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Environmental sustainabilityEnvironmental sustainability and efficient resource recoveryResource recovery are prioritized in waste engineeringWaste engineering, which includes the safe handling, treatment, and disposal of wastes. Biotechnology has contributed tremendously to all aspects of the development of high-level machines and machinery, and to key process optimizations for waste managementWaste management across sectors such as agriculture, food industries, chemical sectors, and the medical field. BioremediationBioremediation, waste valorizationWaste valorization, and wastewater treatmentWastewater treatment result in efficiency and sustainabilitySustainability and play a key role in making the environment sustainable. Other recent developments in biotechnology include the extraction of metals from industrial waste, the development of biofuelsBiofuel, the production of bioplastics and bio-based products from solid waste, and the application of genetic engineering principles to produce advantageous microbial strains that effectively perform bioremediationBioremediation processes. The chapter provides a summary of biotechnologyBiotechnology Innovations applications in waste engineeringWaste engineering, with a focus on both conventional waste managementWaste management methods and more modern biotechnological approaches.

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Biotechnology Innovations in Waste Engineering: A Sustainable Future

  • 章节

  • 发表日期：

    2026年

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  • Munuru Srikanth,
  • Shaik Sharmila Begum,
  • Mollety Bharati,
  • Kasi Murala,
  • Amjuri Sinduja,
  • Manyasree Dekonda,
  • L. Uma Tulasi,
  • R. V. Geetha

摘要

Environmental sustainabilityEnvironmental sustainability and efficient resource recoveryResource recovery are prioritized in waste engineeringWaste engineering, which includes the safe handling, treatment, and disposal of wastes. Biotechnology has contributed tremendously to all aspects of the development of high-level machines and machinery, and to key process optimizations for waste managementWaste management across sectors such as agriculture, food industries, chemical sectors, and the medical field. BioremediationBioremediation, waste valorizationWaste valorization, and wastewater treatmentWastewater treatment result in efficiency and sustainabilitySustainability and play a key role in making the environment sustainable. Other recent developments in biotechnology include the extraction of metals from industrial waste, the development of biofuelsBiofuel, the production of bioplastics and bio-based products from solid waste, and the application of genetic engineering principles to produce advantageous microbial strains that effectively perform bioremediationBioremediation processes. The chapter provides a summary of biotechnologyBiotechnology Innovations applications in waste engineeringWaste engineering, with a focus on both conventional waste managementWaste management methods and more modern biotechnological approaches.