Odor-free hair removal technology with green chemistry
Revolutionary green chemistry-based microemulsion formulation for odor-free, effective hair removal. Developed with sustainable ingredients, this technology offers a gentle, moisturizing, and soothing experience, advancing to market readiness with proven stability and efficacy.
Overview
The proposed solution is an innovative hair removal technology utilizing a green chemistry-based microemulsion formulation. This formulation effectively eliminates the unpleasant odor commonly associated with traditional depilatory creams while ensuring efficient hair removal. Developed through significant research and development efforts, the technology offers a gentle, moisturizing, and soothing experience. With the potential to meet consumer demand for a pleasant and effective hair removal product, this solution is designed for all skin types, promising an odor-free and comfortable experience.
Technical specifications
- Green Chemistry-Based Microemulsion: Utilizes environmentally sustainable ingredients, providing a safer alternative to conventional depilatory products.
- Odor Control: Successfully eliminates the unpleasant smell associated with hair removal creams, enhancing user experience.
- Stability and Efficacy: Demonstrated superior stability and efficacy in preclinical studies, ensuring long-lasting performance.
- Moisturization and Soothing: Provides added benefits of moisturization and soothing, making it suitable for sensitive skin.
- Preclinical Success: Proven performance in stability and permeability studies, indicating effective delivery of active ingredients.
Technology readiness level
Currently at TRL 3, this technology has demonstrated proof of concept in preclinical studies. Future validation includes in vitro optimization of the formulation and skin sensitivity studies over the next year, aiming to ensure safety and efficacy for market launch.
About University of Reading
The University of Reading is a public research university with a comprehensive academic profile and a collaborative, applied research culture. Industry engagement is anchored by Thames Valley Science Park, which provides wet and dry labs, incubators, and grow‑on facilities. Its location on the M4 corridor near London and Heathrow connects partners with the Thames Valley tech cluster and a deep talent pool, while Henley Business School delivers executive education for R&D teams. Research is supported by competitive funding from UK Research and Innovation councils and Innovate UK, with additional support from European programs. A dedicated technology transfer office supports IP strategy, licensing, spinouts, and flexible contracting.
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