In recent years,microbiological treatment to remediate contamination by heavy metals has aroused public attention as such pollution has seriously threatens ecosystems and human health and impedes sustainable developme...In recent years,microbiological treatment to remediate contamination by heavy metals has aroused public attention as such pollution has seriously threatens ecosystems and human health and impedes sustainable development.However,the aspect of actual industrial wastewater and solid waste remediation by microorganisms is not explored sufficiently.And what we focus on is technical field of microbial remediation.Therefore,in this review,we discuss and summarize heavy metal treatment via microbiological approaches in different media,including wastewater,solid waste from industrial factories and polluted sites.We also clarify the technical applicability from the perspective of biosorption,bioleaching,biominerization,etc.In particular,the exploration of the combination of microbiological approaches with chemical methods or phytoextraction are scrutinized in this review relative to real waste heavy metal remediation.Furthermore,we highlight the importance of hyperaccumulator endophytes.展开更多
基金National Natural Science Foundation of China(Grant NO.51968048).
文摘In recent years,microbiological treatment to remediate contamination by heavy metals has aroused public attention as such pollution has seriously threatens ecosystems and human health and impedes sustainable development.However,the aspect of actual industrial wastewater and solid waste remediation by microorganisms is not explored sufficiently.And what we focus on is technical field of microbial remediation.Therefore,in this review,we discuss and summarize heavy metal treatment via microbiological approaches in different media,including wastewater,solid waste from industrial factories and polluted sites.We also clarify the technical applicability from the perspective of biosorption,bioleaching,biominerization,etc.In particular,the exploration of the combination of microbiological approaches with chemical methods or phytoextraction are scrutinized in this review relative to real waste heavy metal remediation.Furthermore,we highlight the importance of hyperaccumulator endophytes.
