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METSO POWER OY

Overview
  • Total Patents
    200
About

METSO POWER OY has a total of 200 patent applications. Its first patent ever was published in 1998. It filed its patents most often in Finland, EPO (European Patent Office) and Canada. Its main competitors in its focus markets environmental technology, thermal processes and textiles and paper are KVAERNER PULPING OY, KVAERNER POWER OY and GOETAVERKEN ENERGY AB.

Patent filings per year

Chart showing METSO POWER OYs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Lehto Jani 28
#2 Rantee Asko 16
#3 Kuukkanen Kari 15
#4 Kainu Vesa 15
#5 Raukola Antti 15
#6 Tuominiemi Seppo 14
#7 Honkola Timo 14
#8 Roppo Juha 12
#9 Saarela Ari 11
#10 Silvennoinen Jaani 11

Latest patents

Publication Filing date Title
WO2014041250A1 A method for processing ash, and an ash processing plant
US2013219773A1 Method and apparatus for producing a pyrolysis liquid
WO2013041764A2 A system for supporting a combustion boiler plant
FI123832B Arrangement and method in an electric filter
EP2541226A2 Method and arrangement for measuring concentrations of flue gas
WO2012160261A1 A boiler, and a silencer for a flue gas duct in a boiler
CA2770804A1 A method for processing ash, and an ash processing plant
FI20125168A Arrangements for transporting bed material to a boiler and power plant
FI20115798A0 Improvement of heat transfer from fluidized bed to heat exchanger tube
FI20115525A0 Flue gas silencer in a combustion boiler
WO2011144812A1 A method and a device in a bag filter
EP2561277A2 A boiler and a superheater, as well as a method
CA2736951A1 A boiler equipped with a superheater
WO2011117467A1 Bag filter
FI20115166A0 Dry refining process integrated in a fluid bed boiler
WO2011055010A1 Method and equipment for treatment of black liquor at pulp mill
CA2715950A1 Method and apparatus for processing black liquor of pulp mill
FI20105604A0 Flue gas preheater and method of installation, and flue gas preheater component
US2010319782A1 Method For Monitoring The Composition Of Flue Gas Resulting From A Thermal Process
BRPI1012977A2 EXHAUST GAS AIR PRE-HEATING APPLIANCE AND AIR GUIDE GLOVE