Special Scientific Coordination Meeting

Special Scientific Coordination Meeting

NANORIGO partners met in person for the final time for a Special Scientific Coordination Meeting (SSCM) from Thursday 2nd – Friday 3rd February to review, discuss and reflect on what has been have achieved in NANORIGO over the past 4 years and discuss how to optimize and maximize the project’s impact.

The meeting, organised by Rudolf Reuther (ENAS), scientific coordinator of NANORIGO, was held in the beautiful location of Burg Windeck Castle, in the heart of Germany’s Black Forest.

Since 2019, the NANORIGO partners, together with their counterparts in sister projects Gov4Nano and RiskGONE have worked to create a framework for nano risk governance that would meet the needs of multi stakeholders in research, policy, industry, and civil society. NANORIGO partners specifically aimed at further developing the means for transdisciplinary risk governance for engineered nanomaterials (ENMs) to guide and support decisionmakers in the safe and sustainable handling and use of these advanced materials, towards new and responsible innovations. The NANORIGO SSCM thus provided a platform for deliberation on the societal, political, economic, technological, legal and environmental issues important to the Risk Governance Framework and associated Tools developed within the project and how its outcomes can best serve stakeholders, now and in the future.

The proceedings began with a warm welcome from Rudolf Reuther. This was followed by an overview from Mark Morrison, the dissemination lead, of the recently held joint final meeting of the three projects at the OECD in Paris in which he summarised the discussions held by the four round tables: harmonisation and standardisation, portal and tools, data, and Risk Governance (House). Damjana Drobne (University of Ljubljana), the data expert within the project, emphasised the need for a framework for human and machine actionability, transparency, and reusable data.

A main subject of discussion was the Risk Governance Portal that has been created, and which entities within the NanoSafety community have the potential to maintain and develop it. Budgetary considerations and a lack of resources may hamper its future, and the question of who would use it was addressed. Notwithstanding, all agreed that the stakeholder engagement and consultation implemented over the four years of the project was one of its key strengths.

The work of the NANORIGO consortium was aligned with recent developments in various EU strategies, including the Chemicals Strategy for Sustainability (CSS), launched in 2020; and the European Partnership for the Assessment of Risks from Chemicals (PARC), launched in 2022. It has also been impacted by the stronger focus on principles of ‘Safe and Sustainable by Design’ (SSbD), announced within the CSS, to foster the implementation of the European Green Deal (launched in 2019). These strategic and legislative roles of the risk governance framework thus became the subjects of a lively ‘House of Commons’ debate, led by Kees Le Blansch (KLB), which enabled participants to tease out contentious statements, such as: ‘If growth and competitiveness are the emphases, we should forget risk governance and just pay it lip service’; and ‘The CSS and the SSbD pay lip service to SE but fail to realise it and are thus doomed to fail’. Martin Mullins (Transgero/University of Limerick) made the valid point that the EU uses regulatory normative processes to gain competitiveness; and with regulation comes competitive advantage. It was agreed that regulation is both essential and beneficial to competitive advantage.

In a third session, the participants examined the prospects of maximising, and operationalising the impact of the project’s outcomes from the standpoint of its upcoming deliverables, including an integrative perspective on stakeholder needs, led by Daan Schuurbiers (DPF); the Risk Communication Platform, led by Dana Kuehnel (UFZ); the Risk Governance Framework guidance document, led by Rudolf Reuther on behalf of Milja Koponen (TTL); the Publication on economic benefits from implementing the RGF, based on case studies, led by Martin Mullins (TGO); and an examination of options for the form and funding of a Nanotechnology Risk Governance Organisational Form, led by Mark Morrison (Optimat). Pieter van Broekhuizen highlighted that the role of a moderator had been mentioned a few times and, ‘If we want to improve risk communications, a moderator would be very useful to guide all the others’.

The session concluded with a multimedia presentation of the results of the NANORIGO case studies, created by Martin Himly, Sabine Hofer, Norbert Hofstaetter (PLUS), with a specific focus on the rubber tyre case study.

Day two of the meeting provided a platform for all attendees to reflect and contribute to a discussion on lessons learned from the project, its particular strengths such as the user committee, and ways forward. Dana Kuehnel flagged up the importance of Damjana Drobne’s KaRL approach (Knowledge Readiness Levels), which enabled partners to realise how much more can be enacted for data readiness. Damjana Drobne made the salient point that what NANORIGO contributed to the transparency of the ecosystem, and we need positive change.

Concluding, Rudolf Reuther commented: ‘It has been a learning process in relation to what we thought, and it’s opened the way to seeing complexity and finding solutions. We have to think in a more holistic way. Everything has risks and benefits, but we have to make things inclusive and sustainable […] conditions change, and we have to adapt and be proactive too.’

The outcomes and a synthesised report will be made available to all interested stakeholders

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NANORIGO moves forward, creates legacy

NANORIGO partners are holding a Special Scientific Coordination Meeting (SSCM) on Thursday 2nd and Friday 3rd February to review, discuss and reflect on what we have achieved in NANORIGO during the last 4 years. The meeting will be a valuable opportunity to examine the results, deliverables and main outcomes of NANORIGO and the NMBP-13 initiative and how project partners can optimize and maximize the impact.

The meeting is being organised by Rudolf Reuther (ENAS), scientific coordinator of NANORIGO, in the beautiful location of Burg Windeck Castle, in the heart of Germany’s Black Forest. The outcomes and a synthesised report will be made available to all interested stakeholders after the event.

For the past four years, NANORIGO has been working to further develop the means for multi-stakeholder and transdisciplinary risk governance for engineered nanomaterials (ENMs) to guide and support decisionmakers in the safe and sustainable handling and use of these advanced materials, towards new and responsible innovations. Our work has been aligned with recent developments in various EU strategies, including the Chemicals Strategy for Sustainability (CSS), launched in 2020; and the European Partnership for the Assessment of Risks from Chemicals (PARC), launched in 2022. It has also been impacted by the stronger focus on principles of ‘Safe and Sustainable by Design’ (SSbD), announced within the CSS, to foster the implementation of the European Green Deal (launched in 2019), leading us to broaden our scope.

This NANORIGO SSCM will provide a platform for deliberation on the societal, political, economic, technological, legal and environmental issues important to the Risk Governance Framework and associated Tools developed within the project and how our outcomes can best serve our stakeholders, now and in the future.

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Future-proof Approaches for Risk Governance – Lessons Learned from Nanomaterials

Organised by the NMBP-13 projects NANORIGO, RiskGONE and Gov4Nano
in collaboration with the OECD’s Working Party on Manufactured Nanomaterials (WPMN)

We invite you to register your interest in participating in our conference to help shape international approaches to addressing future challenges in risk governance of nano- & advanced materials. This includes safe- and sustainable by design (SSbD) and harmonisation and standardisation.  The conference will comprise two parts:

  1. In person (by invitation only) at the OECD Conference Centre in Paris on the 24th and 25th January 2023.  
  2. An online session open to everybody on 31st January 2023.

Register your interest to participate via this link https://NMB13-final-conference.eventbrite.com

The main aim of our conference is to ensure that results from our projects are taken up to:

  • support the implementation of the Chemical Strategy for Sustainability (CSS)
  • address future challenges in risk governance of new- and advanced materials

Conference approach

We will use interactive roundtables to present and discuss our key results and recommendations with a broad international audience of relevant stakeholders. The outcomes from these discussions are expected to complement and support the work of other stakeholders and initiatives on risk governance of nano- and advanced materials, including on the following themes:

  • Improved governance practices
  • Harmonisation and standardisation approaches
  • Data management (and FAIR data)
  • Accessibility of tools, instruments and guidance via an online portal
  • Effective organisation of risk governance

Why you must attend this conference

The fundamental premise of our projects is that governance must be inclusive.  Thus, we are extending an invitation to all stakeholders that can contribute to this discussion and are involved in ongoing initiatives related to the CSS and/or (risk) governance of advanced materials. This includes representatives from NGOs, industry, research organisations, EC, EU Member States and experts from the OECD WPMN, and in particular those involved in:

  • (Research) projects in the context of the implementation of the CSS, e.g., projects on SSbD
  • Developing harmonisation and standardisation approaches for advanced (nano) materials
  • Nanosafety research
  • Regulatory risk assessment or method development of new (nano)materials

NB spaces for the in-person event are limited so please register your interest at your earliest convenience

GAIKER ImagineNano2021 NANORIGO

Nanorigo at the ImagineNano 2021 event!

This year’s edition of the ImagineNano event saw NANORIGO partner GAIKER showcase the Horizon 2020 project to an audience of 310 visitors from 24 countries. GAIKER, as a member of the Basque Research and Technology Alliance (BRTA), organised a large booth within the BRTA exhibition area, where NANORIGO partner Alberto Katsumiti engaged with numerous visitors and presented NANORIGO’s mission, aims, and current activities.

This edition was the 6th ImagineNano event, marked as one of the largest European Events in Nanoscience & Nanotechnology. The event took place at the Bilbao Exhibition Centre (BEC) from November 23-25, 2021. Following the overwhelming success of past ImagineNano editions, several conferences will be held in parallel, as well as a vast exhibition area offering free entrance to professionals, one-to-one meetings, and an industrial forum where everyone could meet-and-greet actors from Nanotechnology.


Read more about ImagineNano here: https://www.imaginenano.com/2021/index.php

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Blueprint for the Nanotechnology Risk Governance Council

An unprecedented collaborative effort of members of the three projects is culminating in the final stages of production of the Blueprint for the Nanotechnology Risk Governance Council.

This Blueprint is a planning document that presents a possible design and role for a new organisation that would be tasked with governing risks from nano-based products, a Nanotechnology Risk Governance Council (NRGC). It has been developed in a co-creation approach with key stakeholders and represents the current view of how such a council could be organised.

What can be the added value of a Nanotechnology Risk Governance Council (NRGC)? What challenges and opportunities should it address? What should its mission be and what goals should it pursue? What activities should it conduct, and how should the Council be organised? The answers to these questions form the building blocks of this document, which describes the goals that the Council could aim at, and why, and the activities and services it could offer.

Its main purpose is to provide a framework to test elements of the council design and further engage with key stakeholders in regulation, industry, and NGOs to collect their feedback as possible members of the NRGC. This process will be used to refine the design of the NRGC prior to a possible launch in 2022.

The projects are now moving to (a) testing it, (b) refining it, (c) identifying possible members, (d) establishing conditions for its sustainability, (e) launching it, and, finally, (f) accompanying it through the first months of activities.

Any representative from regulation, industry, and NGOs who are interested in contributing to the NRGC is invited to contact us and join the stakeholder database here, indicating specific interest in the NRGC.

Acknowledgments:

Marie-Valentine Florin

Authors: NMBP-13 Council Task Force: Rob Aitken, Dalila Antunes, Arto Säämänen, Marie-Valentine Florin, Monique Groenewold, Panagiotis Isigonis, Andrea Porcari, Janeck Scott-Fordsmand, Tommaso Serchi.

The Nano Risk Governance Framework: Adapting the International Risk Governance Center Approach

Adapting the International Risk Governance Center Approach

It has been widely acknowledged that the risk governance of nanotechnology should be based on a clear understanding of risk, its management practices, and the societal risk perception by all stakeholders. The Risk Governance Framework of the International Risk Governance Center (IRGC) describes processes aiming to provide and structure scientific evidence about risk in a societal context.

The NANORIGO, RiskGONE, and GOV4NANO projects consider this framework along with the ISO 21505 and ISO 31000 standards modified in caLIBRAte to fit nanotechnology, its products, and contiguous frameworks.

The NRGF provides guidance for early identification, assessment, management, and communication of risks, involving multiple stakeholders, considering the social impacts of the various uses of nanoproducts, and coupling risk-benefit assessment.

It integrates selected methods, tools, and best practices that can improve or complement existing practices for safety and risk management.

Stakeholder needs, as continuously identified, are incorporated in the NRGF to enable tailored development for multiple stakeholder groups. The NRGF comprises interlinked steps and cross-cutting core functions and serves as the integrator of important concepts and principles, tools, and illustrations. The framework will provide web-based solutions that include the use of FAIR data to facilitate its interactive and flexible use.

Acknowledgments:

Arto Säämänena, Marie-Valentine Florinb, Francisco Huertasc, Arantxa Ballesterosc, Piet Sellked, Anna-Kaisa Viitanena, Panagiotis Isigonise, Nils Bohmerf, Dalila Antunesg, Keld Alstrup Jensenh , aFinnish Institute of Occupational Health, Tampere, Finland, bEPFL, Lausanne, Switzerland, cITENE, Paterna, Spain, dDIALOGIK, Stuttgart, Germany, eUniversità Ca’ Foscari, Venezia, Italy, fDechema, Frankfurt, Germany, gFactorSocial, Lisbon, Portugal, hNational Research Centre for the Working Environment, Denmark

Contact us: arto.saamanen@ttl.fi

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Nanosafety Training School 2021

From Basic Science to Risk Governance

This year the Venice Nanosafety Training School celebrated its 10th anniversary in a one-of-a-kind, large-scale event organised by the NMBP-13 projects in collaboration with four other EC-funded H2020 projects: Biorima, Gracious, NanoInformaTIX, and PATROLS.

The event, which took place from June 21st –25th, featured keynote speeches, and a variety of hands-on sessions aimed to transfer state-of-the-art knowledge on a range of topics from key experts to the new generation of nano-environmental, health and safety, and biomedicine professionals, using interprofessional education. Finally, networking activities allowed for plenty of time and opportunities to expand networks and foster academic exchange.

Risk Governance—Session 8

Partners from the 3 NMBP-13 projects built a multi-focused Risk Governance session on the question “Risk assessment with a social dimension: how does risk governance differ from risk assessment or management?”

Starting with an introduction to the process of risk governance, discussions examined how data support decision-making, what data are needed, and what researchers can do in order to provide such data. This also covered FAIR databases and quality assurance, defined by the Knowledge Readiness Level (KaRL).

The session culminated by exploring different stakeholder views, focusing on the specific case of Titanium Dioxide E171 safety, and how socioeconomic aspects can be included in the risk governance process to warrant inclusiveness for different values into the risk/benefit estimation.

The Risk Governance session is available here

Watch videos of the sessions: 

NanoSafety Cluster YouTube channel

Acknowledgments:

Martin Himly, Sabine Hofer and Nobert Hofstaetter (University of Salzburg), Dmitri Ciornii (BAM) and Daan Schuurbiers (DPF)

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Survey on the perception of nanomaterials

Risks of nanomaterials and nanotechnology

How do you feel about nanotechnology? How much do you know about nanoproducts?

We aim to understand people’s attitudes towards nanotechnology and nanoproducts and their risks in this survey developed by the three NMBP-13 projects, Gov4Nano, NANORIGO, and RiskGONE.

The answers provided in this survey are completely anonymous and will only be used for the purpose described above. The survey is available in 12 European languages.

Feel free to share it with your contacts and friends!

Click here to see the survey: https://survey.nilu.no/index.php/538883

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NANORIGO publishes COVID-19 inoculation study

Children’s Privilege in COVID-19: The Protective Role of the Juvenile Lung Morphometry and Ventilatory Pattern on Airborne SARS-CoV-2 Transmission to Respiratory Epithelial Barriers and Disease Severity

NANORIGO partner Paris Lodron University of Salzburg (PLUS) is proud to announce the publication of a second study concerning COVID-19. Here they investigated SARS-CoV-2 virion inoculation in the lung of different age groups, using juvenile lung morphometry data of children between the age of three years and eight years. The SARS-CoV-2 inoculation potential of both age groups was compared with a young adult. Evidence was found that children are intrinsically protected to SARS-CoV-2 transmission by virion-laden aerosols when compared to the young adult, an important finding in the context of the ongoing politically laden discussion of children’s role in SARS-CoV-2 transmission in kindergartens and primary schools.

In this study methods and tools for Nano Risk Governance were applied. These form part of NANORIGO’s tool collection, hence repurposing NANORIGO Risk Governance Tools (MPPD) in the context of the emerging public health thread COVID-19.

Paper: https://doi.org/10.3390/biomedicines9101414

Raw data: https://doi.org/10.5281/zenodo.5543676 .

This work was supported by the Allergy-Cancer-BioNano (ACBN) Research Center of the Paris Lodron University of Salzburg (PLUS) and in parts by the EU H2020 projects NanoRigo and NanoCommons (grant numbers 814530 and 731032, respectively).