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Nanomaterial Fate and Speciation in the Environment

Here you will find NanoFASE posters and presentations, including summaries.

A framework for forward modelling of engineered nanomaterials in terrestrial systems

Authors: Cornelis G, Perez-Holmberg J
Status: Presentation
Year: 2015

A kinetic environmental fate model for the risk assessment of engineered nanomaterials

Authors: Perez Holmberg J
Status: Presentation
Year: 2016

A multimedia model for nanoparticle fate and biotic update in the environment

Authors: Lofts S
Status: Presentation
Year: 2016

Analytical considerations following accidental discharge of material into a river

Authors: Crossley A, Jurkschat K, Salter C & Johnston C
Status: Presentation
Year: 2018

Applied Nanoparticles: Main outcomes of being part of NanoFASE

Authors: Busquets Fité, Martí
Status: Published
Year: 2019

Current challenges in spICP-MS analysis of engineered nanoparticles in environmental samples

Authors: Cornelis G
Status: Presentation
Year: 2016

Dissolution and retention of nanoparticles in soils

Authors: Cornelis G
Status: Presentation
Year: 2016

Exposure assessment and modelling: NanoFASE– intentions, achievements and outcomes

Authors: Svendsen C & 65 others
Status: Published
Year: 2019

Fate of NanoParticles in Managed Waste Facilities

Authors: Kägi R, et al.
Status: Presentation
Year: 2019

Flows of engineered nanomaterials through waste treatment and recycling

Authors: Adam V
Status: Presentation
Year: 2016

Flows of engineered nanomaterials to waste treatment

Authors: Adam V, Sultan F, Nowack B
Status: Published
Year: 2016

From nanosafety research to operational tools for the nanotechnology industry: the EU projects NanoMILE, NanoFASE, NanoReg2, NanoSolutions, Sun, CaLIBRAte

Authors: Hazebrouck B, et al.
Status: Presentation
Year: 2016

Industry insights: NanoFASE partners speak out

Authors: Ambrose S, Vincent P, Park GB
Status: Published
Year: 2019

Introduction to NanoFASE

Authors: Cornelis G
Status: Presentation
Year: 2015

Life-cycle transformations of NMs

Authors: Lofts S
Status: Presentation
Year: 2017

Modeling Nanomaterial Fate and Exposure

Authors: Lowry GV, Dale AL, Casman EA
Status: Published
Year: 2019

Modelling atmospheric fate of TiO2 and its impact on atmospheric chemistry

Authors: Manders A, Asbach C, Nasrabadi AM, et al.
Status: Published
Year: 2019

Modelling nanoparticle fate and transport at large spatial scales

Authors: Williams R, et al.
Status: Summary
Year: 2017

NanoFASE Exposure Assessment for Industry

Authors: Crossley A, Park GB
Status: Published
Year: 2019

Nano-regulation in the EU

Authors: Praetorius A
Status: Presentation
Year: 2015

REACH evidence requirements, and how does the Clickable Framework help answer routine consultancy questions?

Authors: Paul K
Status: Published
Year: 2019

Step-by-step guidance for an effective integration of standardization in nanosafety R&D projects – from the proposal to the deliverables and beyond

Authors: Hazebrouck B, et al.
Status: Presentation
Year: 2016

The needs of industry for techniques for registration

Authors: Wohlleben W
Status: Published
Year: 2019

Towards more complexity in heteroaggregation studies of engineered nanoparticles with natural suspended particulate matter

Authors: Walch H, Praetorius A, von der Kammer F, Hofmann T
Status: Published
Year: 2017

Toxicokinetics of pristine and aged silver nanoparticles in freshwater benthic organisms: the role of exposure route

Authors: Silva PV, van Gestel CAM, Verweij RA, Loureiro S
Status: Published
Year: 2019

What do we need to create good models for the development of a sustainable nanotechnology?

Authors: Praetorius A
Status: Presentation
Year: 2015

What is the meaning of pristine nanoparticles, their lifecycle and fate? An overview and forward look

Authors: Svendsen C, et al.
Status: Presentation
Year: 2017