Course explores the innovative methods to convert waste into valuable resources, supporting sustainability and resource efficiency. It covers biochemical, thermochemical, and physicochemical processes to produce bioenergy, biochar, and bioplastics, emphasizing circular economy principles. It is associated with the theme of the United Nations Sustainable Development Goals (SDGs) to achieve the circular economy by integrating waste management and energy production. It aims to provide a common platform for industry professionals, researchers, faculty, and policymakers to foster waste valorization technologies, circular economy integration, and develop innovative solutions .
We have professors with a deep understanding and they explain complex concepts in a clear and concise way.
Online classes are taken for a course in the same way that traditional classroom courses are taken.
The participants who finish the course will be awarded E-Certificates.
You can easily register for courses online. We are always available to help you with the registration process.
Waste Valorization Technologies for Circular Economy" explores innovative methods to convert waste into valuable resources, supporting sustainability and resource efficiency. The course covers biochemical, thermochemical, and physicochemical processes to produce bioenergy, biochar, and bioplastics, emphasizing circular economy principles. It is also associated with the theme of the United Nations sustainable development goals (SDG 6 and SDG 7) to achieve the circular economy by integrating waste management and energy production. It provides a common platform for industry professionals, researchers, faculty, and policymakers to foster waste valorization technologies.
Dr. Reeta Rani Singhania
Project Associate Professor,
College of Hydrosphere Science, NKUST, Taiwan
(Ranked top 2% Scientist in the word)
Dr. Anil Patel
Project Associate Professor,
College of Hydrosphere Science, NKUST, Taiwan (Ranked top 2% Scientist in the word)
Dr. Dipankar Pal
Assistant Professor in the Department of Chemical Engineering at the Indian Institute of Petroleum and Energy - Visakhapatnam
Course Status : | Registrations are Open |
Course Duration : | 8 weeks |
Course Timings : | 5 to 7 PM (2 hours every Saturday) |
Delivery Mode : | Online |
Registration Start Date: | 18-01-2025 |
Registration End Date: | 15-02-2025 |
Classes Start Date : | 22-02-2025 |
Examination Date: | to be announced |
Course explores the innovative methods to convert waste into valuable resources, supporting sustainability and resource efficiency. It covers biochemical, thermochemical, and physicochemical processes to produce bioenergy, biochar, and bioplastics, emphasizing circular economy principles. It is associated with the theme of the United Nations Sustainable Development Goals (SDGs) to achieve the circular economy by integrating waste management and energy production. It aims to provide a common platform for industry professionals, researchers, faculty, and policymakers to foster waste valorization technologies, circular economy integration, and develop innovative solutions
Topic | Time (h) |
---|---|
Overview of waste types and their sources, Global scenario of waste, characterization techniques for waste | 02 |
Overview of waste valorization technologies and Introduction to biofuels, Combustion/incineration technology, Reaction and stoichiometry | 02 |
Biorefinery vs refinery : Biorefinery concept for a circular bioeconomy | 02 |
Pyrolysis principles and products, pyrolysis reaction & mechanisms, pyrolysis types, controlling mechanisms during pyrolysis | 02 |
Gasification, gasification reaction & mechanisms, gasifiers types, energy estimation in gasification | 02 |
Introduction to algae-based biofuels, mechanism of microalgae growth, cultivation of microalgae for biofuel, harvesting, and processing methods | 02 |
Fundamentals of anaerobic digestion, fermentation processes, hydrothermal liquefaction and Process parameters optimization | 02 |
Case studies on waste-to-energy plants, Challenges faced during operation, Environmental challenges, and mitigation | 02 |