A. Khadom, A., A. Fadhil, A., A. Karim, E., Mun, A., Liu, H. (2015). EFFECT OF HOT CORROSION ON BOILERS PIPES IN NORTH BAGHDAD ELECTRIC POWER PLANT STATION. Alustath, 8(4), 776-784.
Anees A. Khadom; Ahmed A. Fadhil; em A. Karim; Abdul Mun; Hongfang Liu. "EFFECT OF HOT CORROSION ON BOILERS PIPES IN NORTH BAGHDAD ELECTRIC POWER PLANT STATION". Alustath, 8, 4, 2015, 776-784.
A. Khadom, A., A. Fadhil, A., A. Karim, E., Mun, A., Liu, H. (2015). 'EFFECT OF HOT CORROSION ON BOILERS PIPES IN NORTH BAGHDAD ELECTRIC POWER PLANT STATION', Alustath, 8(4), pp. 776-784.
A. Khadom, A., A. Fadhil, A., A. Karim, E., Mun, A., Liu, H. EFFECT OF HOT CORROSION ON BOILERS PIPES IN NORTH BAGHDAD ELECTRIC POWER PLANT STATION. Alustath, 2015; 8(4): 776-784.

EFFECT OF HOT CORROSION ON BOILERS PIPES IN NORTH BAGHDAD ELECTRIC POWER PLANT STATION

DIYALA JOURNAL OF ENGINEERING SCIENCES
Article 72, Volume 8, Issue 4, December 2015, Pages 776-784    PDF (0 K)
Authors
Anees A. Khadom; Ahmed A. Fadhil; em A. Karim; Abdul Mun; Hongfang Liu
Abstract
The high temperature external corrosion of boiler pipes was evaluated using weight loss technique. Samples of low carbon steel were supplied from north of Baghdad thermal station and used in current study. Locally supplied fuel ash was used as corrosion environment. Corrosion rates were determined as a function of time in the absence and presence of fuel ash. The results showed that the corrosion of boiler steel pipes was higher in the presence of fuel ash. Scanning electron microscope was also used to study the morphology of surface.
Keywords
corrosion; High Temperature; Low Carbon Steel; fuel ash; boiler
Statistics
Article View: 165
PDF Download: 179


Journal Management System. Powered by ejournalplus.com