IN-202541032618-A - GLUTAMIC ACID-BASED BIOPLASTIC PRODUCTION USING TOMATO
Abstract
ABSTRACT This invention relates to the development and production of a biodegradable bioplastic derived from glutamic acid. Glutamic acid, a naturally occurring amino acid, serves as a key component in the formulation of sustainable polymer materials. The process involves the extraction and polymerization of glutamic acid, either f~om natural sources or as a by-product of agroindustrial waste, to create an eco-friendly plastic alternative. The resulting bioplastic exhibits desirable mechanical strength, flexibility, and biodegradability, making it suitable for applications in packaging, biomedical materials, and other sustainable product developments. It falls within the fields of polymer science, green chemistry, and sustainable materials, focusing on ceo-friendly alternatives to conventional plastics. This invention explores the utilization of glutamic acid, derived from natural or agro-industrial sources, to create bioplastics with enhanced biodegradability and mechanical properties. The application of this technology ?extends to packaging, biomedical materials, and other environmentally sustainable products, contributing to the reduction of plastic waste and the advancement of renewable material innovations it falls under the fields of polymer science green chemistry and sustainable materials, focusing on creating ceo-friendly alternatives to conventional plastics.This invention utilizes glutamic acid, sourced from natural or agro-industrial waste, to produce bioplastics with enhanced biodegradability and mechanical properties. The innovation aims to Cll reduce plastic pollution and promote sustainable material development for applications in packaging, biomedical fields, and other industries.
Inventors
- DARSHANA S
- VAISHNAVI PRIYA K
- YASHIKA SRI E
- YOGAVARSHINI S
- DR TSHANNILA RAJ
Dates
- Publication Date
- 20250418
- Application Date
- 20250402
- Priority Date
- 20250402
Claims (5)
- CLAIMS:-Q)C)IllD..Q)-1- NE....0-LL. CIO .....(0NM0 .....-::1'1.1')N0~1.1').".".'.".M!:21.1')N0~....c.<(pAT.t:l..!T... j ~ _l. ~ .t't- JN0•:• Claim 1 - Glutamic acid is an essential biopolymer precursor , extracted and purifiedfrom tomatoes through hydrolysis, filtration, and centrifugation.•:• Claim
- 2 -The extracted glutamic acid is combined with plasticizers and other additives,enhancing the mechanical strength, flexibility, and thermal stability of the bioplastic.•:• Claim
- 3 -The formulated bioplastic undergoes casting, molding, and curing, resultingin the formation of biodegradable films or molded products.•:• Claim
- 4 - The produced bioplastic demonstrates high biodegradability and structuralintegrity , making it a sustainable alternative to conventional petroleum-based plastics.•:• Claim
- 5 - The bioplastic can be optimized for large-scale production and industrialapplications, ensuring ceo-friendly and commercially viable material development."These findings demonstrate the feasibility of utilizing tomato-derivedglutamic acid as a sustainable and biodegradable alternative for bioplastic production,offering a promising solution to reducing .plastic waste. and. promoting eco,friendlymaterials".
Description
Complete SpecificationFIELD OF INVENTIONThe present invention relates to the field of biodegradable polymer sctence, specifically thedevelopment of bioplastics derived from glutamic acid. It falls under the domains of green chemistry,biotechnology, and sustainable materials, focusing on the utilization of renewable and ceo-friendlyresources for plastic production. This invention aims to provide an environmentally responsiblealternative to conventional petroleum-based plastics by leveraging the biodegradable and non-toxicproperties of glutamic acid-based polymers. Additionally, it contributes to waste management andagricultural valorization by utilizing naturally occurring or agro-industrial sources of glutamic acid. Thebioplastic produced through this method has potential applications in packaging, biomedical materials,and other sustainable product developments, aligning with global efforts toward· reducing plasticpollution and promoting circular economy practices.