首脑会议
持续性
赔偿
绿色化学
工程伦理学
化学
政治学
范围(计算机科学)
管理科学
工程类
计算机科学
生态学
法学
有机化学
离子液体
自然地理学
生物
地理
催化作用
程序设计语言
摘要
As chemistry evolves, priorities must be identified and incorporated to guide chemists toward a sustainable future. When applied, the 12 principles of Green Chemistry deliver both environmental and economic benefit and logically should be adopted in every industrial and academic chemistry endeavour. In the main, this has not happened. While Green Chemistry philosophy has been generally accepted by the scientific community, technical Green Chemistry evolution through education, investment, and exemplification has yet to achieve the appropriate attention and effort. Three critical opportunities exist that can be used to redress this state of affairs and provide the necessary Green Chemistry evolution: improving engagement and support of business and academic leaders, enhancing education and technical guidance, and evolving toward proactive and pragmatic regulatory policies. Seizing these opportunities is an imperative start toward cresting a Green Chemistry summit that descends toward ultimate sustainability.
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