UTILIZATION STUDIES OF ENUGU COAL
By
IKE UKAONU COLLINS
Presented To
Department of Chemical Engineering
ABSTRACT
This study has its theme as a utilization studies of Enugu coals with the view of studying its properties, classification, preparation storage etc comparing coals obtained from different locations.
The Enugu coal is a sub-bitummous and non coking coal. It is very rich in waxes and resins, thus it may be suitable for the production of liquid fuels and a range of chemical raw materials.
After all necessary studies which includes proximate analysis, ultimate analysis, carbonization tests, classification test, chemical and petrographic properties, coal blending studies, from coking studies etc a wide range of chemical products was found present in the Enugu coal. It is obvious that for waxy and resinous materials of which Enugu coal is there are rumbrous applications in the chemical industry.
The development and acquisition of coal utilization technology was this frustrated due to coal fields were underdeveloped and this inadvently contributed to near abandonment of the existing coal field. In solving the problem associated with this, the country must therefore follow the foot-steps of the industrialized nations by encouraging research and also voting in large sums of money on developments of coal associated with the extraction, processing and use of coal.
TABLE OF CONTENTS
TITLE PAGE
LETTER OF TRANSMITTAL
APPROVAL PAGE
DEDICATION
ACKNOWLEDGEMENT
ABSTRACT
TABLE OF CONTENTS
CHAPTER ONEINTRODUCTION
CHAPTER TWO
LITRATURE REVIEW2.1 Enugu coal fields
2.2 Geology and resource assessment
2.3 Properties of coal
2.4 Elassification of coal
2.5 Coal preparation
2.6 Coal storage
2.7 The exidation of exposed coal
2.8 Thermal decompostion
2.9 Gasification of coal
CHAPTER THREEEXPERIMENTAL PROCEDURE
CHAPTER FOUREXPERIMENTAL RESULT
CHAPTER FIVE
DISSCUSSION5.1 Enugu coal utilization
5.2 Uses of Enugu sub-bituminous coal
5.3 Techinical peasibility for Enugu coal
5.4 Market potentials of Enugu coal product
CHAPTER SIXCONCLUSION AND RECOMMENDATION
REFERENCES
APPENDIX