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Digital Twins for a Sustainable Textile Industry: A Critical Analysis of Unexplored Applications and Future Directions

Radostina A. Angelova

2025Textiles5 citationsDOIOpen Access PDF

Abstract

Digital Twin (DT) models are gaining attention as promising tools for improving efficiency, sustainability, and responsiveness in textile manufacturing. This paper provides a critical review of existing DT applications and outlines seven underexplored areas where such systems could offer tangible benefits. By linking DT models with real-time data, textile producers can optimise energy usage, reduce production errors, enhance machine reliability, and accelerate decision-making processes. Moreover, DTs offer long-term opportunities for smarter waste management, personalised production with lower return rates, and better workforce training. The paper concludes with stakeholder-specific recommendations, such as integrating digital product passports for recyclability, and calls for a cross-disciplinary approach to digital transformation in the sector. These findings offer practitioners a roadmap for adopting DT technologies not only as monitoring tools but as strategic enablers for circularity, agility, and competitiveness.

Topics & Concepts

Production (economics)EngineeringTextileProduct (mathematics)Digital transformationWorkforceIndustry 4.0Manufacturing engineeringProcess managementTextile industryEmerging technologiesSustainabilitySustainable productionKnowledge managementSystems engineeringRisk analysis (engineering)EnablingEngineering managementComputer scienceNew product developmentBusinessFlexibility (engineering)Efficient energy useDigital Transformation in IndustryAdditive Manufacturing and 3D Printing TechnologiesSustainable Supply Chain Management
Digital Twins for a Sustainable Textile Industry: A Critical Analysis of Unexplored Applications and Future Directions | Litcius