Previous Page  41 / 46 Next Page
Information
Show Menu
Previous Page 41 / 46 Next Page
Page Background

Volume 2

Journal of Environmental Research

Page 88

JOINT EVENT

July 26-27, 2018 Rome, Italy

&

6

th

Edition of International Conference on

Water Pollution & Sewage Management

4

th

International Conference on

Pollution Control & Sustainable Environment

Apost treatment method for municipal wastewater treatment by the microalgae: A current review

Md. Nuralam Hossain

1

, Xiao Lan Zeng

1

, Wen Chuan Ding

1

, Awni Alkhazaleh

2

and

Khadiza Jannat

3

1

Chongqing University, China

2

University of Bolton, UK

3

Mawlana Bhashani Science and Technology University, Bangladesh

O

wing to the rapid urbanization and expansion of urban populations, the municipal wastewater has generated in large

volume. Wastewater from municipal wastewater treatment plants contains excessive inorganic nutrient such as nitrogen

and phosphorus which contribute detrimental eutrophication in natural water bodies. Eutrophication is a severe ecological

problem which may lead to long term adverse effects of the natural environment. Therefore, it is necessary to establish a

post treatment method for municipal wastewater treatment before being discharged into natural water bodies. Various types

of treatment methods have been used for the removal of inorganic nutrient (nitrogen and phosphorus) from municipal

wastewater. Microalgae play a vital role in the post treatment of municipal wastewater considering economically viable and

environmentally friendly. Treatment of wastewater using microalgae has been studied extensively and gained attention a

positive result due to nutrient removal efficiency. The present literature review will provide helpful information the application

of potential microalgae in post treatment of municipal wastewater treatment effectively, before discharged into natural water

bodies. Future research should address the inorganic nutrient removal performance based on various species of microalgae,

nutrient uptake capacity and microalgae culture mechanism.

nuralam.15cqu@hotmail.com

J Environ Res 2018, Volume: 2