The ESPLIM System: Assessment of a novel, compact and efficient solvent extraction system utilising electric field driven dispersion processes
The ESPLIM System: Assessment of a novel, compact and efficient solvent extraction system utilising electric field driven dispersion processes
Broan, C.
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Hoskin, S.
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Bailey, A.G.
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Williams, T.J.
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Reeves, M.J.
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October 1998
Broan, C.
6704e9e7-8666-4b29-86db-15ca4ff2b515
Hoskin, S.
a03b5d84-2898-482d-bdbc-20e93759d9ae
Bailey, A.G.
4d3e6ad9-acd7-495f-8a49-c77c9e20df5a
Williams, T.J.
fb08e360-c70e-4ff1-b27f-d25f18a3e07c
Reeves, M.J.
1f6a7490-42e4-4767-a164-6821f00905a7
Broan, C., Hoskin, S., Bailey, A.G., Williams, T.J. and Reeves, M.J.
(1998)
The ESPLIM System: Assessment of a novel, compact and efficient solvent extraction system utilising electric field driven dispersion processes.
Intn. Conf. on Process Innovation and Intensification. Institute of Chemical Engineers.
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Published date: October 1998
Additional Information:
Organisation: Institute of Chemical Engineers
Venue - Dates:
Intn. Conf. on Process Innovation and Intensification. Institute of Chemical Engineers, 1998-10-01
Organisations:
Electronics & Computer Science
Identifiers
Local EPrints ID: 253489
URI: http://eprints.soton.ac.uk/id/eprint/253489
PURE UUID: 84d2c07b-327c-4952-ac26-ce31b19c1459
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Date deposited: 02 Nov 2000
Last modified: 12 Apr 2023 14:53
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Contributors
Author:
C. Broan
Author:
S. Hoskin
Author:
A.G. Bailey
Author:
T.J. Williams
Author:
M.J. Reeves
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