Welcome to CNMSE

Our group is dedicated to advancing cutting-edge research, teaching, and learning in the realm of carbon nanomaterials, with a particular focus on emerging nanosystems. Our primary objectives include the development of innovative strategies for the large-scale synthesis and characterization of various new materials, notably Graphite nanoplates, Carbon Nanotubes, Graphene, Carbon quantum dots, MXene, Boron Nitride, inorganic fullerenes, and their diverse derivatives.

One of our key initiatives involves the exploration of environmentally sustainable practices for the synthesis of nanomaterials. We are committed to utilizing readily available resources, such as biomass waste, e-waste, and industrial waste, to produce these nanomaterials cost-effectively. Our research extends to the development of polymer nanocomposites tailored for extreme environments. This includes dedicated applications in industries such as oil and gas, aerospace, and defense. Our interdisciplinary approach aims to create durable and high-performance materials that can withstand the rigors of demanding operational conditions.

A flagship aim at our center is the transformation of seawater into potable water using advanced nanomaterials. This endeavor aligns with our vision of addressing global challenges related to water scarcity. Through the application of nanotechnology, we strive to develop efficient and sustainable methods for converting seawater into safe drinking water.

Current Research Activities at CNMSE

New Materials: Fabrication, Characterization, and Large-Scale Production Strategy

• MXene, Graphene, Graphene Oxide, Boron Nitride, Carbon nanotubes etc. 

• Development of innovative materials with a focus on scalable production techniques.

• Comprehensive characterization to understand and optimize material properties.

Nanofilter Development for Seawater Desalination

• Design and development of advanced nanofilters.

• Detailed analysis of nanofilter efficiency and performance in seawater desalination applications.

Carbon Dioxide Capture and Conversion to Value-Added Products

• Research on efficient methods for capturing carbon dioxide.

• Conversion of captured carbon dioxide into valuable products, enhancing sustainability.

Carbon Nanostructures for Defense and Aerospace Applications

• Investigation of carbon nanostructures to improve fatigue resistance and crack propagation.

• Thermo-mechanical analysis of materials under extreme conditions for defense and aerospace uses.

Composite Materials for Next-Generation Technologies

• Development of composite materials designed for harsh environments, including high temperature and high pressure.

• Focus on materials that enhance performance and reliability in extreme conditions.

Biomass to Carbon Nanomaterials for Structural Applications

• Conversion of biomass into carbon nanomaterials.

• Application of these nanomaterials in structural contexts, aiming for sustainability and performance.

                                                       Our New Processing Techniques, Prototypes, Scalable Products, & Tangible Research Outputs