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Following are the advantages of Frasch method: 1. This process is economical because there is no wastage of sulphur.

2. This process does not require requisite building of structures because even used structures can be again used.

3. Sulphur obtained in this process is 99.5 % pure.

4. This process is not very complex to perform and simple to do.

5. This method is cost effective.

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How is sulphur extracted from frasch method?

In the Frasch method, superheated water is injected into underground sulphur deposits, melting the sulphur. The molten sulphur is then forced to the surface through a vertical pipeline using compressed air, where it solidifies upon cooling. This process allows for the extraction of pure sulphur without the need for mining.


What element is mined using Frasch Process?

Sulfur is the element mined using the Frasch Process. This process involves pumping superheated water and air underground to melt the sulfur deposits, which are then brought to the surface for processing.


What is the method for mining sulfur?

Sulfur is typically mined using the Frasch process, which involves drilling a well into sulfur deposits and injecting superheated water and air to melt the sulfur. The liquid sulfur is then pumped to the surface and allowed to solidify for further processing.


What are the advantages of using the Gaussian CASCF method in computational chemistry studies?

The Gaussian CASCF method in computational chemistry offers advantages such as accurately describing electron correlation effects and capturing the dynamic nature of molecular systems. This method provides a more comprehensive understanding of chemical reactions and electronic structure, making it a valuable tool for studying complex molecular systems.


How is the element sulfur obtained?

Sulfur is found underground in nature and is extracted by the Frasch process. Three concentric pipes are dug into the sulfur deposits. The outermost pipe contains superheated water, which melts the sulfur. The innermost pipe is filled with hot compressed air, which creates foam and pressure. The resulting sulfur foam is then expelled through the middle pipe.

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