Research Topic

Nanotechnologies for Environmental Remediation and their Ecotoxicological Impacts

About this Research Topic

Nanotechnology and nanoscience have been used to design and synthesize engineered nanomaterials (ENMs) to face different human and environmental issues. ENMs with novel properties and characteristics have intentionally been delivered to the environment to decontaminate polluted sites. Several technologies regarding nanoremediation such as phytonanoremediation, bionanoremediation, or electronanoremediation highlight the potential of the ENMs to degrade, dissipate, or adsorb hazardous compounds. Smart materials, nanomachines, bionanomaterials, nanobiohybrids, among other nanosized materials, have been used in nanoremediation strategies. These newly created technologies have better dissipation and/or degradation rates than traditional technologies for remediation. However, these emerging technologies merit special attention with respect to their potential environmental risk. So far, neither ENMs nor the nanotechnologies to recover contaminated sites are subject to any special regulation. Aside from the effects of nanoremediation on target systems, its collateral consequences have been scarcely evaluated, i.e., this field of research is still fledgling, and its advantages and drawbacks have not been fully described yet.

This Research Topic frames and highlights nanosized engineered materials' applicability to recover and decontaminate polluted sites such as soil and water, or air. New nanomaterials, procedures, devices, and experimental designs have been carried out to understand and increase the dissipation rate of ubiquitous and recalcitrant pollutants. Therefore, the direct and collateral effects should be reported to know the potential advantages and the hidden drawbacks of nanoremediation to shape a secure and economical way of recovering degraded sites and, consequently, improve environmental services.

Contributions should be related to the efficacy of remediation, degradation rate, and toxicity of engineered nanomaterials used to recover degraded sites. The use of nanomaterials in conjunction with live organisms such as plants, microorganisms, or earthworms, is especially welcome.

This Research Topic is intended to provide cutting-edge knowledge in the fields of research below. Suggested Topic Editors are shown in parentheses.

• Use of nanomaterials to dissipate pollutants (Drs Huang, Patra, Fernández-Luqueño)
• Ecotoxicology and risk assessment of nano-sized materials used in environmental remediation (Drs Huang, Patra, Fernández-Luqueño, and Fernandes)
• Collateral damage, generation of by-products, concerns, and drawbacks regarding the use of nanotechnologies for the remediation of contaminated sites (Drs Patra and Huang)
• Technologies or strategies to remediate polluted sites using engineered nanomaterials (Drs Fernández-Luqueño and Fernandes)
• Experimental or theoretical studies about nanoremediation, bionanoremediation, phytonanoremediation, or electronanoremediation to recover and decontaminate polluted sites such as soil and water, or air (Drs Fernández-Luqueño and Fernandes)
• Nano-enabled, affordable, and eco-friendly technologies to clean the environment (Drs Patra, Huang, and Fernandes)
• Organisms working alongside engineered nanomaterials to dissipate pollutants (Drs Fernández-Luqueño, Patra, and Fernandes)

Original Research, Methods, Review, Policy & Practice Review, and Mini Reviews, are welcome. Please see the Specialty Section homepages for a full list of available article types.

Photo credits: Dr Fabián Fernández-Luqueño


Keywords: remediation, nanoremediation, bionanoremediation, ecological risk, environmental risk, environmental pollution, soil pollution, soil quality, soil degradation, eco-friendly technologies, nano-enabled technologies


Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.

Nanotechnology and nanoscience have been used to design and synthesize engineered nanomaterials (ENMs) to face different human and environmental issues. ENMs with novel properties and characteristics have intentionally been delivered to the environment to decontaminate polluted sites. Several technologies regarding nanoremediation such as phytonanoremediation, bionanoremediation, or electronanoremediation highlight the potential of the ENMs to degrade, dissipate, or adsorb hazardous compounds. Smart materials, nanomachines, bionanomaterials, nanobiohybrids, among other nanosized materials, have been used in nanoremediation strategies. These newly created technologies have better dissipation and/or degradation rates than traditional technologies for remediation. However, these emerging technologies merit special attention with respect to their potential environmental risk. So far, neither ENMs nor the nanotechnologies to recover contaminated sites are subject to any special regulation. Aside from the effects of nanoremediation on target systems, its collateral consequences have been scarcely evaluated, i.e., this field of research is still fledgling, and its advantages and drawbacks have not been fully described yet.

This Research Topic frames and highlights nanosized engineered materials' applicability to recover and decontaminate polluted sites such as soil and water, or air. New nanomaterials, procedures, devices, and experimental designs have been carried out to understand and increase the dissipation rate of ubiquitous and recalcitrant pollutants. Therefore, the direct and collateral effects should be reported to know the potential advantages and the hidden drawbacks of nanoremediation to shape a secure and economical way of recovering degraded sites and, consequently, improve environmental services.

Contributions should be related to the efficacy of remediation, degradation rate, and toxicity of engineered nanomaterials used to recover degraded sites. The use of nanomaterials in conjunction with live organisms such as plants, microorganisms, or earthworms, is especially welcome.

This Research Topic is intended to provide cutting-edge knowledge in the fields of research below. Suggested Topic Editors are shown in parentheses.

• Use of nanomaterials to dissipate pollutants (Drs Huang, Patra, Fernández-Luqueño)
• Ecotoxicology and risk assessment of nano-sized materials used in environmental remediation (Drs Huang, Patra, Fernández-Luqueño, and Fernandes)
• Collateral damage, generation of by-products, concerns, and drawbacks regarding the use of nanotechnologies for the remediation of contaminated sites (Drs Patra and Huang)
• Technologies or strategies to remediate polluted sites using engineered nanomaterials (Drs Fernández-Luqueño and Fernandes)
• Experimental or theoretical studies about nanoremediation, bionanoremediation, phytonanoremediation, or electronanoremediation to recover and decontaminate polluted sites such as soil and water, or air (Drs Fernández-Luqueño and Fernandes)
• Nano-enabled, affordable, and eco-friendly technologies to clean the environment (Drs Patra, Huang, and Fernandes)
• Organisms working alongside engineered nanomaterials to dissipate pollutants (Drs Fernández-Luqueño, Patra, and Fernandes)

Original Research, Methods, Review, Policy & Practice Review, and Mini Reviews, are welcome. Please see the Specialty Section homepages for a full list of available article types.

Photo credits: Dr Fabián Fernández-Luqueño


Keywords: remediation, nanoremediation, bionanoremediation, ecological risk, environmental risk, environmental pollution, soil pollution, soil quality, soil degradation, eco-friendly technologies, nano-enabled technologies


Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.

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Submission Deadlines

18 June 2021 Abstract
15 October 2021 Manuscript

Participating Journals

Manuscripts can be submitted to this Research Topic via the following journals:

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Topic Editors

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Submission Deadlines

18 June 2021 Abstract
15 October 2021 Manuscript

Participating Journals

Manuscripts can be submitted to this Research Topic via the following journals:

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