Design Delight Studio

Summary: RETRACTED Article on Eco-Design Principles and Tools for Sustainable Manufacturing

Title: Eco-Design of Products and Processes: A Review on Principles and Tools for Sustainable Manufacturing
Authors: Tejendra Singh Singhal, Jinesh Kumar Jain, et al.
Publication: E3S Web of Conferences, March 2024 (Retracted)
DOI: 10.1051/e3sconf/202450501033

Overview

This article, now retracted due to ethical concerns including citation manipulation and improper referencing, originally aimed to provide a comprehensive review of eco-design principles and tools critical for advancing sustainable manufacturing. Despite its retraction, the general concepts outlined remain valuable in the domain of environmental product design.

Core Concepts of Eco-Design for Sustainable Manufacturing

• Eco-design Definition: A design approach focused on reducing the environmental impact of products and manufacturing processes throughout their entire lifecycle, from raw material extraction to end-of-life disposal.
• Objectives: To minimize resource use, waste, and emissions; promote renewable resources; and enhance energy and material efficiency.

Key Principles Highlighted

• Lifecycle thinking to evaluate environmental impacts at each stage of product development.
• Incorporation of renewable materials.
• Waste and emission reduction strategies.
• Improvement of material use and energy efficiency.

Tools and Methods Discussed

• Life Cycle Assessment (LCA): An analytical tool to assess environmental impacts associated with all stages of a product’s life.
• Design for Environment (DfE): Design methodology aimed at reducing harmful environmental effects during product lifecycle.
• Environmental Management Systems (EMS): Frameworks that help organizations manage and improve overall environmental performance systematically.

Challenges Identified

• Necessity of cross-functional collaboration within organizations.
• Data and resource availability hurdles.
• Complexity of global supply chains impacting effective implementation.

Practical Implications for Organizations

• Adoption of LCA and eco-labeling to inform sustainable decisions.
• Use of DfE principles to innovate products with lower environmental footprints.
• Deployment of EMS to streamline environmental compliance and continuous improvement.

Retraction Notice and Ethical Considerations

• The article was retracted in 2024 by the publisher for breaches of publishing ethics, including citation manipulation.
• This retraction underscores the importance of integrity and transparency in sustainability research to preserve credibility and trust in scientific findings.

Why This Matters for Sustainable Product Design

Eco-design remains a fundamental strategy in reducing the environmental burden of manufacturing. While this particular review paper has been withdrawn, the principles of lifecycle assessment, environmentally conscious design, and systematic environmental management continue to be pillars for sustainable manufacturing innovation.

For professionals and businesses pursuing sustainable product development, integrating validated eco-design tools alongside transparent research practices is essential for driving authentic, long-term environmental benefits.

Keywords: Eco-design, sustainable manufacturing, life cycle assessment, design for environment, environmental management systems, material efficiency, waste reduction

For further ethical research and trustworthy guidelines on eco-design, refer to established journals and organizations committed to sustainability and publishing integrity.

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