PerformanceCase study
Qualified suppliers and service providers of major enterprises such as Sinopec, CNPC, and CNOOC.
Key Achievements in Cleaning Technology
Release Date:
2017-03-20 16:00
Source:
|
Cleaning time |
Applying Unit |
Cleaning area |
Cleaning performance |
|
2006.5 |
Qilu Petrochemical Olefins Plant |
Power Workshop HG-220/11.7-Y2 Boiler Economizer, Superheater, and Other External Wall Components |
The temperature difference across the convection section of the flue gas system before and after cleaning is 30°C; the SSOT oil injection rate has increased from the original 19–20 t/h to 28–29 t/h; and fuel gas consumption has decreased by 23 Nm³/h. |
|
March 2007 |
Sinopec Changling Branch |
Outer walls of the economizer, superheater, and other components of Waste Heat Boiler No. 1 in the Catalysis Workshop |
The outer surfaces of the economizer and superheater have been thoroughly cleaned, resulting in a fuel gas savings of more than 20 Nm³/h. |
|
April 2008 |
Shandong Dongming Refinery |
Outer walls of the economizer and other components of Waste Heat Boiler No. 1 in the Catalysis Workshop |
The outer surface of the economizer has been thoroughly cleaned, resulting in a fuel gas savings of more than 25 Nm³/h. |
|
2009, July |
Sinopec Changling Branch |
Outer walls of the economizer, superheater, and other components of Waste Heat Boiler No. 2 in the Catalysis Workshop |
The outer surfaces of the economizer and superheater have been thoroughly cleaned, resulting in a fuel gas savings of more than 10 Nm³/h. |
|
2008, 8 |
Golmud Refinery |
Outer walls of the economizer, superheater, and other components of the waste heat boiler in the catalytic workshop. |
The outer surfaces of the economizer and superheater have been thoroughly cleaned, resulting in a fuel gas savings of more than 20 Nm³/h. |
|
June 2011 |
Shandong Dongming Refinery |
Outer walls of the economizer and other components of Waste Heat Boiler No. 2 in the Catalysis Workshop |
The outer surface of the economizer has been thoroughly cleaned, resulting in a fuel gas savings of more than 15 Nm³/h. |
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