Amino acid surfactants for effective and sustainable stain removal
Developing cost-effective amino acid-based surfactants using industrial waste to enhance stain removal efficiency while promoting environmental sustainability. These surfactants offer superior efficiency, mildness, and biodegradability compared to conventional options.
Overview
Amino acid-based surfactants offer a promising alternative to conventional fatty acid and fatty alcohol-based surfactants due to their superior efficiency, mildness, and biodegradability. This research focuses on developing cost-effective amino acid/protein-based surfactants by utilizing industrial waste materials such as cottonseed and silk residues. The aim is to enhance stain removal efficiency by forming stable complexes with hydrophobic food stains like carotenes, capsanthin, and lycopenes, thus providing a sustainable and effective solution for the detergent industry.
Technical specifications
Key features:
- Utilizes amino acid/protein-based surfactants that are mild and biodegradable.
- Forms stable complexes with hydrophobic food stains for enhanced removal.
- Sources raw materials from industrial waste, reducing production costs and promoting sustainability.
- Potential applications in detergent formulations to improve stain removal performance.
- Compatibility with common liquid detergents for broader application.
Technology readiness level
Currently, the technology is at TRL 3, with initial synthesis and formulation development underway. Future validation steps include comprehensive efficacy testing, compatibility assessments, and environmental impact evaluations to further advance the technology towards commercialization.
About Galgotias University
Galgotias University is a comprehensive private university in Greater Noida, part of India’s Delhi–NCR, serving a large, career‑focused student population with expanding research activity. For industry, the campus hosts the Galgotias Incubation Centre (GIC RISE) and an IPR cell that support prototyping, startup formation, and patenting. The university also operates industry‑integrated academic centres, including a Centre for Supercomputing & Advanced AI Research, provides a shared central instrumentation facility, and offers internal seed funding to catalyze interdisciplinary teams. Collaborations are supported through sponsored‑research agreements and competitively awarded national funding. Located within Delhi–NCR’s corporate corridor, the university offers convenient access to partners for internships, joint labs, and executive programs.
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