A frame work model for integrated intensive aquaculture

O. Schneider; V. Sereti; E.H. Eding; B. Klapwijk; J.A.J. Verreth; U. Waller; J. Orellana; B. Bischhoff; B. Wecker; N. Kube; M. Ucko; N. Mozes; I. Lupatsch; A. Tandler; C. Liu; F.J. Wang; D. Song; X. Chuan; H. Wei; H. Xuejun; S. Li

Abstract

The project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systemsThe project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systems

Original language	English
Title of host publication	CORDIS RTD : Project : (ZAFIRA) : Zero discharge Aquaculture by Farming in Integrated Recirculating systems in Asia : Workshop, Shanghai, China, 27-30 June 2006
Pages	19
Publication status	Published - 2006

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Schneider, O., Sereti, V., Eding, E. H., Klapwijk, B., Verreth, J. A. J., Waller, U., Orellana, J., Bischhoff, B., Wecker, B., Kube, N., Ucko, M., Mozes, N., Lupatsch, I., Tandler, A., Liu, C., Wang, F. J., Song, D., Chuan, X., Wei, H., ... Li, S. (2006). A frame work model for integrated intensive aquaculture. In CORDIS RTD : Project : (ZAFIRA) : Zero discharge Aquaculture by Farming in Integrated Recirculating systems in Asia : Workshop, Shanghai, China, 27-30 June 2006 (pp. 19)

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title = "A frame work model for integrated intensive aquaculture",

abstract = "The project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systemsThe project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systems",

author = "O. Schneider and V. Sereti and E.H. Eding and B. Klapwijk and J.A.J. Verreth and U. Waller and J. Orellana and B. Bischhoff and B. Wecker and N. Kube and M. Ucko and N. Mozes and I. Lupatsch and A. Tandler and C. Liu and F.J. Wang and D. Song and X. Chuan and H. Wei and H. Xuejun and S. Li",

year = "2006",

language = "English",

pages = "19",

booktitle = "CORDIS RTD : Project : (ZAFIRA) : Zero discharge Aquaculture by Farming in Integrated Recirculating systems in Asia : Workshop, Shanghai, China, 27-30 June 2006",

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Schneider, O, Sereti, V, Eding, EH, Klapwijk, B, Verreth, JAJ, Waller, U, Orellana, J, Bischhoff, B, Wecker, B, Kube, N, Ucko, M, Mozes, N, Lupatsch, I, Tandler, A, Liu, C, Wang, FJ, Song, D, Chuan, X, Wei, H, Xuejun, H & Li, S 2006, A frame work model for integrated intensive aquaculture. in CORDIS RTD : Project : (ZAFIRA) : Zero discharge Aquaculture by Farming in Integrated Recirculating systems in Asia : Workshop, Shanghai, China, 27-30 June 2006. pp. 19.

TY - CHAP

T1 - A frame work model for integrated intensive aquaculture

AU - Schneider, O.

AU - Sereti, V.

AU - Eding, E.H.

AU - Klapwijk, B.

AU - Verreth, J.A.J.

AU - Waller, U.

AU - Orellana, J.

AU - Bischhoff, B.

AU - Wecker, B.

AU - Kube, N.

AU - Ucko, M.

AU - Mozes, N.

AU - Lupatsch, I.

AU - Tandler, A.

AU - Liu, C.

AU - Wang, F.J.

AU - Song, D.

AU - Chuan, X.

AU - Wei, H.

AU - Xuejun, H.

AU - Li, S.

PY - 2006

Y1 - 2006

N2 - The project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systemsThe project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systems

AB - The project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systemsThe project ZAFIRA (Zero discharge Aquaculture by Farming in Integrated Recalculating Systems in Asia) will focus on the combination of Western recalculating and traditional Chinese Techniques to outline a zero nutrient discharge facility. Different (local and commercial) feeds will be evaluated in growth experiments for salt and freshwater fish. Different treatments with ozone will be tested to valorise the sludge for later use through the production of single cell protein by bacteria or to be used as feed for nerves or sea cucumber. The each organism the nutrient balance and growth performance under these special conditions will be determined. Experiments will be done first on lab scale and be up scaled to semi-farm level to prove their applied character. From these experiments derived data will be used to develop a bioenergetics model of processes within such systems

M3 - Abstract

SP - 19

BT - CORDIS RTD : Project : (ZAFIRA) : Zero discharge Aquaculture by Farming in Integrated Recirculating systems in Asia : Workshop, Shanghai, China, 27-30 June 2006

ER -

A frame work model for integrated intensive aquaculture

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