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Case 8: Main Focus on this case | 重要焦点

"Color Without Pigments" introduces a groundbreaking approach to producing color by emulating natural structures found in animals like butterflies and beetles, eliminating the need for chemical pigments. The global pigment market, worth $20 billion, relies heavily on titanium dioxide, which is energy-intensive to produce and generates significant waste. Professor Andrew Parker from Oxford University has developed a technique that uses multi-layered biological materials to create colors without toxic chemicals. Applications of this pigment-free color technology range from anti-counterfeiting to luxury items and promise substantial market potential in sectors like crystals and plastics. This innovation not only provides an alternative to traditional pigments but also reduces waste, promoting more sustainable production and consumption patterns.


《無色素的色彩》探討了一項革新技術,這項技術通過仿效蝴蝶、甲蟲和孔雀等動物生成無需色素的色彩效果,旨在減少傳統顏料的環境影響。全球色素市場達200億美元,以二氧化鈦為主要色素來源,但其製造過程能耗高且產生大量廢物。英國牛津大學的Andrew Parker教授研究了如何通過多層生物材料結構來生成色彩,無需有毒化學物質。這種無色素的色彩技術已應用於防偽技術和奢侈品,並且在水晶和塑料製品等領域展現出市場潛力。這項創新不僅能替代傳統色素,還可降低廢物排放,從而推動更可持續的生產和消費模式。

United Nations Sustainable Development Goals | 联合国可持续发展目标

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Case 8: Contents | 案例内容

多种语言版本 | More Languages

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市场

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创新

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第一笔资金流

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机遇

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Case 8: Contents

Case8 : Reference Books | 参考书籍

Reference Books | 参考书籍

Case8 : Reference Videos | 参考视频

Reference Videos | 参考视频

Case8 : Reference Websites | 参考网站

Reference Websites | 参考网站

Case8 : To be organised

8. Color without Pigments.pages

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Case 8: Edutainment Activities | 寓教于乐

Education Activities

Case 8: Legal Advice | 法务建议

Case 8: Legal Advice