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LINC ENERGY LTD

Overview
  • Total Patents
    89
  • GoodIP Patent Rank
    71,150
About

LINC ENERGY LTD has a total of 89 patent applications. Its first patent ever was published in 2011. It filed its patents most often in Australia, WIPO (World Intellectual Property Organization) and Canada. Its main competitors in its focus markets civil engineering, basic materials chemistry and environmental technology are ENN COAL GASIFICATION MINING CO LTD, SVENSKA SKIFFEROLJE AB and STATOIL CANADA LTD.

Patent filings per year

Chart showing LINC ENERGY LTDs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Perkins Greg Martin Parry 35
#2 Burger Casper Jan Hendrik 34
#3 Shaikh Fazal Uddin 16
#4 Du Toit Ernest 12
#5 Chandra Aman Prukash 12
#6 Bollaert Grant 10
#7 Chernishov Andrey 10
#8 Byzeev Victor 9
#9 Zafrullah Shafraz 8
#10 Patel Bipin 8

Latest patents

Publication Filing date Title
US2018128089A1 Moving injection gravity drainage for heavy oil recovery
AU2016100004A4 Oxygen enriched ucg method
AU2015101707A4 Oxidant and water injection apparatus
AU2015101610A4 Controlled burn back method
AU2015101245A4 Oxygen and water injection process for underground coal gasification
AU2015100786A4 Apparatus for igniting an underground coal seam
AU2015100794A4 Oxidant Injection Method For Underground Coal Gasification
AU2015100603A4 Underground coal gasification of multiple seams
AU2015100328A4 Power production from ucg product gas with carbon capture
AU2015100327A4 Oxygen injection device and method
AU2014101491A4 Solution for coal condensate
AU2014101276A4 Improved underground coal gasification method and apparatus
WO2015000024A1 Oxygen enriched ucg method
AU2014100648A4 Method and system for treating a waste stream derived from ucg product gas
AU2014100615A4 Ucg product gas quenching method and apparatus
WO2014186823A1 Oxidant and water injection apparatus
WO2014179833A1 Controlled burn back method
AU2014100467A4 Oxygen pulse method
AU2014100353A4 System and method for integrated enhanced oil recovery
AU2014100269A4 In situ treatment of synthesis gas