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OIL NIR ANALYSIS
 

process FTIR analyzer

Topnir principles
Crude oil management
Crude distillation unit
Gasoline blending optimisation
Diesel blending optimisation
Steam cracking optimisation
Residue and bitumen analyzer
Ex-line blending


OIL AND GAS SAMPLERS

Hydrocarbon automatic sampling

Refinery manual spot sampler
Oil automatic sampler - BSW
Blended fuels automatic sampling system
Bitumen automatic sampling system
Liquefied gas LNG sample probe & vaporizer for chromatograph / calorimeter / spot or automatic sampling
Liquefied gas LNG sampling system
Natural gas automatic-LPG-sampling system


WATER IN OIL ANALYSIS

water in oil monitor

Water in oil monitor
Oil in water monitor
Desalter processing
Tank dewatering


MOISTURE IN GAS ANALYSIS

hygrometer

Moisture monitor-Hygrometer
Moisture measurement in chlorine
Moisture analysers calibrator


REFINERY ANALYZERS CERTIFICATION

calibration cylinder

Sulfur analyzer calibration
Distillation analyzer calibration
Vapor-pressure analyzer calibration
Flash-point analyzer calibration
Octane index analyzer calibration
Chromatograph analyzer calibration


REFINERY ANALYZER ANCILLIARIES

sample recovery and water chiller

Sample recovery system
Water cooler 94/09/CE ATEX
Air conditioner 94/09/CE ATEX 


PURGING AND PRESSURIS-
ATION

blanketing purge ATEX EExp

Computer workstation 94/09/CE ATEX EExp
Electrical motors 94/09/CE ATEX EExp
Electrical cabinets 94/09/CE ATEX EExp
Instrument cabinets 94/09/CE ATEX EExp
Printers 94/09/CE ATEX EExp
Analyzers 94/09/CE ATEX EExp
Purging and pressurisation system 94/09/CE ATEX EExp
Purge system EEx np EN 50021
Certification 94/09/CE ATEX EExp
Blanketing tank control valve


ANALYZER SHELTERS

analyzer shelter
Analyzer-shelters 


Contact Us

Opta-Periph  
+33 6 85 43 82 78  
8 Avenue de Bretteville  
92200  
NEUILLY SUR SEINE, FRANCE  

barere.opta@wanadoo.fr  

 

Tank dewatering

For more information on this product, click here

Desalting operation can be very challenging due to changing process variables and crude assay. The desalter will be the predominant source of wastewater in a refinery and upset in desalter will not only increase sewers loading but also increase valuable crude losses. In other way, after the crude has been washed and mixed as an emulsion of oil and water, demulsifying chemicals are injected and electrostatic fields are used to break the emulsion and concentrate suspended water globules in the bottom of the setting tank . A dedicated balance must be maintained while controlling chemical desemulsifier feed and other parameters for the specified quality of the crude at outlet and the minimum under carry at bottom discharge. Depending on crude assay (from high potential yield to opportunity crudes) and process variables , the Desalter Under Carry Barrier guarantees less than 50 to 300 PPM crude contamination at the waste water discharge valve .

The Right Measure of Your Success