转化式学习
危险废物
更安全的
绿色化学
可再生能源
可持续发展
可持续能源
工程伦理学
可持续设计
工程类
纳米技术
环境污染
环境规划
污染防治
工业生态学
清洁生产
化工产品
可持续生产
清洁能源
生化工程
业务
环境友好型
全球挑战
化学工业
工业生产
作者
Ramesh Madhukar Patekar
标识
DOI:10.22214/ijraset.2025.76312
摘要
Green Chemistry has emerged as a transformative approach within chemical sciences, emphasizing the design of environmentally benign materials, safer processes, and sustainable industrial technologies. Unlike traditional chemistry that manages pollution post-formation, Green Chemistry focuses on preventing the creation of hazardous substances at the molecular level. This review explores major advancements in green solvents, catalytic technologies, renewable feedstocks, and energy-efficient synthetic methodologies. Special emphasis is placed on the increasing industrial applications in pharmaceuticals, agriculture, polymer science, and clean energy sectors. The discussion also highlights current global challenges and future opportunities associated with sustainable chemistry. The review concludes that Green Chemistry now plays a crucial role in shaping eco-friendly manufacturing and offers promising prospects for achieving long-term environmental sustainability
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