METHOD OF CLEANING LIQUID LUBRICANTS AND DEVICE FOR ITS IMPLEMENTATION Russian patent published in 2020 - IPC C10M175/02 C10G25/02 C10G31/09 C10N40/12 B01D15/04 

Abstract RU 2712439 C1

FIELD: thermal power engineering; nuclear power engineering; oil and gas industry.

SUBSTANCE: invention relates to thermal and nuclear power engineering, oil and gas industry, to methods of cleaning liquid lubricants. Method of cleaning liquid lubricant, comprising a step of cleaning liquid lubricant from impurities of ions, comprising at least two steps of adsorption cleaning, on each of which treatment of liquid lubricating material is carried out at temperature of 40–80 °C with granules of ion-exchange resins with average diameter of 0.5–0.7 mm and maximum deviation from average diameter value of not more than 0.05 mm, stage of separation of liquid lubricant material and granules ion-exchange resins. Device for cleaning liquid lubricant, comprising a supply container, at least one pump, the input of which is connected to the outlet of the supply container, a pre-filter, input of which is connected to the pump outlet, at least two vessels filled with granules of ion-exchange resins, at that input of at least one capacity is connected to output of pre-filter, and output of at least one of vessels is connected to input of at least one of vessels.

EFFECT: disclosed is a method of cleaning a liquid lubricant.

26 cl, 6 dwg, 4 tbl

Similar patents RU2712439C1

Title Year Author Number
METHOD OF CLOSED WATER CIRCULATION OF GALVANIC PRODUCTION 2020
  • Dronov Evgenij Anatolevich
  • Cherkasov Aleksandr Nikolaevich
  • Grigorev Mikhail Yurevich
  • Provotorov Sergej Mikhajlovich
  • Kolesnikov Evgenij Aleksandrovich
  • Bakanev Vladimir Vitalevich
RU2738105C1
METHOD AND DEVICE FOR WATER DEMINERALISATION 2007
  • Brings Burkkhard
  • Podstsun Vol'Fgang
RU2449951C2
METHOD FOR REGENERATING FIRE-RESISTANT SYNTHETIC TURBINE OILS BASED ON COMPLEX PHOSPHORIC ACID ETHERS 2016
  • Akulich Raisa Vasilevna
RU2635542C1
METHOD FOR REGENERATING FIRE-RESISTANT SYNTHETIC TURBINE OILS BASED ON COMPLEX PHOSPHORIC ACID ETHERS 2016
  • Galyatkin Aleksandr Ivanovich
  • Sidorina Natalya Vladimirovna
RU2735224C1
METHOD OF PRODUCING DESALINATED WATER 2023
  • Gromov Sergej Lvovich
  • Orlov Konstantin Aleksandrovich
RU2821450C1
ION-EXCHANGE TREATMENT METHOD FOR ORGANICS-CONTAINING WATER INVOLVING COUNTERCURRENT REGENERATION OF ION-EXCHANGE MATERIALS 2002
  • Balaev I.S.
  • Demina N.S.
RU2205692C2
SORPTION-FILTERING CHARGE FOR COMPLEX WATER PURIFICATION 2022
  • Saprykin Viktor Vasilevich
  • Masliukov Aleksandr Petrovich
  • Masliukov Vladimir Aleksandrovich
  • Pechkurov Aleksandr Nikolaevich
  • Podobedov Roman Evgenevich
  • Iatsenko Viktoriia Anatolevna
  • Vinogradov Nikolai Viktorovich
RU2786774C1
POLYFUNCTIONAL FILTRATING COMPOSITION 2006
  • Savvateev Nikolaj Nikolaevich
  • Solodovnikova Ol'Ga Aleksandrovna
RU2328333C2
MONODISPERSE PARTICLES PREPOLYMERISATION REACTOR 2012
  • Cherepanov Vladimir Stepanovich
  • Sharykin Oleg Vital'Evich
  • Tikhomirov Andrej L'Vovich
  • Sinjakov Maksim Sergeevich
  • Stepanov Valerij Nikolaevich
RU2531593C2
METHOD OF FORPOLYMERISATION OF MONODISPERSED PARTICLES 2012
  • Cherepanov Vladimir Stepanovich
  • Sharykin Oleg Vital'Evich
  • Tikhomirov Andrej L'Vovich
  • Sinjakov Maksim Sergeevich
  • Stepanov Valerij Nikolaevich
RU2531594C2

RU 2 712 439 C1

Authors

Arkhipchuk Valerij Veniaminovich

Kozun Aleksej Nikolaevich

Dates

2020-01-29Published

2019-06-10Filed