--> ABSTRACT: Kansas Coal Resources and Their Potential for Utilization in the Near Future, by Lawrence L. Brady; #91025 (2010)
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Kansas Previous HitCoalNext Hit Resources and Their Potential for Utilization in the Near Future

Lawrence L. Brady

Preliminary evaluation of deep Previous HitcoalNext Hit resources in Kansas indicates nearly 50 billion tons (45 billion MT) of Previous HitcoalNext Hit in eastern Kansas. The Cherokee Group and Marmaton Groups of Middle Pennsylvanian age are the important Previous HitcoalNext Hit-bearing geologic units. Most of the Previous HitcoalNext Hit beds are thin, with only a limited amount (1.85 billion tons or 1.68 billion MT) from Previous HitcoalNext Hit beds exceeding 42 in. (105 cm) in thickness. Most of these Previous HitcoalNext Hit thicknesses were determined from geophysical logs run for oil and gas tests, and the potential for a much larger resource of thick Previous HitcoalNext Hit exists in several areas of the state. Depths of this deep-Previous HitcoalNext Hit resource range from 100 ft (30 m) down to approximately 3,000 ft (900 m) in the deeper parts of the western Cherokee basin.

Limited data are available on the quality of these deep coals, but that data and the association of the coals with marine sediments in the Cherokee Group lead to an expectation of medium to high-sulfur Previous HitcoalNext Hit. This potential Previous HitcoalNext Hit quality and the present Previous HitcoalNext Hit market limit the potential for development of underground Previous HitcoalNext Hit mines. Previous HitCoalNext Hit rank, especially in southeastern Kansas, indicates promise for a Previous HitcoalNext Hit-bed methane resource. The high volatile A bituminous rank (HvAb) of Previous HitcoalNext Hit in this area, with favorable depths and multiple Previous HitcoalNext Hit beds especially in the Cherokee Group, makes this area potentially favorable for Previous HitcoalNext Hit-bed methane production.

A strippable Previous HitcoalNext Hit resource of nearly 3 billion tons (2.7 billion MT) of Previous HitcoalNext Hit under less than 100 ft (30 m) of overburden and having a Previous HitcoalNext Hit rank of high volatile A and high volatile B bituminous (HvAb-HvBb) has led to significant strip mining of these Previous HitcoalNext Hit beds in the past, but with a limited potential in the near future. Fluidized bed combustion technology as well as continued use of coals in certain industrial applications, especially in kilns at cement manufacturing plants, holds the best future for these thin Previous HitcoalTop beds in Kansas.

AAPG Search and Discovery Article #91025©1989 AAPG Midcontinent, Sept. 24-26, 1989, Oklahoma City, Oklahoma.