Mine water pollution is causing a major damage to flora, fauna and ecosystem by affecting its catabolic, metabolic and anabolic mechanism. Huge expenses by government is on progress to treat mine water coming from different coal mines, which includes various processes like treatment of heavy metals, and harmful chemical present in mine water. Many research works are going on in the field of waste water treatment, a newly developed waste water treatment by algae is gaining much importance. It is observed that some algal species having efficiency to remove various heavy metals which degrades the mine water. Bio purification of mine water by using algae, focus on degradation of different harmful component present in mine water. This experiment...
Bioremediation seeks to degrade or decompose toxic pollutants in the environment into less harmful o...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
Algal biofuels around the world represent a sustainable pathway to meet increasing demand for fuel a...
Macroalgae are a productive resource that can be cultured in metal-contaminated waste water for bior...
Bio-purification of wastewater through aquatic plants is an advanced technology of wastewater purifi...
Biosorption of heavy metals using dried algal biomass has been extensively described but rarely impl...
This work evaluates the benefits of a complementary treatment step of acid mine drainage (AMD) using...
Biosorption of heavy metals using dried algal biomass has been extensively described but rarely impl...
The bioremediation of industrial waste water by macroalgae is a sustainable and renewable approach t...
The bioremediation of industrial waste water by macroalgae is a sustainable and renewable approach t...
Mining of metals and coals generates solid and liquid wastes that are potentially hazardous to the e...
<div><p>Biosorption of heavy metals using dried algal biomass has been extensively described but rar...
The energy, mining and mineral processing industries are point sources of metal-contaminated waste w...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
Bioremediation seeks to degrade or decompose toxic pollutants in the environment into less harmful o...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
Algal biofuels around the world represent a sustainable pathway to meet increasing demand for fuel a...
Macroalgae are a productive resource that can be cultured in metal-contaminated waste water for bior...
Bio-purification of wastewater through aquatic plants is an advanced technology of wastewater purifi...
Biosorption of heavy metals using dried algal biomass has been extensively described but rarely impl...
This work evaluates the benefits of a complementary treatment step of acid mine drainage (AMD) using...
Biosorption of heavy metals using dried algal biomass has been extensively described but rarely impl...
The bioremediation of industrial waste water by macroalgae is a sustainable and renewable approach t...
The bioremediation of industrial waste water by macroalgae is a sustainable and renewable approach t...
Mining of metals and coals generates solid and liquid wastes that are potentially hazardous to the e...
<div><p>Biosorption of heavy metals using dried algal biomass has been extensively described but rar...
The energy, mining and mineral processing industries are point sources of metal-contaminated waste w...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
Bioremediation seeks to degrade or decompose toxic pollutants in the environment into less harmful o...
The paper briefly describes the importance of algae, vetiver grass, hydrilla and water hyacinth (Aqu...
Algal biofuels around the world represent a sustainable pathway to meet increasing demand for fuel a...