Phosphorus removal from anaerobic supernatants by struvite crystallisation: long term validation and process modelling
Phosphorus removal from anaerobic supernatants by struvite crystallisation: long term validation and process modelling
In this work, a model for phosphorus crystallization in a fluidized bed reactor, able to describe the experimental results obtained during a semiscale pilot plant, is presented. In particular, the validity of the model proposed has been evenly extended with respect to a previous experiment, even at a lower contact time, and the length of each experiment has been increased, in order to verify the behaviour of the process for long term applications and to evaluate the maximum crystal growth of the system. Moreover, the state of the art of the available processes for phosphorus removal from wastewater is presented, together with a detailed review of the several models so far developed to describe the phosphorus crystallization mechanisms.
1927-1938
Bolzonella, D.
db1451fc-b83e-4610-a146-fcef13af08ac
Battistoni, P.
2a94baea-0790-45d0-8aff-f3d0829b62a3
de Angelis, A.
77804d6e-3a58-4a44-b6b2-dcc8e63c032e
Prisciandaro, M.
444cc571-182e-42f0-8708-6306c09497a3
Boccadoro, R.
aea4baa6-3fde-40eb-82da-42162692ae64
2002
Bolzonella, D.
db1451fc-b83e-4610-a146-fcef13af08ac
Battistoni, P.
2a94baea-0790-45d0-8aff-f3d0829b62a3
de Angelis, A.
77804d6e-3a58-4a44-b6b2-dcc8e63c032e
Prisciandaro, M.
444cc571-182e-42f0-8708-6306c09497a3
Boccadoro, R.
aea4baa6-3fde-40eb-82da-42162692ae64
Bolzonella, D., Battistoni, P., de Angelis, A., Prisciandaro, M. and Boccadoro, R.
(2002)
Phosphorus removal from anaerobic supernatants by struvite crystallisation: long term validation and process modelling.
Water Research, 36 (8), .
(doi:10.1016/S0043-1354(01)00401-8).
Abstract
In this work, a model for phosphorus crystallization in a fluidized bed reactor, able to describe the experimental results obtained during a semiscale pilot plant, is presented. In particular, the validity of the model proposed has been evenly extended with respect to a previous experiment, even at a lower contact time, and the length of each experiment has been increased, in order to verify the behaviour of the process for long term applications and to evaluate the maximum crystal growth of the system. Moreover, the state of the art of the available processes for phosphorus removal from wastewater is presented, together with a detailed review of the several models so far developed to describe the phosphorus crystallization mechanisms.
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Published date: 2002
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Local EPrints ID: 185901
URI: http://eprints.soton.ac.uk/id/eprint/185901
ISSN: 0043-1354
PURE UUID: 9e195319-566c-4838-8432-ac5b608d9097
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Date deposited: 11 May 2011 13:13
Last modified: 14 Mar 2024 03:16
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Contributors
Author:
D. Bolzonella
Author:
P. Battistoni
Author:
A. de Angelis
Author:
M. Prisciandaro
Author:
R. Boccadoro
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