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INST METALLURG I OBOGASCHEN

Overview
  • Total Patents
    44
About

INST METALLURG I OBOGASCHEN has a total of 44 patent applications. Its first patent ever was published in 1983. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology, materials and metallurgy and chemical engineering are VNI PT I NEFTYANOGO MASH, CHELJABINSKIJ POLITEKHNICHESKIJ INST IM LENINSKOGO KOMSOMOLA and KREMENCHUGSK AVTO.

Patent filings in countries

World map showing INST METALLURG I OBOGASCHENs patent filings in countries

Patent filings per year

Chart showing INST METALLURG I OBOGASCHENs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bejsembaev Bulat B 6
#2 Kunaev Askar M 5
#3 Nechistykh Gavriil A 4
#4 Chelokhsaev Leonid S 3
#5 Tashuta Galina N 3
#6 Katkov Yulij A 3
#7 Kvyatkovskij Arkadij N 3
#8 Alybaev Zhaksylyk A 3
#9 Kenzhaliev Bagdaulet K 3
#10 Babenko Nadezhda L 3

Latest patents

Publication Filing date Title
RU1794100C Charge for melting sulfide copper concentrates
SU1784046A3 Method for extracting antimony from sulfide-alkaline solutions
SU1737011A1 Method of recovering antimony from alkali-sulfide solutions
RU1790764C Ion-selective electrode for perrhenate-ions assay in molybdenum-containing solutions
SU1715746A1 Mixture for producing belit clinker
SU1654288A1 Refractory body for lining non-ferrous metallurgy equipment
SU1689360A1 Mixture for producing refractory material
SU1609775A1 Method of producing ceramic coating on metal
SU1645242A1 Charge for sintering phosphate raw material
SU1583352A1 Method of sintering initial phosphate materials
SU1650365A1 Method of producing powder from bearing steel chip waste
SU1565908A1 Apparatus for continuous purifying of molten lead by crystallization
SU1644992A1 Method of vacuum evaporation of solutions
SU1592775A1 Method of determining vanadium
SU1539223A1 Method of processing carbonate zinc ores
SU1576456A1 Method of gravity reloading of dispersion materials from low-pressure to high-pressure zone
SU1507754A1 Refractory composition
SU1486490A1 White cement
SU1530893A1 Fluidized-bed furnace
SU1463782A1 Method of processing slags of copper production