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2008 Speakers
 
 
 
(14:00 ~ 14:50)
 
Tae Han Kim
Sr. Specialist
Quality Assurance of AMOREPACIFIC
Good Practice Case Study in CGMP
 
1. Outline and Present Status of CGMP: ¡° Quality of cosmetic products can be secured by managing systematically and organically over every stages, and a regulation to achieve such event is GMP. CGMP is an abbreviation of Cosmetic Good Manufacturing Practice and it provided necessary matters to achieve such manufacturing.
   
2. Applied CGMP Matters of AMOREPACIFIC
 
(1) AMOREPACIFIC Company Introduction
(3) Product Process Introduction
(5) Hygienic System Example
(2) Quality Assurance System Activity
(4) Production Innovation & Automation Example
(6) Self Audit Activity
 
 
(14:50 ~ 15:40)
 
Pascal Gidoin
Project Leader
GMP ISO 22716
Cosmetics and GMP
  The document GMP ISO 22716- Guidelines on Good Manufacturing Practices for cosmetic products - was officially published in November 2007. These Good Manufacturing Practices as a document written in the framework of the International Standards Organisation, the ISO, comprising 157 member countries, is an unique and international reference document and is a guarantee of international recognition. It was initiated to identify plant activities, grouped into 15 key-activities, allowing the production of a cosmetic product satisfying the defined characteristics, and take into account the diversity of the plants in terms of size, geographic zone.
 
 
(16:00 ~ 16:50)
 
Jeoung Rim An
Vice President
Korea Cosmetic Association
CGMP System Perspective
  Good Manufacturing Practice for Cosmetics (CGMP) as self-guideline has been enforced in U.S, EU and Japan.
Notification for Korean CGMP was established in 1990 by MOHW. As of November 2008, 31 plants of 28 companies are designated as CGMP manufactory and GMP system contributes to improve cosmetics quality.
The GMP document ISO 22716 was published by ISO/TC 217(cosmetics) in November 15, 2007.
This presentation will focus on ¡°current standards and improvement of Korean CGMP system¡±.
 
 
 
(10:00 ~ 12:00)
 
Mitsuo Matsuda
Deputy General Manager
Nicca Chemical, Co.,Ltd
The Present State of the Surfactant and the Prospects for the New Surfactant
  - Estimate the future direction of the surfactant market development through analysis of the surfactant market situation on the basis of Japan..
- Review the history and the function of the surfactant and introduce the newly important surfactant, such as, Fluoro carbon type, Gemini type, Polymer and Ion liquid.
 
 
(13:00 - 14:20)
 
Jong Choo Lim
Professor
Department of Chemical and Biochemical Engineering Dongguk University
Solubilization in Surfactant Systems and Application
  Solubilization is a phenomenon where insoluble or slightly soluble compounds are dissolved in a micelle resulting in an isotropic solution of L1 phase. Solubilization is different from emulsification in thermodynamic stable point of view. Solubilization in surfactant systems is widely used in various industrial applications such as pharmaceutical and cosmetic products, paint, adhesive, household products, food, enhanced oil recovery and so on. In this presentation general characteristics of surfactant systems are briefly discussed and solubilization and its application are investigated.
 
 
(14:20 - 15:40)
 
In Sun Han
Director of R&D Center
KCI R&D Center
R&D Trends in Surfactants and Their Application Technologies
  New surfactants of specific functions have been developed with the progress of recent preparation technologies and their applications also have been expanded to the new fields. Special attention has been focused on the developments of environmentally and ecologically benign surfactants. In the presentation, new surfactants and their applications are surveyed from the research results in 7th CESIO of 2008 in Paris, France.
 
 
(15:40 - 17:00)
 
Youn Woo Lee
Professor
School of Chemical and Biological Engineering, Seoul National University
The Characterics and Application of Surfactants for Supercritical Carbon dioxide
  CO2 is an environmentally benign solvent for many applications. However, there is one major drawback to supercritical CO2 as a solvent because many lipophilic and hydrophilic compounds are not soluble in CO2. In order to render CO2 a better solvent for these compounds, proper surfactant should be designed in which the structure of a surfactant would be amphiphilic with one segment is CO2-philic. This presentation will focus on new developments in the design of CO2-soluble surfactants, as well as applications utilizing CO2-soluble surfactants.