This project enables cosmetic manufacturers to replace petrochemical-based carbomers with safe, bio-based thickening polymers. By addressing contamination risks from petrochemical production and reducing environmental impact, we aim to preserve required rheology and stability across product lines. The approach combines candidate screening, formulation optimization, safety and regulatory assessment, and scalable supply-chain integration to deliver ready-to-implement alternatives for multiple cosmetic categories.
- Reduces risk of toxic contaminants and potential harm to humans and the environment by replacing petrochemical-based carbomers with safer bio-based alternatives; - Lowers environmental footprint through the use of sustainable, renewable polymers and improved end-of-life outcomes; - Improves supply chain resilience and diversification by reducing dependence on petrochemical-derived ingredients; - Enhances regulatory readiness and consumer trust, enabling compliant and market-ready formulations across regions; - Provides cosmetic manufacturers with a differentiated, sustainable value proposition and potential long-term cost benefits as scale and supply chains mature.
Define target performance specs and representative product categories; screen and shortlist bio-based thickening polymers (e.g., cellulose derivatives, xanthan/guar gums, konjac glucomannan, alginates, carrageenan, starch derivatives, and other biopolymers) and blends; formulate and optimize to match viscosity, shear-thinning behavior, rheology, texture, and stability; assess safety and environmental profiles (toxicology, dermal compatibility, biodegradability, lifecycle impacts); conduct regulatory mapping for major markets (EU, US, etc.) and ensure compliance; develop pilot-scale production, process optimization, and supplier qualification; create risk assessments, quality control plans, and documentation; prepare knowledge transfer and implementation playbooks for manufacturers; evaluate total cost of ownership and scalability.