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NAZARPOOR ZAHRA

Overview
  • Total Patents
    54
  • GoodIP Patent Rank
    85,303
About

NAZARPOOR ZAHRA has a total of 54 patent applications. Its first patent ever was published in 2013. It filed its patents most often in United States. Its main competitors in its focus markets chemical engineering, environmental technology and machines are PURAFIL INC, COUNTRY JIANGSU CATALYST REGENERATION TECH CO LTD and NOCHI KATSUMI.

Patent filings in countries

World map showing NAZARPOOR ZAHRAs patent filings in countries
# Country Total Patents
#1 United States 54

Patent filings per year

Chart showing NAZARPOOR ZAHRAs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Nazarpoor Zahra 54
#2 Golden Stephen J 30
#3 Ngo Johnny T 4
#4 Kitazumi Sen 4
#5 Yaglidere Oguzhan S 1
#6 Yaglidere Oguzhan Selim 1
#7 Golden Stephen 1

Latest patents

Publication Filing date Title
US2016023188A1 Pseudo-brookite Compositions as Active Zero-PGM Catalysts for Diesel Oxidation Applications
US2015182951A1 Phase Stability of Copper-Manganese Spinel Oxide within a Mixture of Metal Oxides
US2015182954A1 Phase Stability of Lanthanum-Manganese Perovskite in the Mixture of Metal Oxides
US2016167024A1 Synergized PGM Catalyst Systems Including Rhodium for TWC Application
US2016167023A1 ZPGM Catalyst Including Co-Mn-Fe and Cu-Mn-Fe Materials for TWC Applications
US2016136618A1 Sulfur-Resistant Synergized PGM Catalysts for Diesel Oxidation Application
US2016136619A1 Cobalt Containing Bimetallic Zero PGM Catalyst for TWC Applications
US2016136617A1 Synergized PGM Catalyst with Low PGM Loading and High Sulfur Resistance for Diesel Oxidation Application
US2015105242A1 Influence of Base Metal Loadings on TWC Performance of ZPGM Catalysts
US2015105243A1 Systems and methods for zero-PGM binary catalyst having Cu, Mn, and Fe for TWC applications
US2016121309A1 Thermally Stable Zero PGM Catalysts System for TWC Application
US2016121304A1 Sulfur Resistance of Zero-PGM for Diesel Oxidation Application
US2015018205A1 Optimum Loading of Copper-Manganese Spinel on TWC Performance and Stability of ZPGM Catalyst Systems
US2015352529A1 Influence of Type of Support Oxide on Stability of Copper-Manganese Zero-PGM Catalyst
US2014274678A1 Coating process of Zero-PGM catalysts and methods thereof
US2014274674A1 Influence of Support Oxide Materials on Coating Processes of ZPGM Catalyst Materials for TWC Applications
US2014271384A1 System and Methods for using Copper- Manganese- Iron Spinel as Zero PGM Catalyst for TWC Applications
US2014271388A1 Formation and Stability of Cu-Mn Spinel Phase for ZPGM Catalyst Systems
US2014274677A1 System and Method for Optimized Oxygen Storage Capacity and Stability of OSM Without Rare Metals
US2014271387A1 Optimal Composition of Copper-Manganese Spinel in ZPGM Catalyst for TWC Applications