How Does Accelerated Solvent Extraction Work?
There are many different types of extraction processes. There can be extraction of oils, liquid-liquid extraction, liquid-solid extraction, etc. Accelerated solvent extraction is a process in which you use a machine to get chemicals extracted from different solids and semi-solids. This process is typically performed through a machine that helps effectively extract chemicals for use in many different industries. More recently the machine was developed for the use of accelerated solvent extraction by Thermo Fisher Scientific.
What are Applications for Accelerated Solvent Extraction?
Due to the nature of this process, ASE can be applied all over the board in terms of which industries utilize the process and machine used in accelerated solvent extraction. Some industries include:
- Environmental
- Pharmaceutical
- Consumer
- Food
Diving deeper in detail to specific uses across these industries one will find that it is a process used in some products that are used every day such as:
- Cleaners
- Clothing
- Pesticides
- Vitamins
- Supplements
- Pharmaceutical Packaging
What Solvents are Used for Accelerated Solvent Extraction?
However, many solvents are used to perform this process. There is the use of very high temperatures which means whoever is doing the process can use less solvent overall making ASE an efficient extraction process. The solvents used in the accelerated solvent extraction process are more common than one might think, these solvents include:
- Methanol
- Acetone
- Hexane
- Methylene Chloride
How to buy Solvents for ASE?
Here at Extraction Grade Solvents, we are here to serve your needs for accelerated solvent extraction. We can assist in locating one of the solvents listed above or something more specific to meet your personal needs. We want to make your accelerated extraction process easier and more efficient by providing you with the right solvents for your processes. For more information about the solvents we offer and what we can do for you visit us here!