Assessing the barriers of integrating technological innovations in textiles sector: Implications towards sustainable production

Md. Fahim Bin Alam , Md. Imran Hosen , Jaglul Hoque Mridha , Salman Enayet Chowdhury , Md. Arafat Rahman
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Abstract

With the aftermath of the pervasive COVID-19, the recent war between Ukraine and Russia, and the severity of the resource crisis, the global textiles industry has become a significant concern, especially for emerging economies. Technological advancements combining traditional manufacturing processes with cutting-edge technologies may safeguard the textile industry’s supply chain. To establish stability in the value chain of the textiles sector in emerging nations, it is crucial to precisely identify the relevant barriers to combining advanced technologies with traditional textile practices. Consequently, this study aims to determine the significant barriers to merging technological advancements with conventional textile practices and assess their relationships using an integrated framework. To highlight, measure, and analyze the hierarchical interconnections of the barriers to integrating technical innovations in the textile industry in the context of an emerging economy, this study combines fuzzy theory, Pareto analysis, and total interpretive structural modeling (TISM). Following that, the Matriced’ Impacts Cruoses Multiplication Applique a Un Classement (MICMAC) analysis, clusters of barriers, depending on their levels of driving and dependence power, were developed. Based on the literature review and feedback from experts, a total of 19 barriers were discovered, and Pareto analysis was applied to analyze the major and trivial barriers. Based on that analysis, a myriad of evaluations is done for the top barriers (13- to be precise), and their interrelationships have been investigated using fuzzy TISM-fuzzy MICMAC. Lack of government support policies and insufficient incentives, heavy taxation & inadequate capital investment have been identified as the most crucial barriers. The hierarchical model and study’s findings will assist leaders in the textile industry in applying key concepts in strategic planning and decision-making to successfully combine cutting-edge tools and technologies with traditional textile industry practices and ensure a sustainable global textile supply chain.

评估纺织部门整合技术创新的障碍:对可持续生产的影响
随着新冠肺炎的蔓延、乌克兰和俄罗斯之间最近的战争以及资源危机的严重性,全球纺织业已成为一个重大问题,尤其是新兴经济体。将传统制造工艺与尖端技术相结合的技术进步可能会保护纺织业的供应链。为了在新兴国家的纺织行业价值链中建立稳定,准确确定将先进技术与传统纺织实践相结合的相关障碍至关重要。因此,本研究旨在确定将技术进步与传统纺织实践相结合的重大障碍,并使用综合框架评估它们之间的关系。为了强调、衡量和分析新兴经济背景下纺织业技术创新整合障碍的层次关联,本研究结合了模糊理论、帕累托分析和总体解释结构建模(TISM)。在此之后,根据驱动力和依赖力的水平,进行了矩阵化的“影响Cruoses倍增应用非分类”(MICMAC)分析,形成了障碍集群。根据文献综述和专家反馈,共发现19个障碍,并采用Pareto分析法对主要和次要障碍进行分析。基于该分析,对顶部屏障(准确地说是13个)进行了大量评估,并使用模糊TISM模糊MICMAC研究了它们的相互关系。缺乏政府扶持政策,激励措施不足,税收过重;资本投资不足已被确定为最关键的障碍。该分层模型和研究结果将有助于纺织行业的领导者在战略规划和决策中应用关键概念,成功地将尖端工具和技术与传统纺织行业实践相结合,并确保可持续的全球纺织供应链。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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