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STUDIECENTRUM KERNENERGI

Overview
  • Total Patents
    135
  • GoodIP Patent Rank
    241,883
  • Filing trend
    ⇩ 100.0%
About

STUDIECENTRUM KERNENERGI has a total of 135 patent applications. It decreased the IP activity by 100.0%. Its first patent ever was published in 1963. It filed its patents most often in Belgium, United States and EPO (European Patent Office). Its main competitors in its focus markets environmental technology, chemical engineering and engines, pumps and turbines are MELOSI MARIO, ATKINS GEORGE JONES and GRIMMA MASCH ANLAGEN GMBH.

Patent filings per year

Chart showing STUDIECENTRUM KERNENERGIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Vermeiren Philippe 11
#2 Leysen Roger Frans Rosa 9
#3 Goossens W 9
#4 Decamps F 8
#5 Dumont G 8
#6 Vandenborre Jan-Baptist Hugo 8
#7 Goossens Walter 7
#8 Baetsle Leon Henri Joseph Mari 7
#9 Bruggeman Aime 7
#10 Leysen Roger F R 6

Latest patents

Publication Filing date Title
GB201717166D0 Removal of europium impurities from samarium-153 in nitrate media using ionic liquids
BE1012246A3 Method and device for separating boric acid
BE1010382A3 Method for establishing the quantity of hydrogen released from a metal during corrosion and the cell used for this
BE1010056A3 METHOD AND DEVICE FOR THE DETERMINATION OF THE MOLECULAR diffusion coefficient in a porous medium.
BE1009006A3 Method and apparatus for measuring parameters of plastic soil
BE1008726A3 DEVICE FOR TAKING A SAMPLE IN PARTICULAR of thermoplastic material.
BE1007223A3 Process for the separation of boric acid.
BE1005251A3 Process for electrochemically CONCENTRATION OF A CHEMICAL ELEMENT OF CHANGE IN LIQUID METAL.
BE1004099A4 Method to form a super conductive ceramic product and thus obtained product and intermediate product.
BE1003658A3 METHOD FOR MEASURING A gas content of LIQUID METAL AND THUS USED TUBE.
BE1004056A3 Measuring device with fiber optic sensors.
BE1002757A3 A process for preparing LITHIUMZIRKONAAT, thus prepared LITHIUMZIRKONAAT and Intermediate.
EP0235860A1 Method for manufacturing an electrode, and electrode thus manufactured
EP0234619A1 Method for preparing a diaphragm and diaphragm prepared according to this method
EP0216436A1 Method for manufacturing a sintered product
CA1280087C Electrolyser for highly-active tritiated water
BE904553A Membranes for micro-, ultra- and hyper-filtration - made by shaping dispersion of metal oxide particles in soln. of polymer binder, and removing solvent
BE904281A Electrodes for electrolytic prodn. of oxygen and hydrogen - made by electrodeposition of catalytic layer contg. nickel, another transition metal and sulphur onto electroconductive support
US4701194A Gas-treating device
BE903308A Removing binder from moulded refractory powder - by heating in oxygen enriched atmos.