脱硫浆料混料系统

Abstract

本申请涉及脱硫浆料混合技术领域，特别是涉及一种脱硫浆料混料系统，包括制浆箱、搅拌组件、移动组件，所述移动组件滑动设置于所述制浆箱，所述搅拌组件设置于所述移动组件，并至少部分位于所述制浆箱内，所述移动组件带动所述搅拌组件沿所述制浆箱的长度方向做直线往复运动；搅拌组件包括连接杆、均质杆以及推料件，所述连接杆设置于所述移动组件，且横跨于所述制浆箱上，若干所述均质杆垂直阵列设置于所述连接杆，且延伸至所述制浆箱内，若干所述推料件一一对应地设置于若干所述均质杆底端，且所述推料件与所述制浆箱的内底相接触。本申请不仅实现了固液物料的充分混合，更确保了石灰石粉末的完全利用，有效避免了原料沉积造成的资源浪费。

Claims

1. A desulfurized slurry mixing system, characterized by, The device includes a pulping tank, a stirring assembly, and a moving assembly. The moving assembly is slidably disposed in the pulping tank, and the stirring assembly is disposed in the moving assembly and is at least partially located inside the pulping tank. The moving assembly drives the stirring assembly to perform linear reciprocating motion along the length of the pulping tank to stir the material inside the pulping tank. The stirring assembly includes a connecting rod, several homogenizing rods, and several pushers. The connecting rod is disposed on the moving assembly and spans across the pulping tank. The several homogenizing rods are arranged vertically in an array on the connecting rod and extend into the pulping tank. The several pushers are disposed one-to-one at the bottom end of the several homogenizing rods and are in contact with the inner bottom of the pulping tank.

2. The desulfurized slurry mixing system according to claim 1, wherein, The material pushing component includes a scraping part and a pushing part. The pushing part is connected to the bottom end of the homogenizing rod. The scraping part is provided at the end of the pushing part away from the homogenizing rod. The scraping part is in contact with the inner bottom of the pulping box.

3. The desulfurized slurry mixing system of claim 2, wherein, The slurry pushing section includes two push plates connected in a figure-eight shape. The intersection of the two push plates is connected to the bottom end of the homogenizing rod, and the scraping section is horizontally arranged on the end of each push plate away from the homogenizing rod.

4. The desulfurized slurry mixing system of claim 3, wherein, The two push plates intersect to form an intersection, and the length direction of the intersection has an angle with the width direction of the pulping box, so that the pusher is set at an angle.

5. The desulfurized slurry mixing system of claim 1, wherein, Each of the homogenizing rods has several stirring blades arranged alternately along its height direction.

6. The desulfurized slurry mixing system of claim 5, wherein, Both the stirring blade and the pusher are provided with drag-reducing holes.

7. The desulfurized slurry mixing system of claim 5, wherein, Both the connecting rod and the homogenizing rod are hollow structures and are interconnected. The homogenizing rod has several ventilation holes, which are located between adjacent stirring blades. One end of the connecting rod is connected to an air inlet pipe.

8. The desulfurized slurry mixing system of claim 1, wherein, The moving component includes a gantry frame, drive wheels, and two guide rails. The gantry frame is erected on the pulping tank along the width direction of the pulping tank. The two guide rails are arranged in parallel and installed at the bottom of the tank along the length direction of the pulping tank. The drive wheels are located at the bottom ends of the vertical beams on both sides of the gantry frame and are embedded in the guide grooves of the guide rails. The connecting rod is horizontally arranged on the crossbeam of the gantry frame.

9. The desulfurized slurry mixing system of claim 8, wherein, Limit blocks are provided at both ends of the guide rail to prevent the pusher from hitting the side wall of the pulping tank.

Images