METHOD AND DEVICE FOR DETERMINING PARAMETERS OF SYSTEM IN ORDER TO REDUCE CORROSION IN INSTALLATION OF PRIMARY OIL PROCESSING Russian patent published in 2016 - IPC G01N21/77 

Abstract RU 2600510 C2

FIELD: chemistry.

SUBSTANCE: invention relates to method and apparatus for determining number of different substances in liquid sample. Since device is extremely stable, it can be repeatedly used with such samples of very hard water, as water from petroleum refinery settler. Device uses at least one optical analysis method, not depending on volume and/or concentration, in order to determine one of following properties: hydrogen ion exponent pH, amount of chloride and/or amount of iron in sample. Optical property may be colorimetric, fluorescent, or both, wherein it can be result of adding into sample dyes, complexing agents, compounds, causing turbidity, and other reagents, causing optical effects. Since measurements do not depend on concentration and volume, they can be carried out continuously and quickly.

EFFECT: method involves use of BDD electrode for oxidation of substances (such as sulfoxide compounds), which otherwise would hinder for optical analysis.

13 cl, 11 dwg

Similar patents RU2600510C2

Title Year Author Number
METHOD AND DEVICE FOR DETERMINING PARAMETERS OF SYSTEM IN ORDER TO REDUCE CORROSION IN INSTALLATION OF PRIMARY OIL PROCESSING 2012
  • Tsiota Stiven R.
  • Velts Sascha
  • Banks Rodni Kh.
RU2594659C2
METHOD FOR FLUID CHEMISTRY DETERMINATION DURING WELL DRILLING AND FLUID PRODUCTION 2003
  • Tsajlinger Sabine Klaudia
  • Maknil Iii Robert Irving
  • Nikolson Dzhejms Uill'Jam
RU2315180C2
MARKING OF MATERIAL, MARKED MATERIAL AND PROCESS OF AUTHENTICATION OR DILUTION DETERMINATION 2013
  • Deku Erik
  • Sirigu Lorentso
  • Paske Sesil
  • Seppej Zhoel
  • Viss Patrik
RU2650080C2
APPLICATION OF BIPHOTON-EXCITED FLUORESCENCE IN FIELD OF CLINICAL CHEMISTRY FOR ANALYSIS OF COMPONENTS CONTAINED IN CLINICAL SAMPLE 2005
  • Sojni Ehrkki
  • Sojni Aleksi
  • Sojni Jukhani
  • Mel'Tola Niko
RU2362987C2
"MACROSTICK" CONTROL METHOD DURING PROCESSING AND PRODUCTION OF PAPER OR HYGIENIC PAPER USING SECONDARY PROCESSED CELLULOSE 2012
  • Von Drazek Viljam A.
  • Brazerson Brett
  • Shevchenko Sergej M.
  • Mursija Majkl Dzh.
RU2602158C2
MATERIAL COMPOSITION FOR SENSORS FOR DETERMINING CHEMICAL COMPOUNDS IN TRACE CONCENTRATIONS AND METHOD OF USING SENSORS 2006
  • Potirajlo Radislav A.
  • Sivavek Timoti M.
  • Ksiao Kaibin
  • Sekkoni Teodor Dzh.
  • Khassib Lamiaa
  • Lich Ehndrju M.
  • Ehndzhel Dehvid B.
RU2427834C2
KIT OF REAGENTS FOR SAMPLE ANALYSIS AND METHOD FOR SAMPLE ANALYSIS 2008
  • Narikava Tatsuja
  • Tsudzi Tomokhiro
  • Morijama Keiko
  • Itose Judzi
  • Oguni Sinitiro
  • Josida Ajumu
  • Suzuki Saori
  • Mizukami Tosikhiro
RU2461004C2
METHODS OF SEPARATION AND CHARACTERISTIC OF MICROORGANISMS BY MEANS OF IDENTIFIER 2009
  • Uolsh Dzhon
  • Kh'Jumen Dzhons
  • Torp Turmen
  • Klehj Bredford
RU2533252C2
METHOD OF IDENTIFYING MICROORGANISMS BY SPECTROSCOPY (VERSIONS) 2009
  • Uolsh,Dzhon
  • Kh'Jumen,Dzhons
  • Torp,Turmen
  • Klehj,Bredford
  • Ronsik,Kristofer
RU2531225C2
METHOD (VERSIONS) AND DEVICE FOR ANALYSING PROPERTIES OF EMULSION FLUID USING FLUORESENCE SPECTROSCOPY 2007
  • Kanas Triana Khesus Al'Berto
  • Ehndrjus A. Ballard
  • Shnajder Mark
  • Frejtas Ehvi
  • Mallinz Oliver K.
  • Sjan' Chehngan
  • Karnegi Ehndrju
  • Al'-Naser Dzhamil'
RU2373523C2

RU 2 600 510 C2

Authors

Tsiota Stiven R.

Velts Sascha

Banks Rodni Kh.

Dates

2016-10-20Published

2011-11-30Filed