Abstract
In the first stage of the proposed thermal decomposition process, the vegetation water concentrates are pyrolyzed along with the corresponding amount of olive stone obtained from the exhausted olive-husks. The salts separate into the wood charcoal bed while the organic compounts leave the pyrolytic reactor as a gaseous stream together with other decomposition products of olive-stones. This stream can be used directly, or after a partial condensation process, as fuel for the energy requirements of the whole process. Wood charcoal is also obtained as an interesting by product of this waste minimization process. Mass and energy balnces are reported together with a simplified flow-sheet of the whole process.
Citation Formats
Di Giacomo, G, Del Re, G, Bonfitto, E, Iacoboni, S, and Brunetti, N.
Pyrolysis of exhausted olive husks coupled with two-stage thermal decomposition of aqueous olive oil mill effluents.
Italy: N. p.,
1989.
Web.
Di Giacomo, G, Del Re, G, Bonfitto, E, Iacoboni, S, & Brunetti, N.
Pyrolysis of exhausted olive husks coupled with two-stage thermal decomposition of aqueous olive oil mill effluents.
Italy.
Di Giacomo, G, Del Re, G, Bonfitto, E, Iacoboni, S, and Brunetti, N.
1989.
"Pyrolysis of exhausted olive husks coupled with two-stage thermal decomposition of aqueous olive oil mill effluents."
Italy.
@misc{etde_7822688,
title = {Pyrolysis of exhausted olive husks coupled with two-stage thermal decomposition of aqueous olive oil mill effluents}
author = {Di Giacomo, G, Del Re, G, Bonfitto, E, Iacoboni, S, and Brunetti, N}
abstractNote = {In the first stage of the proposed thermal decomposition process, the vegetation water concentrates are pyrolyzed along with the corresponding amount of olive stone obtained from the exhausted olive-husks. The salts separate into the wood charcoal bed while the organic compounts leave the pyrolytic reactor as a gaseous stream together with other decomposition products of olive-stones. This stream can be used directly, or after a partial condensation process, as fuel for the energy requirements of the whole process. Wood charcoal is also obtained as an interesting by product of this waste minimization process. Mass and energy balnces are reported together with a simplified flow-sheet of the whole process.}
place = {Italy}
year = {1989}
month = {May}
}
title = {Pyrolysis of exhausted olive husks coupled with two-stage thermal decomposition of aqueous olive oil mill effluents}
author = {Di Giacomo, G, Del Re, G, Bonfitto, E, Iacoboni, S, and Brunetti, N}
abstractNote = {In the first stage of the proposed thermal decomposition process, the vegetation water concentrates are pyrolyzed along with the corresponding amount of olive stone obtained from the exhausted olive-husks. The salts separate into the wood charcoal bed while the organic compounts leave the pyrolytic reactor as a gaseous stream together with other decomposition products of olive-stones. This stream can be used directly, or after a partial condensation process, as fuel for the energy requirements of the whole process. Wood charcoal is also obtained as an interesting by product of this waste minimization process. Mass and energy balnces are reported together with a simplified flow-sheet of the whole process.}
place = {Italy}
year = {1989}
month = {May}
}