content.
- Content of hydrogen sulfide and mercaptan sulfur.
- Content of solid particles.
- Determination of moisture dew point.
Determination of suspended solids content in solutions used during well workover.
Survey of motor, compression, industrial, transformer, turbine, electrical, aviation, energy, hydraulic oils, oil fuels:
- Density.
- Kinematic viscosity.
- Open/closed cup flash test.
- Acidity.
- Acid number.
- Fractional composition.
- Water soluble acids and alkalis.
- Water content.
- Mechanical impurities.
- Iron content in petrols.
- Analysis of gases dissolved in transformer oil.
- Defects diagnostics of transformer equipment.
Analysis of triethylene glycol, diethylene glycol, antifreeze:
- Density.
- PH value.
- Concentration of TEG, DEG, antifreeze.
- Mechanical impurities.
- Water content.
- Antifreeze congelation point.
Quality control of chemical reagents and compositions used to enhance oil recovery:
- Polyacrylamide polymers.
- Chromium acetate solutions.
- Emulsifiers.
- Mud powders for drilling muds.
- Wood meal.
- Natural, chemical chalk.
- Termogos, etc.
Control of compositions used in technologies to enhance bed oil recovery (cross-linked polymer, gel and emulsion systems):
- Mass fraction of the main substance.
- Hydrolysis degree.
- Characteristic viscosity.
- Insoluble substance residue.
- PH value.
- Acid number.
- Emulsion stability.
- Congelation point.
- Mass fraction of moisture.
- Clay mud yield.
- Screen analysis.
- Sedimentation analysis.
Determination of physical and chemical indicators of the foaming agent:
- Density.
- Kinematic viscosity.
- Congelation point.
- PH value.
- Foam expansion ratio.
- Foam stability.
- Moistening indicator.
Survey of inhibitors, paraffin solvents:
- Input quality control of inhibitors, solvents of asphalt, resin, and paraffin deposits.
- Efficiency of solvents of asphalt, resin, and paraffin deposits.
- Efficiency of dissolving and removing ability of solvents of asphalt, resin, and paraffin deposits.
Survey of scale inhibitors:
- Input quality control.
- Efficiency of inhibitors.
- Inhibitors removal with produced water.
Survey of deposits composition from oilfield equipment:
- Qualitative composition.
- Quantitative composition.
Control of the working area air in terms of harmful and hazardous factors during fire and gas hazardous works.
Main activities of laboratories:
- Survey of composition and properties of oil, gas, produced water, solid salt deposits, associated gas, data analysis and systematization.
- Quality control of chemical reagents and compositions used to enhance oil recovery, analysis of results and issue of recommendations for their use.
- Quality control of motor, energy, hydraulic oils, oil fuels, foaming agent, analysis of results and issue of recommendations for their use.
Our address: Ufa, Lenin st., 13;© 2014 JSC «Bashneftegeofizika»
phone: +7 (347) 272-60-24.Site development «Express Lab»
