Industry

Supporting Goal 12. Moving towards a circular economy for nylon is a matter of when, not if, according to the CEO at one of Europe’s largest manufacturers of nylon textile filaments, Italy’s Aquafil.
Supporting Goal 11. China's import ban on plastic waste will increase demand for virgin resin, causing a rise in utilisation rates for plants.
ICIS,

ICIS Chemical Business, 23 January 2018

Supporting Goal 12. LyondellBasell is taking a positive view of the EU’s new framework to eventually make all plastics packaging in the region recyclable and reduce plastics waste, seeing a more circular economy with exciting new opportunities
ICIS,

ICIS Chemical Business, 12 January 2018

President Xi’s environmental drive prioritises air quality over GDP growth
Supporting Goal 11. China’s campaign to clean-up its environment. spurs record profits in chemicals value chains.
This book chapter addresses goals 7 and 9 by looking at the future plan for nuclear energy to contribute to a cleaner energy mix, considering sustainable development, globalisation and climate change.
Elsevier,

Sustainable Materials and Technologies, 2018, ISSN 2214-9937, https://doi.org/10.1016/j.susmat.2018.02.001.

Relating to Goal 9 and Goal 12, this paper aims to contribute to the understanding of metal demand development over time by illustrating the impacts of different aspects of technological change.
For over 15 years, businesses around the world have turned to the UN Global Compact to shape their corporate sustainability approach. We offer an extensive toolbox ranging from leadership engagement platforms to best practices and resources that will help your business embed the Ten Principles into your operations, identify new opportunities to advance the SDGs and partner with the United Nations.
Elsevier,

Current Opinion in Green and Sustainable Chemistry, Volume 8, 2017

An investigation of how the development of materials which can be formed, degraded and reformed into new materials can contribute to fulfill the expectations of eco-minded tourists who prefer hotels engaged in activities for protecting natural resources and working against waste accumulation, related to SDGs 9 and 12.
Venus and Alexandri present a model to bridge the organic waste sector and the chemical production sector to develop bio-based platform chemicals, showing connectedness of SDGs 9,11 and 12. Starting with an overview of some of the potential feedstock routes to bio-based platform chemicals, the authors provide an overview of the opportunities, value, production routes, and examples of companies producing these platform chemistries. They conclude with a number of technical and institutional challenges to bio-based platform chemical production as well as potential opportunities moving forward.
This article outlines a new chemical design strategy focused on Eastman Chemical’s development of a novel, green chemistry based solvent called Omnia. Innovating with intent aptly describes the interdisciplinary process Eastman took in developing and commercializing Omnia, from the early engagement of chemists and toxicologists to identify safe molecules, to the pilot testing for performance with a small scale formulator, to making the economic, performance, and sustainability case internally and externally. Perkins also notes some of the challenges of developing and commercializing a novel solvent and the critical need for early supply chain engagement given the high cost, time, and risk associated with bringing safer ingredients to market exploring issues related to SDGs 9 and 12.

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