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INST OBSCHEI I NEOORGANICHESKO

Overview
  • Total Patents
    891
About

INST OBSCHEI I NEOORGANICHESKO has a total of 891 patent applications. Its first patent ever was published in 1967. It filed its patents most often in USSR (Union of Socialist Soviet Republics), Russian Federation and France. Its main competitors in its focus markets materials and metallurgy, environmental technology and optics are UNIV LVOVSKIJ, CHONGQING POLYCOMP INTERNAT CORP and WETERINGS B V H.

Patent filings per year

Chart showing INST OBSCHEI I NEOORGANICHESKOs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Mozhejko Foma F 107
#2 Aleksandrovich Khasen M 93
#3 Komarov Vladimir S 90
#4 Ermolenko Igor N 81
#5 Khodskij Lev G 50
#6 Krutko Nikolaj P 48
#7 Shevchuk Vyacheslav V 41
#8 Manukyan Rima V 36
#9 Markin Arij D 31
#10 Prodan Evgenij A 29

Latest patents

Publication Filing date Title
RU1792404C Method of producing silicon dioxide with low chlorine content
RU1770941C Electrorheologic composition
RU1791437C Method of potassium chloride conditioning
RU1777924C Process for producing sorbent for chromatographic separation of ions of zinc, nickel and lead
SU1766855A1 Opaque glaze
RU1769755C Method of amorphous silica treatment
RU1791436C Method of reducing slumping of potassium fertilizer
SU1797993A1 Method for nickel oxide production
SU1789215A1 Method for treatment of intestinal obstruction
RU1790564C Method for manufacturing building materials having small weight
RU1784042C Process for producing lead chromate-based pigment
SU1738326A1 Method of producing alumina-base adsorbent
SU1738325A1 Method of producing porous metal-containing adsorbents
RU1786052C Composition of selectively removable coating
SU1731886A1 Tracing paper
SU1754807A1 Method of bismuth silicate monocrystals preparation
RU1787145C Raw mixture for binder production
RU1769947C Modified cellulose as a sorbent of cobalt ions and a method of its preparation
SU1734814A1 Catalyst for gas-phase alkylation of benzene with ethylene
SU1761669A1 Method of alumina production