Learn more

SIB NI K I PI ALJUMINIEVOJ I E

Overview
  • Total Patents
    20
About

SIB NI K I PI ALJUMINIEVOJ I E has a total of 20 patent applications. Its first patent ever was published in 2002. It filed its patents most often in Russian Federation. Its main competitors in its focus markets environmental technology are ZHUZHOU SMELTING GROUP CO LTD, CHUZHOU HONGYASHAN BREEDING CO LTD and SHAANXI JOIN CREATE SCIENCE AND TECH CO LTD.

Patent filings in countries

World map showing SIB NI K I PI ALJUMINIEVOJ I Es patent filings in countries
# Country Total Patents
#1 Russian Federation 20

Patent filings per year

Chart showing SIB NI K I PI ALJUMINIEVOJ I Es patent filings per year from 1900 to 2020

Focus industries

Focus technologies

Top inventors

# Name Total Patents
#1 Veselkov Vjacheslav Vasil Evic 15
#2 Ragozin Leonid Viktorovich 8
#3 Shemet Jurij Vasil Evich 6
#4 Efimov Aleksandr Alekseevich 6
#5 Anosov Viktor Fedorovich 4
#6 Teljakov Gennadij Vasil Evich 4
#7 Nadtochij Aleksej Mikhajlovich 3
#8 Efremov Boris Sergeevich 3
#9 Lazarev Valerij Dmitrievich 3
#10 Ajushin Boris Ivanovich 3

Latest patents

Publication Filing date Title
RU2358041C2 Method of electrolyte analysis for aluminium oxide content
RU2339711C1 Treatment method for filter-residuals formed at manufacturing of aluminum and its alloys
RU2339886C2 Melting and casting complex for teeming of aluminium and its alloys
RU2339743C2 Facility for dry scrubbing of effluent gases from electrilytic manufacturing of aluminum
RU2314365C1 Arrangement for feeding raw materials into an electrolytic section for receiving aluminum
RU2306511C2 Electric mixer
RU2294405C1 Anode device to aluminum cell having fired anodes
RU2294985C1 Anode apparatus to aluminum cell with fired anodes
RU2295589C1 Equipping the aluminum electrolyzers with the busbars
RU2294404C1 Cathode device of aluminum cell
RU2294494C1 Device for burning fuel in rotating furnace
RU2285879C1 Melting-casting complex for aluminum and its alloys
RU2287802C1 Method of determining plasticity properties of carbon-containing mass
RU2286403C1 Method for forming of secondary anode for aluminum electrolyzer with self-roasting anode and upper current supply (versions)
RU2284375C2 Method of forming hearth for aluminum electrolyzer
RU2284377C2 Method of drawing electrolyte samples from aluminum electrolyzer
RU2284374C2 Method of gas-flame roasting of aluminum electrolyzer hearth
RU2284376C2 Method of feed of fluorides into aluminum electrolyzer
RU2281989C2 Aluminum electrolyzer bus arrangement
RU2281988C2 Method of determination of specific consumption of anode mass