CLEANING OF EQUIPMENT FOR OXYGEN SERVICE - AIGA
CLEANING OF EQUIPMENT FOR OXYGEN SERVICE - AIGA
CLEANING OF EQUIPMENT FOR OXYGEN SERVICE - AIGA
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42<br />
<strong>AIGA</strong> 012/04<br />
Emulsified oil can be removed by ultra filtration, chemical decomposition, micro filtration, and<br />
adsorption or biological treatment. Evaporators and vapour compression apparatus are also used.<br />
5.3 Vapour Emission Control<br />
The control of vapour emission from solvent based cleaning equipment is essential from an<br />
environmental as well as safety viewpoint.<br />
In carbon or molecular sieve adsorption equipment, he vapour in the vent air is trapped in adsorption<br />
beds. When the beds are saturated, they are regenerated by steam or hot gas.<br />
Cryogenic condensation can also be applied, atone or in combination with carbon filter. The solvent is<br />
condensed from the vent air in a heat exchanger cooled with liquid nitrogen.<br />
6 Figure Index<br />
The following figure sources have been utilised<br />
Fig. 1 Company catalogue. Alfred K5rcher GmbH & Co.<br />
Fig. 2 J. Skogsmo, C. Norrby, "Handbok i Industriell Rengoring", The Swedish Institute of Production<br />
Engineering Research (IVF), 1994.<br />
Fig. 3 Own sketch.<br />
Fig. 4 Company brochure. Langeds Mekaniska AB.<br />
Fig. 5 J. Skogsmo, C. Norrby,"Handbok i Industriell Rengoring", The Swedish Institute of Production<br />
Engineering Research (I VF), 1994. Company brochure. Viverk Fbrsâljnings AB.<br />
Fig. 7 J. Skogsmo, C. Norrby, "Handbok i Industriell Rengoring", The Swedish Institute of Production<br />
Engineering Research (IVF), 1994.<br />
Fig. 8 J. Skogsmo, C. Norrby, "Handbok i Industtiell Rengoring", The Swedish Institute of Production<br />
Engineering Research (IVF), 1994.<br />
Fig. 9 J. Skogsmo, C. Norrby, 'Handbok i Industriell Rengoring", The Swedish Institute of Production<br />
Engineering Research (IVF), 1994.