IC 8213 Refractory Clay Deposits Of Utah (c6c3ab65-2c6d-433f-a93c-fe37e2e66c60)

The National Institute for Occupational Safety and Health (NIOSH)
Joel N. Van Sant
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
184
File Size:
72679 KB
Publication Date:
Jan 1, 1964

Abstract

An investigation was conducted to study possible sources of Utah refractory and structural clays that could be used for the manufacture of refractories and light or buff burning heavy-clay products. A field study was made and the clay samples tested to determine their firing characteristics. Results of the Bureau's work indicate many small noncommercial deposits of hypogenic clay occur in igneous rocks. Commercial hypogenic deposits are mostly halloysite clay developed by hydrothermal replacement of limestone. The high firing shrinkage of halloysite precludes its use as a refractory, however, halloysite produced at the Dragon Mine south of Eureka, is used fur making oil catalysts. Clays and shales suitable for low heat duty refractory products are found in the Manning Canyon shale, in shales associated with coal bearing rocks, and in the Dakota formation. Some of the clays from the Dakota formation are also suitable for high-duty refractory products.
Citation

APA: Joel N. Van Sant  (1964)  IC 8213 Refractory Clay Deposits Of Utah (c6c3ab65-2c6d-433f-a93c-fe37e2e66c60)

MLA: Joel N. Van Sant IC 8213 Refractory Clay Deposits Of Utah (c6c3ab65-2c6d-433f-a93c-fe37e2e66c60). The National Institute for Occupational Safety and Health (NIOSH), 1964.

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