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Can I read Potential of Renewable Agricultural Wastes in the Smart and Sustainable Steelmaking Process on EtoBox?
Potential of Renewable Agricultural Wastes in the Smart and Sustainable Steelmaking Process by Ishani Shukla is a Environmental Science article available to read on EtoBox.
What is Potential of Renewable Agricultural Wastes in the Smart and Sustainable Steelmaking Process about?
The iron and steel industries are major players in economic development, however, pose a challenge to the environment due to the huge emission of greenhouse gases. Further, the depletion of fossil fuels makes a way for renewable energy sources. In this direction, biomass sources including agricultural wastes appear to be one of the alternatives to address the above challenges of fossil fuel scarcity and greenhouse gases. The lignocellulose biomasses are rich in carbon contents (39-57%). The agricultural wastes are being converted to biochar, bio-oil and syngas through thermochemical conversion to enhance heating values and fuel properties and applied to different plants in the iron and steel industries. The present review systematically focuses on smart technologies based on renewable energy concepts and waste heat recovery. The potential and scope of renewable biomasses to be utilized in the iron and steel making industries are deliberated. The characteristics of biomasses and their thermochemical conversion into value-added fuels are described. The concepts of waste heat recovery from the different sections of steelmaking processes for this conversion are outlined. The thermochem
Who reads Potential of Renewable Agricultural Wastes in the Smart and Sustainable Steelmaking Process?
It is typically read by researchers, students, and practitioners in Environmental Science.
- Author
- Ishani Shukla
- Publisher
- Elsevier BV
- Published
- 2022
- Language
- EN
- Field
- Environmental Science (Physical Sciences)