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The Role of the Corrosion Engineer in Contributing Towards the United Nations Sustainable Development Goals

Picture for The Role of the Corrosion Engineer in Contributing Towards the United Nations Sustainable Development Goals
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The United Nations Sustainable Development Goals (SDGs) were developed in 2015 as a blueprint to achieve a better and more sustainable future for all. They address the global challenges we face, including those related to poverty, inequality, climate, environmental degradation, prosperity, and peace and justice.  The seventeen SDGs interconnect and a number of the goals are affected by corrosion processes and material choices. This paper aims to address these particular goals by providing examples of how the wise application of material sustainability, material stewardship and corrosion management principles can help improve progress towards meeting the goals. Furthermore, this paper is intended to underline the positive financial benefits to industry and governments when corrosion management practices are properly applied. 

Product Number: 51320-14605-SG
Author: A.I. (Sandy) Williamson, Monica Hernandez, Carlos Arroyave
Publication Date: 2020
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Picture for Materials Stewardship: A Framework for Managing and Preserving Materials in the Circular Economy
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51318-10832-Materials Stewardship: A Framework for Managing and Preserving Materials in the Circular Economy

Product Number: 51318-10832-SG
Author: Christopher Taylor / Andrea N. Sánchez Sours
Publication Date: 2018
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Materials stewardship is an informed approach to materials management that addresses the maintenance of the material during product ownership and the “second life” of the material after its present use expires.
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Applying Lessons from Welding to Large Scale Metal Additive Manufacturing

Product Number: MPWT19-15370
Author: Michael Kottman, Mark Douglass, Badri K. Narayanan
Publication Date: 2019
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Direct energy deposition processes that utilize wire feedstock have been deployed to deposit and fabricate near net shape functional metal parts at high deposition rates. Is this just multi-pass welding or is there more to it? Should the material requirements for additive be the same as those defined for welding? Is weld quality the same as part quality? A large metal additive part fabricated using a robotic wire arc additive system will be used to demonstrate the similarities and identify critical differences between essential variables for welding and additive manufacturing. The opportunities for both welding and additive manufacturing to learn and leverage one another to develop unique and novel materials, process controls and further fundamental understanding of metal deposition processes will be outlined.
Evaluation of Coatings and Linings for Wastewater Environments
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Evaluation of Coatings and Linings for Wastewater Environments

Product Number: 41207-362-SG
Author: Robert Murphy
Publication Date: 2007
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Many challenges face today's coatings specifiers in selecting high performance coatings and linings. New formulations are being developed to meet changing performance needs and also future VOC requirements. Evaluation of these "new" coatings and linings can be difficult. It is the purpose of this paper to look at past, current and future coating evaluation methods in order to develop a testing protocol that can be used to assist in the selection of high performance coatings and linings for wastewater environments.
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