Language selection

Search


Destruction and disposal of Canadian stocks of World War II mustard gas / by R.S. Weaver, C. Reichert, and S.B. Mellsen.DR52-2/6-1975E-PDF

"Early in World War II, over 700 tons of the chemical warfare agent mustard were shipped from Cornwall, Ontario, to the Defence Research Establishment Suffield, and stored in lead-lined concrete vaults. Research was begun several years ago to find a safe, efficient, environmentally acceptable and economical method of disposing of this still hazardous material. Laboratory studies led to the discovery that, with turbulent mixing and proper control of temperature and acidity, mustard would react with water to produce a non-vesicant hydrolysate mixture. These results were extended and the process further optimized in pilot plant runs, involving a total of several tons of mustard. It was also demonstrated that the hydrolysate could be burned completely in a specially modified incinerator"--Abstract.

Permanent link to this Catalogue record:
publications.gc.ca/pub?id=9.952569&sl=0

Publication information
Department/Agency
  • Defence Research Establishment Suffield, issuing body.
TitleDestruction and disposal of Canadian stocks of World War II mustard gas / by R.S. Weaver, C. Reichert, and S.B. Mellsen.
Series title
  • Suffield special publication ; No. 67
Publication typeMonograph - View Master Record
Language[English]
FormatDigital text
Electronic document
Note(s)
  • Digitized edition from print [produced by Defence Research and Development Canada].
  • "Project No. 99-30-15."
Publishing information
  • Ralston, Alberta : Defence Research Establishment Suffield, December 1975.
Author / Contributor
  • Weaver, R. S., author.
Description1 online resource (7, [16] pages) : chart, illustrations.
Catalogue number
  • DR52-2/6-1975E-PDF
Subject terms
Request alternate formats
To request an alternate format of a publication, complete the Government of Canada Publications email form. Use the form’s “question or comment” field to specify the requested publication.

Page details