How to extract sulfur from ground water

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Homework Help Overview

The discussion revolves around the extraction of sulfur from ground water, particularly focusing on the effects of boiling water that contains sulfur compounds. Participants explore the implications of sulfur's presence in water and the processes involved in its extraction.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants discuss whether boiling ground water will yield a yellow sulfur residue and question the relationship between the odor of the water and the presence of sulfur compounds. There is also inquiry into the conditions under which sulfur may be extracted and the effectiveness of boiling as a method.

Discussion Status

The discussion is ongoing, with participants providing insights into the chemistry of sulfur compounds and the limitations of boiling as a method for extraction. Some guidance has been offered regarding the oxidation of sulfides and the implications for water treatment, but no consensus has been reached.

Contextual Notes

Participants note the presence of hydrogen sulfide and other sulfur compounds in the ground water, as well as the educational context prompting the inquiry. There is an acknowledgment of the complexity of sulfur chemistry and the challenges in extracting sulfur effectively.

bigtoe
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Will boiling ground water that contains sulfur produce a yellow sulfur residue.

Thanks,
--Keith
 
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It can. This doesn't mean that a yellow residue implies sulfur.
 
The ground water had a bad odor and I was told that it was produced from sulfur in the water. I guess the question is weather the sulfur boils away with the water and, if not, how much water would need to be boiled away to produce a noticeable amount of sulfur. My son had this question at school and the teacher was unable to answer and suggested that he investigate and report back to her. Thanks for the help. --Robert
 
Bad odor implies hydrogen sulfide, plus other sulfur compounds (if you're really interested, I can point you at some references on sulfur chemistry --- it ain't trivial). Boiling aqueous solutions of sulfides in air is a very mild oxidizing set of conditions that will oxidize sulfide to elemental sulfur (compared to boiling elemental sulfur in water under anaerobic conditions to get hydrogen sulfide). It's not adequate for treatment to produce potable water, nor can it be distilled too successfully, the hydrogen sulfide boils off and condenses with the water.
 

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