COMPLEX INSTALLATION FOR PRODUCTION OF SORBTION MATERIALS Russian patent published in 2018 - IPC B01J20/04 B01J20/30 C02F1/28 G21F9/04 

Abstract RU 2655900 C1

FIELD: technology of water and air purification.

SUBSTANCE: invention relates to complex of equipment intended for production of sorption materials for treatment and purification of liquid media contaminated with toxic and radioactive materials, mainly to extract long-lived radionuclides of cesium and strontium from high salt solutions, in particular from liquid radioactive waste. Device comprises connected in accordance with the sequence of technological process, pipelines with blocking and control valves, reactors-mixers for preparation of solutions of initial reagents, pumps for pumping water and solutions of initial reagents into a reactor for synthesis of sorption material, connected with the consumption tanks of reagents and with source of water provided with a cleaner, slurry pump to feed synthesized material into thickener, a slurry tank with nonconventional fraction of sorption material, drying box for drying and subsequent calcination of sorption material, means for its grinding and sieving. Synthesis reactor is designed as autoclave, outlet of which, through intermediate tank, is connected with thickener in form of dryck-filter, from which thickened product is transferred to drying box, and filtrate into collection tank for liquid waste. Outlet of liquid waste collector is connected with an additional inlet to synthesis reactor, additional outlet of which is connected with liquid waste collection tanks. Reactor-mixer for preparation of solution of toxic initial reagent, in particular barium chloride, is equipped with top-mounted rasterizer in form of sealed bin with self-sealing lid, equipped with safe opening of bags with dry reagent and means of irrigation of internal space of bin.

EFFECT: increase the efficiency of installation while increasing its production and environmental safety.

1 cl, 3 dwg

Similar patents RU2655900C1

Title Year Author Number
METHOD FOR CONTINUOUS PRODUCTION OF RESORCINOL-FORMALDEHYDE RESINS FOR CESIUM EXTRACTION 2022
  • Tokar Eduard Anatolevich
  • Tutov Mikhail Viktorovich
  • Egorin Andrei Mikhailovich
RU2797595C1
METHOD AND DEVICE FOR PRODUCTION OF SORBENT 1993
  • Artemenko Vladimir Konstantinovich
  • Vershin Vladimir Nikolaevich
  • Kostov Aleksandr Mikhajlovich
  • Osipov Oleg Alekseevich
  • Fedorov Nikolaj Sergeevich
RU2034647C1
METHOD OF PREPARING SORBENT 1994
  • Ershov B.G.
  • Seliverstov A.F.
  • Bykov G.L.
  • Gelis V.M.
  • Miljutin V.V.
RU2096082C1
SEMI-PRODUCT FOR FODDER ADDITIVE PRODUCTION 2014
  • Svyatkovskij Aleksandr Aleksandrovich
  • Svyatkovskij Aleksandr Vladimirovich
  • Kozlova Natalya Alekseevna
  • Lunegova Irina Vladimirovna
  • Tikhonova Ekaterina Mikhajlovna
  • Pavlyushina Nadezhda Nikolaevna
  • Nechaev Andrej Yurevich
RU2588645C2
METHOD OF PRODUCING STRONTIUM SORBENT FOR SOLUTIONS CONTAINING HARDNESS SALTS 2018
  • Sidenko Konstantin Semenovich
  • Kazmin Vladimir Nikolaevich
  • Mursyukaev Eldar Ravilovich
  • Malikov Boris Borisovich
  • Chizhevskij Igor Yulevich
RU2698800C1
METHOD FOR OBTAINING LITHIUM HYDROXIDE MONOHYDRATE FROM ALCOHOLS AND THE PLANT FOR ITS IMPLEMENTATION 2016
  • Ryabtsev Aleksandr Dmitrievich
  • Nemkov Nikolaj Mikhajlovich
  • Titarenko Valerij Ivanovich
  • Kotsupalo Natalya Pavlovna
RU2656452C2
METHOD OF OBTAINING GRANULATED SORBENT BASED ON TITANIUM HYDROXIDE 0
  • Onorin Stanislav Aleksandrovich
  • Khodyashev Mikhail Borisovich
  • Volkhin Vladimir Vasilevich
  • Pashchenko Viktor Nazarovich
  • Toropitsin Aleksandr Anatolevich
  • Pashchenko Taisiya Nikolaevna
  • Babushkin Vladimir Alekseevich
  • Saulin Dmitrij Vladimirovich
  • Kudryavskij Yurij Petrovich
  • Kalinin Nikolaj Fedorovich
SU1150024A1
METHOD OF OBTAINING GRANULATED ALUMINOSILICATE ADSORBENT FOR CLEANING OF AQUEOUS MEDIA FROM CESIUM CATIONS 2018
  • Shilina Alla Sergeevna
  • Askhadullin Sergej Radomirovich
  • Shilin Aleksej Gennadevich
RU2681633C1
METHOD OF PRODUCING ULTRAPURE LITHIUM CARBONATE FROM TECHNICAL-GRADE LITHIUM CARBONATE AND APPARATUS THEREFOR 2013
  • Rjabtsev Aleksandr Dmitrievich
  • Titarenko Valerij Ivanovich
  • Kotsupalo Natal'Ja Pavlovna
  • Kurakov Aleksandr Aleksandrovich
  • Kurakov Andrej Aleksandrovich
  • Ten Arkadij Valentinovich
RU2564806C2
METHOD OF DECONTAMINATION OF EXPOSED WATER RESERVOIRS, WATER DRAINS 2007
  • Sedov Jurij Andreevich
  • Parakhin Jurij Alekseevich
  • Majorov Sergej Aleksandrovich
RU2357309C2

RU 2 655 900 C1

Authors

Avramenko Valentin Aleksandrovich

Yudakov Aleksandr Alekseevich

Zheleznov Veniamin Viktorovich

Chirikov Aleksandr Yurevich

Dobrzhanskij Pavel Vitalevich

Salanin Denis Alekseevich

Buravlev Igor Yurevich

Dates

2018-05-29Published

2017-07-11Filed