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INST ENERGETYKI

Overview
  • Total Patents
    187
  • GoodIP Patent Rank
    107,476
  • Filing trend
    ⇧ 200.0%
About

INST ENERGETYKI has a total of 187 patent applications. It increased the IP activity by 200.0%. Its first patent ever was published in 1977. It filed its patents most often in Poland, Australia and EPO (European Patent Office). Its main competitors in its focus markets environmental technology, electrical machinery and energy and basic materials chemistry are BINSMAIER HANNELORE, LINDSTROEM AB OLLE and INST GAS TECHNOLOGY.

Patent filings in countries

World map showing INST ENERGETYKIs patent filings in countries

Patent filings per year

Chart showing INST ENERGETYKIs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Golec Tomasz 30
#2 Swirski Jan 24
#3 Wroblewska Viola 12
#4 Msciwojewski Edward 11
#5 Wroblewski Juliusz 11
#6 Kupiec Edward 11
#7 Koryl Stanislaw 11
#8 Świątkowski Bartosz 10
#9 Ginalski Janusz 10
#10 Grabowski Andrzej 10

Latest patents

Publication Filing date Title
PL426999A1 Overhead medium-voltage disconnect switch with earthing
PL426998A1 Overhead medium-voltage disconnect switch
PL424998A1 Method and the energetic boiler system for combustion of coal fuel with thermal utilization of volatile waste ashes
PL421143A1 Method and a power boiler for low-waste burning of solid dusty fuels, preferably biomass and alternative fuels with addition of waste ash
PL419807A1 Method and the research and measuring installation for determination of wearing resistance of loose materials, preferably oxygen carriers in the high temperature fluidized bed for combustion of energetic fuel
PL419387A1 Measuring chamber for simultaneous measurements of concentrations of the gas medium several components, preferably of energetic waste gases
PL417989A1 Device for simultaneous measurements of concentration of gaseous components of the multi-component gas mixture, preferably the gaseous components of power gases from burning coal fuel in a power boiler
PL415831A1 Method and the system for simultaneous generation of electrical energy and heat energy in the fuel cells
PL412277A1 Method and the research and measurement installation for continuous, multivariate analysis of gaseous power fuels conversion and reforming processes, and the post-reaction gas pollution with nitrogen, carbon, sulfur and chlorine oxides
PL412280A1 Method and the research and measurement installation for continuous, multivariate analysis of non-catalytic and catalytic converter conversion of solid power fuels, and the post-reaction gas pollution with nitrogen, carbon and sulfur oxides
PL411950A1 Method and installation for generation of monitored preserving gas atmosphere for prolonged storage of food products
PL410492A1 Method and a power burner for firing coal dust in the stream of high-concentration oxygen
PL409295A1 Method and a power gas burner for firing the low-BTU gas with high inlet temperature
PL408179A1 Method and installation for simultaneous reduction of nitrogen oxides NO<sub>x</sub> and sulfur dioxide SO<sub>2</sub> in combustion gases from stoker-fired power boilers
PL407573A1 Method and installation for selective, non-catalytic reduction of NOX in stoker-fired boilers
PL407346A1 Controlled distributor of pulverized fuel
PL406583A1 Power burner, preferably jet burner, for low-emission combustion of coal dust in power boilers tangentially fed
PL406582A1 Fuel separator
PL405206A1 Carbon fuel cell stack
PL405205A1 Method and system of electrochemical generation of electrical energy in solid oxide fuel cell stack, preferably fed by coal fuel