Heavy Metal Pollutants: Environmental and Biotechnological Aspects

Keyphrases

• Immobilization 100%
• Environmental Aspects 100%
• Metal Pollutants 100%
• Biotechnological Aspects 100%
• In Situ 50%
• Bioremediation 50%
• Leaching 50%
• Biotechnological Development 50%
• Oxalate 50%
• Toxic Metals 50%
• Bioreactor 50%
• Sequestration 50%
• Phosphate 50%
• Physicochemical Mechanisms 50%
• Exopolymers 50%
• Sulfide 50%
• Microorganisms 50%
• Methylation 50%
• Treatment Methods 50%
• Biological Mechanisms 50%
• Solid Matrix 50%
• U(VI) 50%
• Chemolithoautotroph 50%
• Biogeochemical Cycles 50%
• Radionuclides 50%
• Metalloids 50%
• Associated Elements 50%
• Metal Elements 50%
• Microbial Systems 50%
• Cr(III) 50%
• Organic Compounds 50%
• Cr(VI) 50%
• U(IV) 50%
• Metal Mobilization 50%
• Microbial Reduction 50%
• Mn(IV) 50%
• Immobilization Techniques 50%
• Sorption 50%
• Inorganic Compounds 50%
• Chemoorganotrophic 50%
• Contaminated Material 50%
• Higher-valency 50%
• Metal Contaminants 50%
• Industrial Waste 50%
• Cell Components 50%
• Physicochemical Treatment 50%
• Contaminated Effluents 50%
• Environmental Fate 50%
• Siderophore 50%
• Heterotrophic 50%
• Mn(II) 50%
• Autotrophic 50%
• Contaminated Wastewater 50%

Earth and Planetary Sciences

• Micro-Organism 100%
• Metabolite 100%
• Toxic Metal 100%
• Solubilization 100%
• Radioactive Isotope 100%
• Metalloid 100%
• Heavy Metal 100%
• Physicochemical Treatment 100%
• Complexation 100%
• Exopolymer 100%
• Environmental Fate 100%
• Bioreactor 100%
• Bioremediation 100%
• Biogeochemical Cycle 100%
• Inorganic Compound 100%
• Siderophore 100%
• Solid 100%
• Industrial Waste 100%
• Methylation 100%
• Effluent 100%

Chemical Engineering

• Biochemical Reactor 100%
• Methylation 100%
• Heavy Metal 100%
• Radioisotope 100%
• Inorganic Compound 100%
• Physicochemical Treatment 100%
• Effluent 100%
• Metalloid 100%