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Book Summary
About the Book: Convergence of Nanotechnology for Renewable Energy
Convergence of Nanotechnology for Renewable Energy explores the innovative
relationship between nanotechnology and bioenergy, offering potential
breakthroughs that could change how we produce, store, and use energy
sustainably.
Since biofuel production is expected to advance and new research fields provide
green alternative energy sources, biofuels as renewable energy sources have a
great potential to replace fossil fuels in the energy scenario of the future.
Worldwide, on-going attempts are being undertaken to produce biofuels at a cost
that is affordable in order to balance the techno-economy. Use of nanomaterials
to increase biofuel production efficiency is a highly growing
- ISBN-13
- 9789372195125
- Language
- Engllish
- Binding
- Hard Bound
- Publisher
- NIPA
- Publishing Date
- 2025
- Total Pages
- 364
Convergence of Nanotechnology for Renewable Energy
by Dan Bahadur Pal, Amit Kumar Rathoure (Author),
NIPA (Publisher)
fictionfantasyyoung adultaward winning
Frequently bought together
Total for 3 items₹3667₹4135You save ₹468
Product Specifications
Book Summary
About the Book: Convergence of Nanotechnology for Renewable Energy
Convergence of Nanotechnology for Renewable Energy explores the innovative
relationship between nanotechnology and bioenergy, offering potential
breakthroughs that could change how we produce, store, and use energy
sustainably.
Since biofuel production is expected to advance and new research fields provide
green alternative energy sources, biofuels as renewable energy sources have a
great potential to replace fossil fuels in the energy scenario of the future.
Worldwide, on-going attempts are being undertaken to produce biofuels at a cost
that is affordable in order to balance the techno-economy. Use of nanomaterials
to increase biofuel production efficiency is a highly growing
Book Specifications
- ISBN-13
- 9789372195125
- Language
- Engllish
- Binding
- Hard Bound
- Publisher
- NIPA
- Publishing Date
- 2025
- Total Pages
- 364