为探寻高效、快速促进细煤泥脱水的有效途径，采用改装的空心圆柱扭剪仪进行多组平行试验，对比3载荷连续作用、2载荷同时作用、3载荷同时作用下细煤泥脱水过程与效果。研究结果表明：连续作用最佳脱水方案为挤压-振动-电渗；振动在挤压压力较小或脱水早期效果较好，振动脱水所需时间较短，频率接近固体固有频率时振动脱水效果最佳；电渗在挤压压力较大或脱水后期效果较好，单独挤压基础上每增加一种脱水措施均会产生新增的脱水量，同时缩短脱水时间；在相同载荷水平下，多种脱水措施同时作用的脱水效果优于连续作用。

In order to explore an effective way to promote the dewatering of fine coal slime efficiently and quickly, multiple sets of parallel tests were carried out by using the modified hollow cylindrical torsion shear apparatus, and the dewatering process and effect of fine coal slime under the continuous action of 3 loads, the simultaneous action of 2 loads and the simultaneous action of 3 loads were compared. The experimental results show that the best dehydration scheme for continuous action is extrusion-vibration-electroosmotic; the effect of vibration dehydration is better when the extrusion pressure is small or the early stage of dehydration is better, the time required for vibration dehydration is shorter, and the vibration dehydration effect is the best when the frequency is close to the natural frequency of the solid. The effect of electroosmosis is better in the later stage of extrusion pressure or dehydration. On the basis of single extrusion, each additional dehydration measure will produce new dehydration amount and reduce the dehydration time. The dehydration effect of continuous action under the same load level is not as good as that of simultaneous action.