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Waste to Wealth: Technologies for a Circular Economy




OBJECTIVE OF THE COURSE:


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.

  • Familiar with different types of waste, global scenarios, and characterization techniques
  • Understand waste valorization principles and circular economy integration.
  • Develop innovative solutions for sustainable waste management.
  • Provide exposure to practical problems and their solutions through case studies

COURSE PARTICIPATION FEES (INR): For South-Asian Countries

The participation fees for taking the course are as follows:

  • Students (Bachelors, Masters): 1000/- + 18% GST per person
  • PhD Scholars: 2000/- + 18% GST per person
  • Faculty: 4000/- + 18% GST per person
  • Postdoc: 4000/- + 18% GST per person
  • Industry Participants: 15000/- + 18% GST per person
  • A special 10% discount for a group of 3 to 8 participants
  • Special Scheme for Academia (students, faculty, and postdocs): Free registration for 1 participant in a group of 10 participants and a letter of appreciation to the institute/department.

COURSE PARTICIPATION FEES (USD): For Foreign Applicants from other than South-Asian Countries

The participation fees for taking the course are as follows:

  • Students (Bachelors, Masters): 50 US$ including taxes per person
  • PhD Scholars: 125 US$ including taxes per person
  • Faculty: 180 US$ including taxes per person
  • Postdoc: 180 US$ including taxes per person
  • Industry Participants: 360 US$ including taxes per person
  • A special 10% discount for a group of 3 to 8 participants
  • Special Scheme for Academia (students, faculty, and postdocs): Free registration for 1 participant in a group of 10 participants and a letter of appreciation to the institute/department.

COURSE COORDINATOR:


You Should Attend If you are

  • Executives, Engineers, and Researchers from industries, service, and government organisations, including R&D laboratories.
  • Students at all levels (BTech, MSc, MTech, PhD) from reputed academic and technical institutions.
  • Faculty Members from reputed academic and technical institutions
  • Students who would like to pursue their career in Waste to Wealth: Technologies for a Circular Economy

Foreign Experts:

Dr. Reeta Rani Singhania

Dr. Reeta Rani Singhania

Project Associate Professor,
College of Hydrosphere Science, NKUST, Taiwan (Ranked top 2% Scientist in the word)

Dr. Ravi Chandra Dutta

Dr. Anil Patel

Project Associate Professor,
College of Hydrosphere Science, NKUST, Taiwan (Ranked top 2% Scientist in the word)


Invited Speaker:

Dr. Ravi Chandra Dutta

Dr. Dipankar Pal

Assistant Professor in the Department of Chemical Engineering at the Indian Institute of Petroleum and Energy - Visakhapatnam


Eligibility criteria

  • Executives, engineers, and researchers from manufacturing, service, and government organizations, including R&D laboratories.
  • Student (BTech/MSc/MTech/PhD), PDF and Faculty
  • Important Dates:

  • Registrations starts on: 18-01-2025
  • Registrations closes on: 15-02-2025
  • Course starting date: 22-02-2025

  • Enrollment PROCESS:


  • Click Here to Sign-up with your Email
  • Go to the provided link and follow the instructions to register and enroll for the course.

  • HAVE QUESTIONS? CONTACT US

    For any queries on the registration and course-related matters contact:
    Prof. RaviKumarSonwani
    Mob: +91 9454643826
    Email: ravikumar.che@iipe.ac.in






    Summary


    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
    Certificate will be provided

    Course Overview

    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


    LEARNIG OUTCOMES

    The participation fees for taking the course are as follows:

    • Understand the principles of waste valorization and circular economy.
    • Identify and evaluate waste-to-value technologies.
    • Design systems for producing bioenergy and value- added products from waste.
    • Apply knowledge through real-world case studies and industry practices.

    Course content and schedule

    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