By Soobhankar Pati, Jaroslaw Drelich, Animesh A. Jha, Neale R. Neelameggham, Leon H. Prentice, Cong Wang
This ebook includes a selection of papers at the concerns, intricacies, and demanding situations when it comes to power and environmental technology. It bargains professional assurance of many of the technological facets of sustainable strength ecosystems, together with tactics that enhance power potency and decrease CO2 and different greenhouse emissions. It additionally addresses the necessity for sustainable applied sciences in extractive metallurgy, fabrics processing, and production industries with strength effective applied sciences. a few extra contributions research renewable strength resources similar to sunlight, wind, and biomass.Content:
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Extra resources for Energy Technology 2013: Carbon Dioxide Management and Other Technologies
Sample text
Minor phases could not be identified. AISI 420, X46Cr13. As with the 1%Cr steel the 13% Cr steel X46Cr 13 shows surface corrosion with a typical duplex layer formation. Also the thickness of the corrosion layer in the vapour phase is much greater than in the liquid phase. 5 mm and a 500 μm inner layer after 4000 h while the liquid phase shows little to no surface corrosion. Figure 5 shows the SEM images of the 42CrMo4 sample surfaces exposed to the CO2saturated brine at 100 bar. The left images reveals the small siderite (FeCO3) grain sizes on the samples kept in the vapour phase compared to rather large grain sizes grown on samples kept in the liquid phase.
Volatile matter ash Fixed carbon Metallurgical coal 28,1 7,2 64,7 Wood charcoal 23,6 3,1 73,3 The ashes of the materials were analyzed by ICP, and the results are given on Table 2. The coal presented a plastic range from 391°C to 492°C and maximum Gieseler fluidity (log) of 3,86. Both carbonaceous materials were ground, and the particle size was lower than 44 Pm. 025 m diameter and 0,010 to 0,015m height. The obtained briquettes were submitted to the following heat treatment, under nitrogen flow: heating from room temperature to 773 K in three hours, kept at 773 K for one hour, from 773 K to 1373 K in three hours, kept one hour at 1373 K and then cooled.
Kemp, A. A. Robinson, Evaluation of the corrosion and mechanical properties of a range of experimental Cr-Mn stainless steels; Materials Science and Engineering A199 (1995)183-194 [19] A. Tahara, T. Shinohara, Influence of the alloy element on corrosion morphology of the low alloy steels exposed to atmospheric environments, Corrosion Science 47 (2005) 2589-2598 [20] B. Brown, S. R. Parakala, S. Nesic, CO2 corrosion in the presence of trace amounts of H2S, Corrosion, paper no. M. V. M. Joia, S. R.