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THE REACTIVITY OF PYRITE IN RAW EASTERN OIL SHALE AND ITS TRANSFORMATION DURING PROCESSING
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National Energy Technology Laboratory (NETL) - view all
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Last updatedover 2 years ago
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Overview

The objective of the program was to assess the potential environmental hazard posed by the surface disposal of raw and spent eastern oil shale. Three shales: Sunbury, Cleveland and New Albany were investigated. The spent materials were derived in the case of the Sunbury shale from the Battelle, in the case of Cleveland shale from the Rockwell, and in the case of the New Albany shale form the Hytort process. The raw, low carbonate Sunbury and Cleveland shales were found to produce acid drainage readily on exposure to the atmosphere and water, this action was accelerated by iron oxidizing bacteria. The raw New Albany shale behaved in a manner analogous to highly calcareous coals. No pyrite appeared to be left in the spent shales, the presence of ferrous sulfide in the New Albany and Cleveland shales was indicated. Mechanisms responsible for the results obtained are discussed.

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CitationK.L. Paciorek, P.F. Kiable, S.R. Masuda, H.M. Atkins, R.H. Kramer ---- Roy Long, THE REACTIVITY OF PYRITE IN RAW EASTERN OIL SHALE AND ITS TRANSFORMATION DURING PROCESSING, 2016-09-29, https://edx.netl.doe.gov/dataset/the-reactivity-of-pyrite-in-raw-eastern-oil-shale-and-its-transformation-during-processing
Netl Productyes
Poc EmailRoy.long@netl.doe.gov
Point Of ContactRoy Long
Program Or ProjectKMD
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