Potential of Typha as Plant Candidates for Sludge Treatment Wetlands
نویسنده
چکیده
-Phragmites austrailis have been commonly planted on sludge treatment wetlands due to its high resistance to sludge waste; thus sludge treatment wetlands are commonly referred to as “reed beds”. Phragmites’ aggressive nature and high productivity allow this invasive plant species to form monoculture stands, alter ecosystem processes, outcompete and replace native species. Thus, native alternatives plant species for sludge treatment wetlands is in urgent needs. Typha are abundant and common throughout most of the North America and have high tolerance to various environmental conditions. This study examined the potential of Typha as candidate plants for sludge treatment wetlands. The results suggested Typha has a great potential to replace the invasive Phragmites as an alternative plant species for sludge treatment wetlands due to its ability to sustain repeated sludge application and to efficiently remove solids, phosphorus and nitrogen from the sludge waste.
منابع مشابه
Patterns, Mechanisms, and Ecological Implications of Cattail (typha Spp.) Dominance in Great Lakes Wetlands
Many wetlands of the Great Lakes region are increasingly dominated by species of cattails, including the native Typha latifolia, the introduced Typha angustifolia, and their hybrid Typha glauca. Cattails are observed to form dense stands of live and dead biomass that may reduce plant diversity and compromise wetland habitat value. Cattail expansion has been used as an indicator of environmental...
متن کاملComparison of novel membrane bioreactors and constructed wetlands for treatment of pre-processed animal rendering plant wastewater in Scotland
The performance of a novel industrial membrane bioreactor (MBR) comprising denitrification, nitrification and ultrafiltration for the secondary treatment of primary treated animal rendering wastewater has been compared with an experimental, low-cost and novel vertical-flow constructed treatment wetland planted with Typha latifolia L. The process wastewater followed pre-treatment by dissolved ai...
متن کاملComparison of Different Methods (Digestion, Combustion, Gasification and Pyrolysis) for Sludge Energy Recovery: A Case Study for Ekbatan’s Municipal Treatment Plant
Different methods of urban sewage sludge energy recovery such as burning, gasification, pyrolysis and digestion based on the net energy production efficiency, advantages and disadvantages and complexity of these processes have been investigated in this article. The best method for energy production from sludge was selected among different methods according to energy and the amount of the greenh...
متن کاملPotential investigation of Reusing Ardabil Municipal Wastewater Treatment Plant Sludge Based on AHP and TOPSIS Models
Introduction :By ever-increasing of population, shortage of water resources and the necessity of wastewater treatment, huge volumes of sludge that is a byproduct of wastewater treatment, requires to be disposed in environmentally secure ways. The target of specifying strategic preferences of reuse of sludge has been to find the correct way of disposal or beneficial use of sludge. Material and ...
متن کاملEvaluation of phytostabilization, a green technology to remove heavy metals from industrial sludge using Typha latifolia L
The effect of the glass industry on heavy metal characterization was assessed in the sludge/sediments of 5 discharge pits (sites) for effluents of functional glass factories and/or finishing workshops in the study area. A comprehensive profile of Zn, Mn, Co, Cd, Pb, Cr, Ni,Cu and As levels in industrial sludge was obtained. Correlation coefficients for metal pairs indicate varying levels (posit...
متن کامل