COMBINED METHOD OF TREATING WASTE WATER CONTAINING ORGANIC CONTAMINANTS Russian patent published in 2013 - IPC C02F9/04 C02F9/08 C02F1/28 C02F1/52 C02F1/02 

Abstract RU 2480423 C1

FIELD: chemistry.

SUBSTANCE: invention relates to treatment of waste water containing organic contaminants in industry, agriculture and household conditions. The waste water treatment method involves treatment of the initial waste water with a coagulant and flocculant, separation thereof into sludge and clarified waste water. Further, the clarified waste water is treated with nanostructured boehmite until achieving a given degree of purity of the clarified waste water and then separated into purified waste water and a solid residue. The solid residue, which contains contaminated nanostructured boehmite, is collected and regenerated, while undergoing supercritical aqueous oxidation. The regenerated nanostructured boehmite is collected for subsequent recycling.

EFFECT: method enables recycling of treated waste water and nanostructured boehmite.

12 cl

Similar patents RU2480423C1

Title Year Author Number
METHOD OF TREATING HOUSEHOLD WASTE WATER CONTAINING ORGANIC CONTAMINANTS 2011
  • Solov'Ev Rudol'F Jur'Evich
  • Fedotov Anatolij Valentinovich
  • Pronskaja Tat'Jana Viktorovna
RU2481273C1
METHOD OF TREATING WASTE WATER FROM DISSOLVED ORGANIC POLLUTION 2016
  • Fedotov Anatolij Valentinovich
  • Grigorev Viktor Stepanovich
  • Svittsov Aleksej Aleksandrovich
  • Vanchurin Viktor Illarionovich
  • Romanov Ilya Vladimirovich
RU2658404C1
METHOD FOR NEUTRALIZING LANDFILL FILTRATE AND OTHER LIQUID WASTES WITH A HIGH CONTENT OF DIFFICULT-TO-OXIDIZE ORGANIC SUBSTANCES (IN TERMS OF COD) BASED ON SUPERCRITICAL WATER OXIDATION AND A DEVICE FOR ITS IMPLEMENTATION 2020
  • Markelov Aleksej Yurevich
  • Shiryaevskij Valerij Leonardovich
  • Cherkasova Olga Vyacheslavovna
RU2783358C2
METHOD OF TREATING DAIRY INDUSTRY WASTE WATER 2009
  • Shamukov Stanislav Ivanovich
  • Chistjakov Vladimir Nikolaevich
  • Tikhonova Galina Grigor'Evna
RU2414435C1
DRINKING WATER PRODUCTION PROCESS 1997
  • Goncharuk Vladislav Vladimirovich
  • Meshkova-Klimenko Natal'Ja Arkad'Evna
  • Gorchev Vasilij Fedorovich
  • Vakulenko Vera Fedorovna
  • Sotskova Tamara Zakharovna
  • Poberezhnyj Vitalij Jakovlevich
RU2122982C1
METHOD FOR OBTAINING BIOFLOCCULANT FROM EXCESS ACTIVATED SLUDGE 2021
  • Vasileva Zhanna Vyacheslavovna
  • Trishina Anastasiya Sergeevna
RU2757010C1
COMPLEX PLANT FOR TREATMENT OF EFFLUENTS FROM ANTI-ICING AND DEICING REAGENTS CONTAINED IN AIRPORT EFFLUENTS 2023
  • Sergeev Viktor Vladimirovich
  • Volskii Aleksei Sergeevich
  • Kashcheev Iurii Mikhailovich
  • Grushanin Aleksandr Ivanovich
RU2814343C1
METHOD FOR DEEP COMPLEX TREATMENT OF INDUSTRIAL AND SURFACE WASTEWATER HIGHLY CONCENTRATED IN TERMS OF MINERAL NITROGEN AND PHOSPHORUS FORMS WITH A LOW CONTENT OF ORGANIC SUBSTANCES 2022
  • Zubov Mikhail Gennadevich
  • Vilson Elena Vladimirovna
  • Litvinenko Vyacheslav Anatolevich
RU2794086C1
PROCESSING LINE FOR SIMULTANEOUS PROCESSING OF VARIOUS PROBLEM WASTES 2020
  • Anton Voskobojnikov
  • Ivanova Margarita Anatolevna
  • Karamzin Valentin Anatolevich
  • Nesterov Vladimir Andreevich
RU2741102C2
DEVICE FOR DISINFECTION OF WASTEWATER WITH COLD ATMOSPHERIC AIR PLASMA AND METHOD OF ITS USE 2023
  • Kashapov Nail Faikovich
  • Kashapov Ramil Nailevich
  • Nafikov Makarim Makhasimovich
  • Smirnov Sergei Gennadevich
  • Sabirzianova Ruziia Rinatovna
  • Nafikov Mansur Makarimovich
  • Khuzina Roza Rifatovna
RU2804982C1

RU 2 480 423 C1

Authors

Chernoivanov Vjacheslav Ivanovich

Fedotov Anatolij Valentinovich

Pronskaja Tat'Jana Viktorovna

Dates

2013-04-27Published

2011-09-14Filed