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Soaps Manufacturing
by Cold Process
WHO SHOULD ATTEND?
Small cosmetics and soap business, people who like to prepare their own natural soap or those who have a hobby of making handmade soap.
COURSE OBJECTIVES
The course focuses on explaining the cold process natural soaps, the methods of their preparation, the natural oil composition, the natural essential oils used, and the available natural colorants.
COURSE CONTENT
The course is concerned with the traditional art of handmade cold process soap making. You will learn the history behind soaps, how to work with and handle the sodium hydroxide (Lye, caustic soda, or NaOH), from where to purchase the ingredients, how to use the soap calculator to calculate the SAP values, different recipes for handmade natural soap prepared by the cold process method. Also, you will learn different design methods for preparing bars in different shapes and texture.
COURSE CONTENT | Duration: 5 Days
First Day
First Lecture: The history of natural soap
Second Lecture: Equipment & materials needed
Third Lecture: The use of caustic soda
Second Day
First Lecture: Saponification and soap calculator
Second Lecture: Saponification and soap calculator
Third Lecture: Saponification and soap calculator
Third Day
First Lecture: Making instruction & practice
Second Lecture: Making instruction & practice
Third Lecture: Making instruction & practice
Fourth Day
First Lecture: Making instruction & practice
Second Lecture: Making instruction & practice
Third Lecture: Making instruction & practice
Fifth Day
First Lecture: Common problems
Second Lecture: Good recipes
Third Lecture: Good recipes
About the Instructor
Ali Bumajdad
Professor Ali Bumajdad has solid experience in the field of environment, nanotechnology, catalysis, cement and concrete, detergency, energy, sustainability, water-related research, etc.
Prof. Bumajdad has a broad experience in nanomaterials and nanotechnology. He targeted materials with environmental, renewable energy, sensors, water treatment, and green chemistry applications (e.g. pure and doped CeO2, TiO2 and ZnO, MgO, SiO2, ZrO2, Al2O3, Fe2O3, Ag, Au, Ni, graphene, carbon nanotube, functionalized activated carbon, etc.)