Applied Nanobiotechnology for Sustainable Biochemicals and Biofuels

• Introduce participants to the fundamentals of nanobiotechnology and its applications.
• Explore the use of nanotechnology in the production of biochemicals, biofuels, and biomaterials.
• Develop practical skills in handling and manipulating nano-materials and nano-instruments.
• Enhance understanding of the safety and regulatory aspects of nanobiotechnology.
• Foster critical thinking and problem-solving skills in a nanobiotechnology context.
• Encourage innovation and creativity in developing new nanobiotech solutions.
• Prepare participants for advanced studies or careers in nanobiotechnology.
• Promote collaboration and networking among professionals and academics in the field.

Day 1: Nanobiotechnology in Biochemical Production

• Introduction to Nanobiotechnology: New Insights

  • Fundamentals and recent advancements

  • Role in industrial biotechnology

• Applications in Biochemical Production

  • Strategies and case studies

• Production of Industrial Biochemicals via Nanobiotech

  • Glucose: Enzymatic pathways and nanoscale catalysis

  • Levulinic Acid: Biomass conversion with nanomaterials

  • Furfural: Hemicellulose-derived nanocatalytic processes

  • Hydroxymethylfurfural (HMF): Green synthesis approaches

  • Furan Dicarboxylic Acid (FDCA): Polymer precursor from biomass

Day 2: Nanobiotechnology in Biofuel Generation

• Overview: Nanobiotechnology for Renewable Energy

  • Sustainable alternatives to fossil fuels

• Targeted Biofuel Production

  • Formic Acid: Electrochemical and biocatalytic conversions

  • Biodiesel: Nano-enhanced enzymatic transesterification

  • γ-Valerolactone (GVL): Bio-based solvents and fuel additives

  • Hydrogen: Photocatalytic and microbial nanotechnology methods

Day 3: Nanobiotechnology for Biomaterials and Bioplastics

• Production of Functional Biomaterials

  • Bioengineering for structural and functional diversity

• Key Biomaterials from Biomass

  • 1,3-Propanediol: Nanobioprocesses for high-purity production

  • Biodegradable Plastics: Polylactic acid (PLA), PHA, and nano-additives

  • Lignin Valorization: Nano-enabled lignin transformation into advanced materials

• Mastery of fundamental concepts in nanobiotechnology.
• Ability to apply nanotechnology techniques to biochemical, biofuel, and biomaterial production.
• Skills to innovate and improve product efficiency using nanoscale materials.
• Enhanced understanding of the environmental impacts of nanobiotechnological applications.
• Proficiency in using specialized equipment and methodologies specific to nanobiotechnology.
• Improved problem-solving skills in interdisciplinary contexts.
• Preparation for advanced research or career opportunities in nanobiotechnology industries.

• Undergraduate or graduate degree in Biotechnology, Chemical Engineering, or related scientific disciplines.
• Industry professionals currently working in biochemical, biofuel, or biomaterial production.
• Researchers with a focus on nanotechnology or its application in industrial processes.
• Academics specializing in biotechnology, nano-engineering, or sustainable manufacturing.
• Students currently enrolled in relevant postgraduate programs looking to enhance their practical knowledge.
• Technical staff from research labs or industrial facilities seeking to upgrade their skills.
• Entrepreneurs interested in exploring nanobiotechnology for new business opportunities.
• Policy makers or regulators focused on environmental sustainability and industrial innovations.