The treated wastewater of Agadir M’zar plant has a good physico-chemical quality and it contains important nutrients (NPK: nitrogen, phosphorus, potassium). However, the reuse of this water, without disinfecting it, for irrigating the golf grass in the Agadir region, revealed the presence of a bacterial load that can hinder the quality and suitability of spaces for a population that is very demanding. Among the various methods of water disinfection, chlorination with bleach is the least expensive and the most systematically simple. Its effectiveness depends only on the pH of the waters to be disinfected. This study reports the results of disinfection of M’zar plant wastewater with a solution of sodium hypochlorite (bleach), and their reuse ...
Wastewater utilization is an upward application universally. At the same time as clean water resourc...
Reuse of treated wastewater for crop irrigation can contribute to mitigate water stress, especially ...
Approximately, seventy (70) percent of world water use including all the water diverted from rivers ...
International audienceIn the arid climate of Djibouti, salt concentrations of up to 1200 mg L −1 hav...
The Influences of Produced Water Irrigation on Soil microbial succession and Turfgrass Grass Establi...
In the arid and semiarid areas, the availability and the management of irrigation water have become ...
Abstract: In Mediterranean climates available water is the limiting factor of plant productivity. He...
The use of disinfected residual waters is a "non conventional" resource that is very important for a...
AbstractIncreasing lack of potable water in arid countries leads to the use of treated wastewater fo...
The main purpose of this study was to reuse of sewage treatment plants effluent and domestic wastewa...
Irrigation with treated wastewater could produce excessive accumulations within the plant and soil, ...
A level of water quality intended for human consumption does not seem necessary for domestic uses su...
Reusing treated Wastewater for irrigation, depending on its characteristics can be either beneficial...
WOS: 000454233300050The limited availability of fresh water caused by climate change and global popu...
Irrigation water is a potential source of contamination of leafy vegetables that are grown in the fi...
Wastewater utilization is an upward application universally. At the same time as clean water resourc...
Reuse of treated wastewater for crop irrigation can contribute to mitigate water stress, especially ...
Approximately, seventy (70) percent of world water use including all the water diverted from rivers ...
International audienceIn the arid climate of Djibouti, salt concentrations of up to 1200 mg L −1 hav...
The Influences of Produced Water Irrigation on Soil microbial succession and Turfgrass Grass Establi...
In the arid and semiarid areas, the availability and the management of irrigation water have become ...
Abstract: In Mediterranean climates available water is the limiting factor of plant productivity. He...
The use of disinfected residual waters is a "non conventional" resource that is very important for a...
AbstractIncreasing lack of potable water in arid countries leads to the use of treated wastewater fo...
The main purpose of this study was to reuse of sewage treatment plants effluent and domestic wastewa...
Irrigation with treated wastewater could produce excessive accumulations within the plant and soil, ...
A level of water quality intended for human consumption does not seem necessary for domestic uses su...
Reusing treated Wastewater for irrigation, depending on its characteristics can be either beneficial...
WOS: 000454233300050The limited availability of fresh water caused by climate change and global popu...
Irrigation water is a potential source of contamination of leafy vegetables that are grown in the fi...
Wastewater utilization is an upward application universally. At the same time as clean water resourc...
Reuse of treated wastewater for crop irrigation can contribute to mitigate water stress, especially ...
Approximately, seventy (70) percent of world water use including all the water diverted from rivers ...