Dr. Neha Srivastava is a Research Scientist at the Department of Chemical Engineering and Technology, IIT (BHU) Varanasi, India, with 14 years of research experience. She is a globally recognized researcher in the areas of waste biorefineries, bioprocess and microbial technology, and green nanotechnology. Dr. Srivastava has published over 100 SCI and SCOPUS-indexed publications and 25 books, with 7 ongoing book series where she serves as Series Editor. She is also ranked among the world’s top 2% scientists by Stanford University’s study, with an H-index of 35.
Interests: Waste biorefineries and resources, bioprocess & microbial technology, green nanotechnology and sustainable process development.
nanofibers, sustainable process and products, environmental sciences, waste management and pollution control, green materials, climate change and global sustainability
microbial and enzyme resource mining and industrial application, synthetic biological technology and environmental health, high-value utilization of agricultural and forestry waste biomass resources, natural product synthesis and metabolic regulation and its application in environmental restoration, biomedicine, and functional food
Universidade Federal dos Vales do Jequitinhonha e Mucuri (UFVJM)
Diamantina
Brazil
Interests:
industrial biotechnology, particularly in the biotechnological production of ingredients, bioprocess development, and optimization, and the utilization and valorization of agro-industrial by-products
eco-friendly, green & sustainable avenues for the synthesis of novel functional nanomaterials from medicinal plants for biomedical and environmental applications
Department of Electrical and Electronic Engineering
International University of Business Agriculture and Technology (IUBAT)
Dhaka
Bangladesh
Interests:
deep specialization in all renewable energy sources, particularly solar energy, energy production and consumption, air pollution, water pollution, thermal pollution, CO2 emissions, the intersection of energy systems with cutting-edge technologies, including using artificial intelligence (AI) for optimization and innovation in energy systems
encapsulation, crystal structure, nanotechnology in drug
delivery, targeted drug delivery, pharmaceutics and pharmaceutical technology, nano
drug delivery, controlled drug delivery
formulation of medicines, lipid-based drug delivery, self-nano emulsifying systems, conversion of liquid into solid dosage form, Spray drying and fluid bed coating techniques, FDM 3D designed printed dosage form
climate change and health, sustainable development, environmental and occupational health, implementation research, behavioural change in healthcare, sanitation and hygiene, public health systems, systematic reviews
biocatalysts for industrial applications, regenerative medicine and tissue engineering, biopolymers for phytoprotection, nanobiomaterials for medical and environmental applications, nano-bio interfacial interactions; green nanotechnology, biomolecule immobilization, polymeric nanocomposites
green innovation processes, digital transformation, green manufacturing, environmental sustainability, algorithms, and optimization, healthcare big data
nanocatalysis, energy production and storage, 2D nanomaterials, green synthesis, food packaging materials, metal nanoparticle and nanocomposite development, electrochemical/photophysical processes
recombinant proteins production, bioprocess development and optimization, fermentation technology, industrial biotechnology, bioreactor design, microbial biopolymer, biorefinery, solid state fermentation, biocomposite fabrication and characterization, bacterial cellulose production and application
