| Patent No. |
Title of invention |
Registration date |
Issued by |
Note |
| 10-0589513 |
Coating composition based on selective catalystic reduction (SCR) catalyst for nitrogenous compound removal, SCR catalyst module element and SCR catalyst module |
2006.06.07 |
Korean Intellectual Property Office |
catalyst |
| 10-0604991 |
Steel sheet epoxy co-polymer coating method |
2006.07.19 |
Korean Intellectual Property Office |
GGH |
| 10-0711185 |
SCR catalyst module element manufacturing device and manufacturing method of catalyst module element thereupon |
2007.04.18 |
Korean Intellectual Property Office |
catalyst |
| 10-0868958 |
Manufacturing method of Improved nitrogenous compound-removing SCR catalyst module element and SCR catalyst module thereupon |
2008.11.10 |
Korean Intellectual Property Office |
catalyst |
| 10-1254068 |
SCR catalyst module element, catalyst module manufactured based on the element and manufacturing method thereof |
2013.04.08 |
Korean Intellectual Property Office |
catalyst |
| 10-1651220 |
Manufacturing method of ammonia removing platinum/vanadium/titania catalyst |
2016.08.19 |
Korean Intellectual Property Office |
catalyst |
| 10-1670075 |
Manufacturing method of SCR catalyst |
2016.10.21 |
Korean Intellectual Property Office |
catalyst |
| (US 7,713,901B2) |
Coating composition based on selective catalystic reduction (SCR) catalyst for nitrogenous compound removal, SCR catalyst module element and SCR catalyst module |
2010.5.11 |
United States Patent and Trademark Office |
catalyst |
| ZL200610162929.X |
selective dissolution reduction, dissolution conditioning |
2010.12.29 |
State Intellectual Property Office of China |
|
| ZL201310489054.4 |
CATALYST MODULE ELEMENT FOR SELECTIVE
CATALYTIC REDUCTION, CATALYST MODULE INCLUDING THE SAME, METHOD OF MANAFACTURING THE CATALYST MODULE ELEMENT, AND METHOD OF MANUFACTURING THE CATALYST MODULE |
2016.01.20 |
State Intellectual Property Office of China |
|
