Abstract
The SO{sub 2} emission reduction unit to be installed in TIBRAS consists of six reactors supplied with activates carbon beds which will remove the SO{sub 2} (0.11 volume percent) contained in the residual gas (150.000 cubic meters per hour) produced in three rotary calciner kilns. The SO{sub 2} reacts with the water in the carbon pores forming diluted sulfuric acid. The activated carbon is fabricated from coke from peat. The weak H{sub 2} SO{sub 4} is reused in the titanium dioxide pigment process. This process is supposed to reduce TIBRAS SO{sub 2} emissions by 50 to 85 percent in addition to eliminating two stacks. 2 figs., 5 tabs.
Fink, Jurgen
[1]
- TIBRAS, Titanio do Brasil S.A., Salvador, BA (Brazil)
Citation Formats
Fink, Jurgen.
S O{sub 2} emission reduction through the use of the humid oxidation process.
Brazil: N. p.,
1993.
Web.
Fink, Jurgen.
S O{sub 2} emission reduction through the use of the humid oxidation process.
Brazil.
Fink, Jurgen.
1993.
"S O{sub 2} emission reduction through the use of the humid oxidation process."
Brazil.
@misc{etde_594638,
title = {S O{sub 2} emission reduction through the use of the humid oxidation process}
author = {Fink, Jurgen}
abstractNote = {The SO{sub 2} emission reduction unit to be installed in TIBRAS consists of six reactors supplied with activates carbon beds which will remove the SO{sub 2} (0.11 volume percent) contained in the residual gas (150.000 cubic meters per hour) produced in three rotary calciner kilns. The SO{sub 2} reacts with the water in the carbon pores forming diluted sulfuric acid. The activated carbon is fabricated from coke from peat. The weak H{sub 2} SO{sub 4} is reused in the titanium dioxide pigment process. This process is supposed to reduce TIBRAS SO{sub 2} emissions by 50 to 85 percent in addition to eliminating two stacks. 2 figs., 5 tabs.}
place = {Brazil}
year = {1993}
month = {Dec}
}
title = {S O{sub 2} emission reduction through the use of the humid oxidation process}
author = {Fink, Jurgen}
abstractNote = {The SO{sub 2} emission reduction unit to be installed in TIBRAS consists of six reactors supplied with activates carbon beds which will remove the SO{sub 2} (0.11 volume percent) contained in the residual gas (150.000 cubic meters per hour) produced in three rotary calciner kilns. The SO{sub 2} reacts with the water in the carbon pores forming diluted sulfuric acid. The activated carbon is fabricated from coke from peat. The weak H{sub 2} SO{sub 4} is reused in the titanium dioxide pigment process. This process is supposed to reduce TIBRAS SO{sub 2} emissions by 50 to 85 percent in addition to eliminating two stacks. 2 figs., 5 tabs.}
place = {Brazil}
year = {1993}
month = {Dec}
}