#Japan #Tokyo #Premier Anti-Aging #Kazuaki Matsuo #Oil Chemistry Society

Kazuaki Matsuo Wins Progress Award from Japan Oil Chemists' Society

In a notable achievement for the field of anti-aging research, Kazuaki Matsuo, the head of the Technology Development Department at Premier Anti-Aging Co., Ltd. (Headquartered in Minato, Tokyo), has been awarded the Progress Award for the 7th term of 2023 by the Japan Oil Chemists' Society. This prestigious recognition highlights Matsuo's exceptional contributions to the development of a stable oleofoam, an innovative product in the beauty and food sectors.

What is the Japan Oil Chemists' Society Progress Award?

The Japan Oil Chemists' Society aims to promote advancements in science and technology related to fats, lipids, surfactants, and their associated materials. Annually, the society holds a general meeting where researchers and engineers from universities, research institutes, and industries present the latest findings in these fields. The society grants three awards each year: the Academic Award, the Industrial Technology Award, and the Progress Award, the latter being designated for outstanding research contributions by young researchers in the field of oil chemistry.

Reason for the Award: Creation of High-Air-Content and Stable Oleofoam

Matsuo's groundbreaking research provides a solution for unstable oleofoam that traditionally requires refrigeration for storage. His innovative approach allows for the preservation of oleofoam at room temperature. Previously, the large air bubbles in oil foams led to issues like oil leakage, making practical applications challenging. By applying a unique temperature control method to specific fats, namely tribehenoyl glycerol, Matsuo successfully stabilized the foam without the need for surfactants or water. This new technique achieves a remarkable stability of 30 days at 20°C with an air content increased by 300%, which is 1.5 times greater than conventional methods. This technology, which enables the elimination of refrigeration, contributes directly to energy reduction in logistics and accelerates the creation of low-irritation cosmetics and low-calorie foods, earning him the Progress Award.

Research Overview

Matsuo presented detailed analyses of the structural and fundamental properties of oleofoams—gels formed by a network of solid oils containing liquid oil—specifically targeting their use in cosmetics and food formulations.

Key Features of the Product

• - Exclusive formulation that does not utilize water or surfactants.
• - Creation of new textures and functionalities.
• - Reduction of environmental impact.

Expected Applications

1. Application in Sensitive Skin Products:
There is potential for developing products tailored for sensitive skin by eliminating reliance on surfactants, which can cause irritation. The research may lead to formulations suitable for all age groups, from children to the elderly, enhancing the skin's natural barrier functions.

2. Expansion in Cosmetics and Food Sectors:

• - Sustainability and Resilience: The waterless technology diminishes water resource consumption during manufacturing, transportation, and use. It introduces personal care products that maintain efficacy even during emergencies or water outages.
• - Contributing to Decarbonization: The unique manufacturing process reduces CO₂ emissions compared to traditional methods that rely on surfactants.

The research paper titled Fabrication and Characterization of Oleofoams Composed of Tribehenoyl-glycerol: Toward a Stable and Higher Air-content Colloidal System was published in the Journal of Oleo Science, volume 72, issue 9, pages 819-829 in 2023.

Award Acceptance Comment

Expressing his gratitude, Matsuo stated, “I am honored to receive such a prestigious award. Building on this research, I look forward to advancing collaboration with academic institutions and government entities to foster new insights and integrate our unique technologies. We will continue to pursue anti-aging solutions that can only be offered by our company while addressing both environmental concerns and market demand.”

Background of Kazuaki Matsuo

Matsuo studied applied chemistry at university, acquiring knowledge of cosmetic raw materials, and has worked in foundational research and product development for leading cosmetic manufacturers. His research has earned him the esteemed Young Fellow Award from the Japan Oil Chemists' Society, along with the Encouragement Award for Young Researchers from the Kanto Branch. In August 2022, he took on a role at Premier Anti-Aging, where he is responsible for foundational research and product development, leading the establishment of an internal lab to promote the internalization of unique technologies through collaboration with academic and governmental institutions.

You can find more of Premier Anti-Aging’s past research announcements and developments on their official website. Their commitment to scientific advancement demonstrates the fusion of innovation and environmental consciousness in today's beauty and wellness market.

About Premier Anti-Aging Co., Ltd.

Founded in December 2009, Premier Anti-Aging is dedicated to freeing individuals from the constraints of age through the power of anti-aging solutions. With a corporate philosophy focused on making everyone shine at any age, the company has expanded into skincare and recovery businesses. Their headquarters are located in Tokyo, Japan. For more information, visit Premier Anti-Aging's website.