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SIB N PROIZV OBEDINENIYA TEKHE

Overview
  • Total Patents
    61
About

SIB N PROIZV OBEDINENIYA TEKHE has a total of 61 patent applications. Its first patent ever was published in 1981. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets environmental technology and chemical engineering are QINGDAO LANDGREEN ECO TECHNOLOGY CO LTD, SUFANG HU and QI LIU.

Patent filings in countries

World map showing SIB N PROIZV OBEDINENIYA TEKHEs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 61

Patent filings per year

Chart showing SIB N PROIZV OBEDINENIYA TEKHEs patent filings per year from 1900 to 2020

Focus industries

Top inventors

# Name Total Patents
#1 Chernikov Vasilij E 26
#2 Bagryantsev Gennadij I 25
#3 Guselnikov Konstantin I 20
#4 Kvashnin Igor A 15
#5 Ryabov Leonid P 15
#6 Kulagina Nina V 11
#7 Gorshkov Valerij G 9
#8 Malakhov Viktor M 8
#9 Vinogradov Yurij V 7
#10 Psakhis Boris I 7

Latest patents

Publication Filing date Title
SU1740321A2 Method for liquor processing
SU1702100A1 Thermoregeneration unit for neutralizing discharge gases
SU1702098A1 Rotary kiln for neutralization of solid waste
SU1733838A1 Boiler
SU1655528A1 Multistage instant boiling apparatus
SU1673201A1 Method of regeneration of h-cationite filters
SU1645763A1 Unit for rendering harmless through heat treatment of wastes different by heat of combustion and humidity
SU1645766A1 Regenerative apparatus for rendering liquid wastes harmless through heating
SU1703918A2 Feeder
SU1637816A1 Evaporation chamber of multiple effect flashing installation
SU1605089A2 Method of thermal neutralization of waste in different aggregation states
SU1615468A2 Method of thermal neutralization of waste
SU1599621A1 Waste incineration furnace
SU1680242A1 Cyclone-foam apparatus for interacting hot gas with liquid
SU1545026A1 Method of incinerating waste liquors
SU1560963A1 Driving arrangement for rotary furnace
SU1527454A1 Arrangement for withdrawing ash and cinder
SU1502943A2 Method of regenerating waste gas heat
SU1511524A1 System for preparing additional water
SU1507431A1 Installation for catalyst oxidation of gases in mobile plant