RI 3135 An Apparatus for the Determination of Hydrogen Sulphide in Gases (7a631806-7416-472f-bb71-5dca58475ba1)

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 13
- File Size:
- 1828 KB
- Publication Date:
- Oct 1, 1931
Abstract
"INTRODUCTION The United States Bureau of Mines in cooperation with the State of Colorado at the University of Colorado has conducted experiments to determine the amount and composition of the noncondensable gases evolved when crude shale oil is distilled under pressure.Hydrogen sulphide is one of the components found in the complex mixture of gases produced by the distillation of shale oil under pressure. This paper deals with the apparatus and method used in determining the amount of hydrogen sulphide evolved in the laboratory experimental cracking stills.The study required a complete extraction of all the hydrogen sulphide from the gas stream after it left the water-cooled distillate condensers and before the as stream entered the charcoal absorber for removing the light naphtha. In devising the method it was necessary to take into account a constant variation of velocity, pressure, and percentage of sulphide in the total gas stream coming from the still.Ordinarily, the quantitative determination of hydrogen sulphide in Gas is made by analyzing small samples taken at regular intervals. This estimation can be accomplished by use of the Bunte gas burette as modified by Tutriler,4 or by a similar method. In the industries where the flow of as is constant end of uniform composition, this practice is sufficiently accurate for plant control. For experimental work where many variables have to be taken into consideration, as in the case at hand, these methods are not applicable."
Citation
APA:
(1931) RI 3135 An Apparatus for the Determination of Hydrogen Sulphide in Gases (7a631806-7416-472f-bb71-5dca58475ba1)MLA: RI 3135 An Apparatus for the Determination of Hydrogen Sulphide in Gases (7a631806-7416-472f-bb71-5dca58475ba1). The National Institute for Occupational Safety and Health (NIOSH), 1931.