- No file added yet -
Sustained phosphorus removal from sew age by artifical wetlands
report
posted on 2023-03-23, 17:46 authored by I. R Lantzke, David S Mitchell, A.D Heritage"February 1994".
Project Number: Sustained phosphorus removal from sew age by artifical wetlands - M/03/5085, SB/1/20; LWRRDC Project number MDR4.
MDFRC item.
The short term capacity for phosphorus in plan led artificial wetlands, and the equilibrium orthophosphate concentration in their effluent are determined by the sorptive potential of the gravel. The long term capacity is determined by the plants, which can have seasonal fluctuations in uptake. The speed of uptake to gravel is diffusion controlled. The major orthophosphate sorption sites are iron, associated with the biofilm. In reducing conditions when Fe (1111) is reduced to Fe (111) the equilibrium orthophosphate concentrations rise greatly. Suggestions for managing constructed wetlands so as 10 sustain maximal phosphorus removal are discussed in a separate confidential report.
Project Number: Sustained phosphorus removal from sew age by artifical wetlands - M/03/5085, SB/1/20; LWRRDC Project number MDR4.
MDFRC item.
The short term capacity for phosphorus in plan led artificial wetlands, and the equilibrium orthophosphate concentration in their effluent are determined by the sorptive potential of the gravel. The long term capacity is determined by the plants, which can have seasonal fluctuations in uptake. The speed of uptake to gravel is diffusion controlled. The major orthophosphate sorption sites are iron, associated with the biofilm. In reducing conditions when Fe (1111) is reduced to Fe (111) the equilibrium orthophosphate concentrations rise greatly. Suggestions for managing constructed wetlands so as 10 sustain maximal phosphorus removal are discussed in a separate confidential report.
Funding
Funding agency: Land and Water Resources Research and Development Corporation. Client: Land and Water Resources Research and Development Corporation.
History
Publication Date
1994-07-01Publisher
Murray-Darling Freshwater Research Centre.Report Number
MDFRC Technical Report.Pagination
6 pRights Statement
Open Access. This report has been reproduce with the publishers permission. Permission to reproduce this report must be sought from the publisher. Copyright (1994) Murray-Darling Freshwater Research Centre.Data source
arrow migration 2023-03-09 17:50. Ref: 0c68e3. IDs:['http://hdl.handle.net/1959.9/510751', 'latrobe:35397']Usage metrics
Categories
No categories selectedLicence
Exports
RefWorks
BibTeX
Ref. manager
Endnote
DataCite
NLM
DC