IC 6599 Quarrying Methods And Costs At The Sloan Quarry Of The United States Lime Products Corporation, Sloan, Nev. ? Introduction

- Organization:
- The National Institute for Occupational Safety and Health (NIOSH)
- Pages:
- 13
- File Size:
- 3911 KB
- Publication Date:
- Jan 1, 1932
Abstract
This paper describing the methods and costs of quarrying limestone at Sloan, Nev., is one of a series of similar papers being prepared for and published by the Bureau of Mines on this industry in the United States. These papers are designed to disseminate information regarding the methods used. The cost tabulations represent local operating expenditures only and not total production costs. It is recognized that publication of total production costs might in many instances cause embarrassment to individual producers as well as to the industry as a whole. On the other hand, operating costs are essential to the technical discussion and study of the methods Employed. The attention of the reader is specifically called to this differentiation in order that no misunderstanding of the scope of the cost tabulations shall ensue. The quarrying operations at Sloan are interesting not only from a technical viewpoint and because of the magnitude of the deposit, but also because the quarry is located in a desert region far removed from the centers of population where lime is used. The quarry and plant are in Clark County, Nev., 20 miles west of Las Vegas, which is the nearest town to the site of the Boulder Canyon Dam. Sloan is on the main line of the Union Pacific Railroad connecting Salt Lke City and Los Angeles. The latter city is 280 miles from Sloan and it is the shipping, point for all supplies.
Citation
APA:
(1932) IC 6599 Quarrying Methods And Costs At The Sloan Quarry Of The United States Lime Products Corporation, Sloan, Nev. ? IntroductionMLA: IC 6599 Quarrying Methods And Costs At The Sloan Quarry Of The United States Lime Products Corporation, Sloan, Nev. ? Introduction. The National Institute for Occupational Safety and Health (NIOSH), 1932.