What does in situ mean chemistry?

In situ is a very broad term related to chemical reactions. In situ usually refers to processes that happen at a specific location within the earth. So, in situ chemistry means the chemical reactions that occur when minerals are formed deep in the earth’s crust or those that take place when petroleum and natural gas are generated.

What does in situ mean in practical chemistry?

In situ reactions are those that take place within a continuous (or flowing) system. Translating this into practical terms, in situ processes don’t require separate reactors Instead, the chemical reaction is placed into a vessel (or even a single section of a pipe) and the reagents are continually added. It’s essentially a continuous process, and as a result, there’s no need to heat or cool the reaction vessel.

What does in situ mean in chemistry?

In situ refers to a reaction that occurs within a given environment, usually the place where the sample was collected. This type of reaction could refer to any reaction that happens when the sample is placed in its natural environment. There are many examples of in situ reactions, such as the interaction between groundwater and salt that take place in salt flats.

What does in situ mean in chemistry class?

Many of the processes that chemists use to make new chemicals are called in situ, or “in place.” These reactions take place in a container or reaction vessel rather than in the empty space of a lab or manufacturing plant. When a gas or liquid is placed in a reaction vessel, the chemical process which occurs can have a huge impact on the physical properties of the reaction products.

What does in situ mean in chemistry teacher?

In situ refers to a reaction that occurs in the natural environment where the chemical reaction takes place. In situ chemistry is also known as native chemical reaction, which refers to the process of chemical reaction occurring inside a living organism or in a geological context.