
doi: 10.2172/6086220
Two H-Coal bench-scale liquefaction tests were performed to compare the hydroliquefaction behavior of two Kentucky No. 11 coals from the same mine: a run-of-mine coal with 17.49 W % ash and a deep-cleaned coal with 6.21 W % ash. The tests were conducted using a syncrude mode of operation. The deep-cleaned coal exhibited greater coal conversion and greater residual oil yield than the run-of-mine coal. On a dry coal basis, the deep-cleansed coal yielded approximately 19% more C/sub 4/ to 975/sup 0/F distillate than the run-of-mine coal. The process requirement of a pumpable vacuum still bottoms product would result in a 10% higher C/sub 4/ to 975/sup 0/F yield from the deep-cleaned coal than from the run-of-mine coal in a commercial H-Coal plant.
& Peat-- Hydrogenation & Liquefaction, And Peat, Yields, Cleaning, Recommendations, Coal Liquefaction, & Storage, H-Coal Process, Information, Data Forms, 013000 -- Coal, Comminution, Lignite, Petrology, Data, Handling, Thermochemical Processes 010405* -- Coal, & Peat-- Transport, Geology, 01 Coal, Liquefaction, Numerical Data, Experimental Data, Coal Preparation, Tables, Graphs
& Peat-- Hydrogenation & Liquefaction, And Peat, Yields, Cleaning, Recommendations, Coal Liquefaction, & Storage, H-Coal Process, Information, Data Forms, 013000 -- Coal, Comminution, Lignite, Petrology, Data, Handling, Thermochemical Processes 010405* -- Coal, & Peat-- Transport, Geology, 01 Coal, Liquefaction, Numerical Data, Experimental Data, Coal Preparation, Tables, Graphs
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