Black turmeric starch-based bioplastics reinforced with Silver and graphene nanoparticles to enhance its antimicrobial and conducting properties Ref.No.SSTCRC2578
1. Introduction
This research proposes the development of a novel, biodegradable bioplastic using black turmeric starch embedded with silver and graphene nanoparticles. By precisely controlling the size and distribution of Ag Nps and graphene Nps within the starch matrix, the electrical conductivity of the composite material can be systematically tuned and antimicrobial properties can be enhanced. To characterize and analyse these composites, static light scattering (SLS) techniques will be employed, providing insights into the dispersion and -interaction of nanoparticles within the bioplastic. The collected light scattering data will be used to train machine learning models aimed at classifying materials and enhancing their performance. By analysing the electrical and structural characteristics of each composite, these AI-driven algorithms will assess their potential for targeted applications. This smart integration may support the creation of sustainable and adaptable platforms, with potential uses spanning antimicrobial coatings, bioelectronic devices, biosensing tools, and future-oriented drug delivery systems.
2. Research Progress
An Indian patent related to this work has been filed. We are currently in the initial phase of bioplastic fabrication. Additionally, we have developed a static light scattering device, aiming to incorporate more optical elements for the quantification of all Mueller matrix elements. While our institute has extended modest financial support to sustain preliminary investigations, we require substantial funding to accelerate progress, as this project is primarily experimental in nature and promising in terms of applications.
3. Cooperation Required
-Data processing
-Collaborations
-Support for publications
-Financial assistance
4. Benefits and Outputs
The project may support the creation of sustainable biopolymers with Black turmeric, having potential uses spanning antimicrobial coatings, bioelectronic devices, biosensing tools, and future-oriented drug delivery systems.
-Peer reviewed publication in impactful journals.
-Technical Patent