HYBRID MATERIALS AND NANOPROCESSES RESEARCH GROUP
Hybrid Materials and Nanoprocesses Research Group (HMNP) at the National Nanotechnology Center (NANOTEC) leads research and development in surface modification, nano-dispersion, and hybrid system design. Our focus is on transforming nanomaterials into functional systems whether in the form of membranes, coatings, fibers, or thin films to solve pressing industrial and environmental challenges.
Our work spans the entire spectrum of materials science and engineering: from synthesis and dispersion of functional nanomaterials to system-level integration and performance evaluation. By bridging the gap between nanoscience and industrial needs, we ensure that our technologies contribute directly to Thailand’s sustainable development in energy, environment, water, and manufacturing.
We believe that nanotechnology’s value lies not just in new discoveries, but in applicable solutions. That is why NHIC emphasizes scalability, manufacturability, and affordability, making our research relevant both to the laboratory and to the marketplace.
- Self-Cleaning Surfaces Developing coatings and membranes that resist fouling, dirt, and microbial contamination, reducing maintenance costs in textiles, construction, and packaging industries.
- High-Efficiency Solar Energy Engineering nanocoatings and hybrid photovoltaic systems that enhance light absorption, energy conversion, and stability under real-world conditions.
- Antimicrobial Nano-Coatings Designing safe and long-lasting coatings that inhibit bacterial and fungal growth for healthcare, packaging, and consumer goods.
- Nano-Dispersion in Liquid and Polymeric Phases Overcoming one of the biggest technical barriers, ensuring nanomaterials are evenly dispersed in solvents, gels, and polymers to maintain uniform performance and reproducibility.
- Energy-Efficient Desalination Systems Creating hybrid membranes with enhanced selectivity and permeability for sustainable water purification, addressing both industrial and community water needs.
The HMNP group positions itself at the intersection of sustainability, innovation, and industrial adoption. By tackling challenges in energy, clean water, and material durability, while simultaneously creating scalable nanohybrid systems, we help Thailand and the global community move toward a cleaner, smarter, and more resource-efficient future.
Through multidisciplinary collaboration spanning materials science, chemical engineering, textile technology, and renewable energy research, we aim to transform nanohybrids and coatings into real-world solutions that are practical, affordable, and sustainable.