Advancement of Materials to Sustainable & Green World

Abstract

The International Association of Advanced Materials (IAAM, Org. 802503-6784) was established as a non-profit research organization on Wednesday, January 20, 2010. Since then, it has actively engaged worldwide in various endeavors and accomplishments, committed to the United Nations Sustainability Development Goals [1]. In 2015, all UN member states adopted the 2030 Agenda for Sustainable Development Goals, aiming to promote peace, prosperity, and environmental sustainability for both present and future generations [2]. IAAM's agenda for the decade is committed to the "Advancement of Materials to Sustainable and Green World", which signifies a substantial undertaking in global policy and governance [3]. IAAM's primary focus for 2030 is on advancing materials towards the development of green technologies and contributing towards the building of a 'Climate Neutral Society' through a circular process of environmental restoration. It is worth noting that since 1970, the Asia-Pacific emerging economies have quadrupled the global materials footprint, which has plateaued since 2014 [4]. IAAM emphasizes the importance of inclusive sustainable principles with embedding the advancement of climate-efficient materials. The combined biomass, fossil fuels, and mineral extraction increased from 48 to 69 billion metric tons between 1995 and 2008 [5]. This outcome indicates that secular structural changes and technological advances alone are insufficient to limit material use. Recognizing the significance of IAAM's climate activities, the 2023 United Nations Water Conference has accredited the association for its water and climate change activities related to UN SDG Goal 6 [6]. These activities align with the action plans of the water conference, which aim to ensure global water sustainability. Fig. 1 represents IAAM's activities at the UN 2023 Water Conference held in New York. The conference is persistent on Sustainable Development Goal 6, addressing climate The International Association for Advanced Materials is optimistic that the United Nations' Sustainable Development Goals (SDGs) can be achieved through scientific consideration of circular materials and embracing new green technological advances, as well as by keeping global commitments to reduce climate change, adapt to it, and come up with new ways to deal with it. The present green transition projects rely heavily on the accessibility of biodiversity, climate, and net-zero technologies leading to a sustainable future. A sustainable and green world refers to a global society that operates in harmony with nature, respects ecological limits, and ensures social and economic well-being for present and future generations. It is characterized by responsible resource management, reduced environmental impact, social equity, and the protection of ecosystems. In the context of effective climate resource management, it is necessary to recognize the value of natural materials and incorporate them into ongoing practices and processes. Understanding materials selection, along with leveraging nature-based solutions and renewable technologies, plays a significant role in driving the world's circular economy while ensuring sustainability. Addressing pollution, reducing reliance on non-renewable energy sources, adopting low-carbon materials, and eliminating plastics and harmful chemicals are essential steps toward creating a circular market that connects materials in a circular manner. This approach aligns with SDGs along with the Conference of the Parties (COP), and European Green Deal (EGD), which also emphasizes sustainability, net-zero, and circular processes. In this quest, advancements in climate-efficient materials science and technology, coupled with waste resource innovations, have potential usefulness towards all-in-one green solutions. Thus, it is crucial for the research community to focus on green R&D practices, and topical consortiums as much as possible. By prioritizing climate-efficient materials, promoting sustainable practices, and fostering innovation, the advanced materials world community can work towards materials development goals for a sustainable and green world. Institute of Advanced Materials, IAAM, Gammalkilsvägen 18, Ulrika 590 53, Sweden