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Green chemistryGreen chemistry plays a pivotal role in advancing sustainabilitySustainability goals by integrating environmentally benign principles into chemical processes. As industries seek sustainable alternatives to conventional methods, green chemistry emerges as a transformative approach that minimizes waste, reduces energy consumption, and replaces hazardous reagents with safer, renewable alternatives. This chapter explores the intersection of green chemistry and industrialIndustrial biotechnologyIndustrial biotechnology, emphasizingBiotechnology its contribution to the sustainable production of platform chemicalsPlatform chemicals from organic wasteOrganic waste. By leveraging green chemistry principles, microbialMicrobial and enzymatic processes can efficiently convert biomass into high-value chemicals, mitigating environmental impactEnvironmental impact while enhancing resource efficiency. This shift aligns with circular economyCircular economy objectives, where waste streams serve as feed stocks for biotechnological innovation, reducing dependence on fossil-based raw materials. The integration of green solvents, catalytic efficiency, and process intensification further strengthens the sustainabilitySustainability of these transformations. This chapter critically examines recent advancements in green chemical processes, including solvent-free reactions, bio-based catalysts, and energy-efficient synthesis strategies, highlighting their role in industrial scalability and economic feasibility. Moreover, it discusses policy frameworks and regulatory incentives driving the adoption of sustainable chemical practices in the biotechnological sector. By presenting a comprehensive analysis of how green chemistryGreen chemistry facilitates the valorization of organic wasteOrganic waste, this chapter underscores its significance in addressing global challenges related to waste managementWaste management, resource scarcity, and climate change. Through interdisciplinary collaboration, green chemistry and industrialIndustrial biotechnologyIndustrial biotechnology paveBiotechnology the way for a more sustainable and resilient future.

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The Role of Green Chemistry in Achieving Sustainability Goals

  • 章节

  • 发表日期：

    2026年

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  • Ch. Venkateswara Rao,
  • V. L. N. Balaji Gupta Tiruveedhi,
  • Sri Sudewi,
  • Hui-Fen Wu,
  • Myung-Geol Pang,
  • Gangaraju Gedda

摘要

Green chemistryGreen chemistry plays a pivotal role in advancing sustainabilitySustainability goals by integrating environmentally benign principles into chemical processes. As industries seek sustainable alternatives to conventional methods, green chemistry emerges as a transformative approach that minimizes waste, reduces energy consumption, and replaces hazardous reagents with safer, renewable alternatives. This chapter explores the intersection of green chemistry and industrialIndustrial biotechnologyIndustrial biotechnology, emphasizingBiotechnology its contribution to the sustainable production of platform chemicalsPlatform chemicals from organic wasteOrganic waste. By leveraging green chemistry principles, microbialMicrobial and enzymatic processes can efficiently convert biomass into high-value chemicals, mitigating environmental impactEnvironmental impact while enhancing resource efficiency. This shift aligns with circular economyCircular economy objectives, where waste streams serve as feed stocks for biotechnological innovation, reducing dependence on fossil-based raw materials. The integration of green solvents, catalytic efficiency, and process intensification further strengthens the sustainabilitySustainability of these transformations. This chapter critically examines recent advancements in green chemical processes, including solvent-free reactions, bio-based catalysts, and energy-efficient synthesis strategies, highlighting their role in industrial scalability and economic feasibility. Moreover, it discusses policy frameworks and regulatory incentives driving the adoption of sustainable chemical practices in the biotechnological sector. By presenting a comprehensive analysis of how green chemistryGreen chemistry facilitates the valorization of organic wasteOrganic waste, this chapter underscores its significance in addressing global challenges related to waste managementWaste management, resource scarcity, and climate change. Through interdisciplinary collaboration, green chemistry and industrialIndustrial biotechnologyIndustrial biotechnology paveBiotechnology the way for a more sustainable and resilient future.