Green Innovations in Sustainable Textile Processing (KEY IJP************134)

• Sangeeta Patil

Abstract

Green chemistry is a revolutionary approach that centers around creating products and processes with as few or negligible hazardous materials as possible. It emphasizes sustainability and environmental safety more than traditional chemistry, which frequently focuses on product yield and cost efficiency. This change is essential to solve the growing issues related to pollution and resource depletion. The textile industry, a significant contributor to environmental pollution, faces increasing pressure to adopt sustainable practices. This review explores and examines applications of green chemistry principles in textile production, including water-based processes, bio-based materials, and energy-efficient technologies. The review analyzes challenges such as cost implications, scalability and resistance to change within the industry. Emerging trends like closed-loop systems, advanced waste treatment methods, and smart textiles are discussed. It also evaluates strategies for implementing green chemistry, focusing on policy interventions, industry collaborations, and consumer awareness. Finally, it assesses the potential impact of green chemistry on reducing the textile industry's environmental footprint and promoting sustainable development. The findings suggest that while significant progress has been made, further research and innovation are needed to fully realize the potential of green chemistry in textiles.