NOVELTY - Producing acesulfame potassium by forced circulation extraction comprises e.g. adding extracting agent through extraction pump into an extraction mixer, starting the forced circulation pump, so that the extracting agent circulates in the mixer, starting the hydrolytic acid pump, pumping hydrolytic acid and entering the extracting mixer, adjusting the extracting agent flow rate, in the mixer port top most end increasing the extracting agent pump and hydrolytic acid pump, entering part of material flowing out from extraction mixer into a separator and separating, continuing to re-extract.    USE - The method is useful for producing acesulfame potassium by forced circulation extraction (claimed).    ADVANTAGE - The method has high extraction rate through forced circulation, increases mixing intensity, increases product yield, increases extracting effect of acid hydrolysis, can effectively reduce the organic content of the waste acid, reduces the processing difficulty, reduces the pollution, simplifies production operation, and reduces the labor intensity.    DETAILED DESCRIPTION - Producing acesulfame potassium by forced circulation extraction comprises (i) adding extracting agent through extraction pump into an extraction mixer, (ii) starting the forced circulation pump, so that the extracting agent circulates in the mixer, (iii) starting the hydrolytic acid pump, pumping hydrolytic acid at a rate of 4-6 m3/hour and entering the extracting mixer, (iv) adjusting the extracting agent flow rate, where the ratio of hydrolytic acid and extracting agent is 1:2-1:4, in the mixer port top most end increasing the extracting agent pump and hydrolytic acid pump, entering part of material flowing out from extraction mixer into a separator and separating, and (v) after separation, continuing to re-extract in mixer, entering extracted organic phase in the slot for use.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart of the acesulfame production process extraction section.