Hydrocarbon fuel composite for partial oxidation gasification reaction
A hydrocarbon fuel and oxidizing gas technology, which is applied in the direction of gas fuel, fuel, waste fuel, etc., can solve the problems of impractical methods, high cost and uneconomical biological sludge technology
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[0045] 300 lbs of biological sludge containing 4 wt% dry solids were processed in the operating system of Figure 1 . After preheating, the biological sludge was combined with 3100 lbs of mix containing 2743.4 lbs of oil, 329.2 lbs of dry solids and 27.4 lbs of water. The heated combined biosludge / oil mixture was then depressurized and evaporated at 1.4 atmospheres (20.58 psia), which caused the bacterial cell walls of the biosludge to rupture releasing 287 lbs of intracellular water in the form of hot water vapor and 3113 lbs of concentrated biological sludge / oil mixture was produced (which was discharged from the evaporator). The concentrated bio-sludge / oil mixture was divided into a first stream of 113 lbs of bio-sludge / oil to provide a co-gasification fuel stream for the partial oxidation reaction.
[0046] The remaining 3000 lbs of the concentrated biosludge / oil mixture was combined with 100 lbs of oil and pumped to the reboiler where the combined was heated to 350°C and ...
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