BVV™ Vegetable Glycerin VG 99.7% Pure Food Grade USP / NF - 5 Gallon
Vegetable Glycerin
BVV vegetable glycerin is plant-based for use in foods, cosmetics, and skin use. Its USP / NF which means it meets the highest quality standards and makes it suitable for any use.
Our propylene glycol is primarily derived from soybeans and canola. Soybean or canola seeds are processed through a crushing, dehulling, conditioning, flaking and extraction operation into a crude vegetable oil. This vegetable oil is further processed into refined oil.
The refined oil is then transformed through a transesterification process into crude biodiesel and crude glycerin. The crude glycerin is further processed through several evaporation and distillation steps into a refined, kosher USP-specification-grade Glycerin.
What is glycerin?
Also known as glycerol, vegetable glycerin, common sources include triglyceride-rich vegetable fats, such as soy, coconut, and palm oils.
Most vegetable glycerin comes as a byproduct of industrial chemical reactions. For example, vegetable oils can either undergo a process known as saponification. or transesterification to produce vegetable glycerin. These are common steps in the soap and biodiesel manufacturing processes. They involve heating the oils under pressure or together with either an alkaline or alcohol solution.
This process causes glycerin to split away from the fatty acids. Manufacturers can then extract the odorless, sweet tasting, syrup-like liquid known as glycerin.
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BVV™ Vegetable Glycerin VG 99.7% Pure Food Grade USP / NF - 5 Gallon
BVV™ Vegetable Glycerin VG 99.7% Pure Food Grade USP / NF - 5 Gallon
Vegetable Glycerin
BVV vegetable glycerin is plant-based for use in foods, cosmetics, and skin use. Its USP / NF which means it meets the highest quality standards and makes it suitable for any use.
Our propylene glycol is primarily derived from soybeans and canola. Soybean or canola seeds are processed through a crushing, dehulling, conditioning, flaking and extraction operation into a crude vegetable oil. This vegetable oil is further processed into refined oil.
The refined oil is then transformed through a transesterification process into crude biodiesel and crude glycerin. The crude glycerin is further processed through several evaporation and distillation steps into a refined, kosher USP-specification-grade Glycerin.
What is glycerin?
Also known as glycerol, vegetable glycerin, common sources include triglyceride-rich vegetable fats, such as soy, coconut, and palm oils.
Most vegetable glycerin comes as a byproduct of industrial chemical reactions. For example, vegetable oils can either undergo a process known as saponification. or transesterification to produce vegetable glycerin. These are common steps in the soap and biodiesel manufacturing processes. They involve heating the oils under pressure or together with either an alkaline or alcohol solution.
This process causes glycerin to split away from the fatty acids. Manufacturers can then extract the odorless, sweet tasting, syrup-like liquid known as glycerin.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Vegetable Glycerin
BVV vegetable glycerin is plant-based for use in foods, cosmetics, and skin use. Its USP / NF which means it meets the highest quality standards and makes it suitable for any use.
Our propylene glycol is primarily derived from soybeans and canola. Soybean or canola seeds are processed through a crushing, dehulling, conditioning, flaking and extraction operation into a crude vegetable oil. This vegetable oil is further processed into refined oil.
The refined oil is then transformed through a transesterification process into crude biodiesel and crude glycerin. The crude glycerin is further processed through several evaporation and distillation steps into a refined, kosher USP-specification-grade Glycerin.
What is glycerin?
Also known as glycerol, vegetable glycerin, common sources include triglyceride-rich vegetable fats, such as soy, coconut, and palm oils.
Most vegetable glycerin comes as a byproduct of industrial chemical reactions. For example, vegetable oils can either undergo a process known as saponification. or transesterification to produce vegetable glycerin. These are common steps in the soap and biodiesel manufacturing processes. They involve heating the oils under pressure or together with either an alkaline or alcohol solution.
This process causes glycerin to split away from the fatty acids. Manufacturers can then extract the odorless, sweet tasting, syrup-like liquid known as glycerin.
