Clifford Charles A, Bard Delphine, Castro Fernando A, Evans Gareth S, Gee Mark, Hall Samantha, Kitchen Stephanie, Koltsov Denis, Price Alex, Smith Rachel, Nasser Fatima
National Physical Laboratory (NPL) Hampton Road, Teddington TW11 0LW UK
Health and Safety Executive (HSE) Science Division (SD) Harpur Hill, Buxton SK17 9JN UK.
Environ Sci Nano. 2025 Jan 29;12(3):1858-1871. doi: 10.1039/d4en00555d. eCollection 2025 Mar 13.
The term advanced materials (AM) is used widely to cover a large number of diverse new innovative materials, including nanomaterials, advanced composites, innovative surface coatings, (bio)polymers, porous and particle systems, ceramics, smart and metamaterials and advanced fibres and textiles. With any new materials, there are commercial and performance advantages that need to be balanced with any potential environmental, health and safety issues, for example, around exposure, toxicity, sustainability and waste. Key players in the UK from government bodies, research, measurement and standardisation organisations, academia and industry came together to consider these issues two online workshops in April 2021 and February 2023. At each event, scene-setting presentations by key experts were followed by discussions addressing salient issues, including, benefits and barriers to AM commercialisation, potential environmental, health and safety issues, and safe(r) by design approaches. The first workshop served as a starting point to share views on the potential societal benefits of AM and perceived obstacles to their wider adoption. The second workshop focused on safety by design, life cycle analysis and challenges faced at different points in the supply chain. In addition to confirming findings from previous studies, these workshops also highlighted specific challenges that are faced by small to medium sized enterprises (SME). These workshops provided a unique opportunity for policy makers, regulators, standardisation bodies, funding bodies and academia to understand the concerns of industry and researchers, who develop and work with AM. This included what they felt would help support them in their aims of developing innovative, commercially successful, safe and sustainable AM.
先进材料(AM)一词被广泛用于涵盖大量多样的新型创新材料,包括纳米材料、先进复合材料、创新表面涂层、(生物)聚合物、多孔和颗粒系统、陶瓷、智能和超材料以及先进纤维和纺织品。对于任何新材料而言,其商业优势和性能优势都需要与任何潜在的环境、健康和安全问题相平衡,例如,围绕暴露、毒性、可持续性和废物等问题。英国政府机构、研究、测量和标准化组织、学术界和工业界的关键参与者于2021年4月和2023年2月共同举办了两次在线研讨会来探讨这些问题。在每次活动中,关键专家进行开场介绍后,接着进行讨论,涉及突出问题,包括先进材料商业化的益处和障碍、潜在的环境、健康和安全问题以及设计更安全的方法。第一次研讨会作为一个起点,分享了关于先进材料潜在社会益处的观点以及其更广泛应用所面临的明显障碍。第二次研讨会聚焦于设计安全、生命周期分析以及供应链不同环节所面临的挑战。除了确认先前研究的结果外,这些研讨会还突出了中小企业所面临的特定挑战。这些研讨会为政策制定者、监管机构、标准化机构、资助机构和学术界提供了一个独特的机会,以了解开发和使用先进材料的行业和研究人员所关心的问题。这包括他们认为有助于支持他们开发创新、商业上成功、安全和可持续的先进材料目标的因素。