The Origin and Decomposition of Organic Sulfur Compounds Under Gas Making Conditions With Particular Reference to the Role of the Carbon-Sulfur Complex

Holtz, John C

ISBN 10: 1025879481 / ISBN 13: 9781025879482

Editore: Tradd Street Press, 2026

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Dati bibliografici

• Titolo: The Origin and Decomposition of Organic Sulfur Compounds Under Gas Making Conditions With Particular Reference to the Role of the Carbon-Sulfur Complex
• Editore: Tradd Street Press
• Data di pubblicazione: 2026
• Lingua: Inglese
• ISBN 10: 1025879481
• ISBN 13: 9781025879482
• Rilegatura: Brossura
• Condizione: New

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Riassunto

"The Origin and Decomposition of Organic Sulfur Compounds Under Gas Making Conditions With Particular Reference to the Role of the Carbon-Sulfur Complex" is an in-depth scientific investigation into the chemical behaviors and transformations of sulfur within industrial gas production environments. Written by John C. Holtz, this work addresses the complex challenges associated with sulfur impurities, which have historically impacted the quality and efficiency of gas-making processes.

The study provides a rigorous examination of how organic sulfur compounds form and break down, emphasizing the specific interactions within the carbon-sulfur complex. Through detailed experimental analysis, Holtz explores the variables of temperature and pressure that influence these chemical reactions. This treatise represents a foundational piece of industrial research from the early 20th century, offering significant insights into the evolution of chemical engineering and fuel technology.

As a scholarly contribution to the field of industrial chemistry, "The Origin and Decomposition of Organic Sulfur Compounds Under Gas Making Conditions With Particular Reference to the Role of the Carbon-Sulfur Complex" is an essential resource for those interested in the history of energy production and the scientific efforts to refine carbon-based fuels. It highlights the intricate balance of chemical synthesis and the technical methodologies used to master complex organic reactions.

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