METHOD AND INSTALLATION OF THE ODOR FORMATION PREVENTION OF BAD SMELLING SUBSTANCE IN TRANSPORTATION AND WASTEWATER TREATMENT SYSTEMS Russian patent published in 2018 - IPC C02F9/06 C02F1/463 C02F1/74 C02F1/58 

Abstract RU 2649425 C1

FIELD: ecology.

SUBSTANCE: claimed group of inventions refers to the field of cleaning industrial and domestic contaminated water and is designed to prevent the formation of smells of foul smelling substances (WPV) in the transportation and treatment of wastewater, including to treatment facilities. This method of preventing the formation of smells of foul-smelling substances (WPV) in wastewater transportation and treatment systems includes the collection of effluents consisting of a liquid and a gas-air phase, and their feeding through the pressure pipeline to the physical and chemical treatment facilities. Before the discharge of effluents through the pressure pipeline, the liquid and gas-air phases of the effluents are co-processed in a device installed at a sewage pumping station, where before the liquid phase of the effluents is mixed with the gas-air phase, the liquid phase of the effluent is accelerated, giving it a helical movement, processing it with low-intensity cavitation and mixing with atmospheric air. In the process of mixing the aerated liquid phase of the effluent with the gas-air phase of the effluent due to further acceleration and turbulization of the formed stream, containing organic substances that cause odor of WPV, produce their oxidation and electrocoagulation. Preventing odor generation of the WPV apparatus comprises receiving tank 1, receiving chamber 2 of a sewage pumping station 3, gravity conduit 5, device 6 for intensifying the oxidizing ability of a low intensity cavitation, air supply device 7, intake 8, pump 10, device for activating the process 11, including an acceleration and formation chamber for the helical flow and an electrocoagulation chamber at its outlet.

EFFECT: invention prevents the appearance of odors of WPV in the system of transportation and treatment of wastewater to treatment facilities.

2 cl, 1 dwg

Similar patents RU2649425C1

Title Year Author Number
METHOD TO INCREASE PRODUCTIVITY OF WATER ABSTRACTION OF UNDERGROUND WATER 2020
  • Stepkin Andrei Andreevich
  • Chernova Iuliia Andreevna
RU2741081C1
METHOD OF TREATING DEPOSITED SEWAGE SLUDGE, APPARATUS FOR REALISING SAID METHOD AND ACTIVATOR 2011
  • Stepkin Andrej Andreevich
  • Stepkina Julija Andreevna
RU2477710C2
WASTE WATER BIOLOGICAL TREATMENT METHOD 2004
  • Stepkin A.A.
  • Stepkina Ju.A.
RU2255905C1
METHOD AND APPARATUS FOR AEROBIC BIOLOGICAL TREATMENT OF WASTE WATER AND COMPOUND ORGANOMINERAL FERTILISER OBTAINED BASED THEREON 2009
  • Stepkin Andrej Andreevich
  • Stepkina Julija Andreevna
RU2433962C2
METHOD OF BIOLOGICAL SEWAGE WATER PURIFICATION AND SILT SEDIMENT UTILISATION 2006
  • Stepkin Andrej Andreevich
  • Stepkina Julija Andreevna
RU2336232C2
METHOD OF BIOLOGICAL SEWAGE WATER PURIFICATION 2006
  • Stepkin Andrej Andreevich
  • Stepkina Julija Andreevna
RU2336233C2
METHOD AND DEVICE FOR TREATED SEWAGE WATER UTILIZATION 2003
  • Stepkin A.A.
  • Stepkina Ju.A.
RU2244786C1
ORGANIC WASTE WATER SEDIMENT TREATMENT PROCESS 2001
  • Stepkin A.A.
  • Stepkina Ju.A.
RU2210550C1
BIOLOGICAL WASTE WATER TREATMENT PROCESS 1998
  • Stepkin A.A.
  • Stepkina Ju.A.
RU2146231C1
METHOD OF AND DEVICE FOR REDUCING CAVITATION IN HYDRAULIC MACHINES 2003
  • Stepkin A.A.
  • Stepkina Ju.A.
RU2260716C1

RU 2 649 425 C1

Authors

Stepkin Andrej Andreevich

Chernova Yuliya Andreevna

Tikhonova Asiya Andreevna

Dates

2018-04-03Published

2016-12-30Filed