Isolation and characterization of bacteria capable of reducing tellurium oxyanions to insoluble elemental tellurium for tellurium recovery from wastewater

Chemical Compounds

• Elemental Tellurium 95%
• Tellurite 85%
• Oxyanion 73%
• Wastewater 47%
• Strain 41%
• Coagulation 10%
• Ultrafiltration 9%
• Centrifugation 9%
• Metal 8%
• pH Value 8%
• Industry 7%
• Reduction 4%

Engineering & Materials Science

• Tellurium 97%
• Bacteria 66%
• Wastewater 63%
• Recovery 40%
• Sodium chloride 20%
• Metal refineries 16%
• Centrifugation 14%
• Ultrafiltration 13%
• Coagulation 13%
• Water 10%
• Drainage 10%
• Deposits 9%
• Metals 6%
• Industry 4%
• Temperature 3%

Earth & Environmental Sciences

• tellurite 100%
• tellurium 82%
• wastewater 39%
• bacterium 37%
• metal 7%
• centrifugation 6%
• ultrafiltration 6%
• refinery 5%
• biological processes 5%
• coagulation 5%
• drainage 4%
• demand 3%
• cell 3%
• water 3%
• industry 3%
• removal 3%
• rate 1%