Fracturing Proppant Production Line

Our company is a leading manufacturer of complete equipment for fracturing proppants production line. We can provide the whole service of design, equipment and spare parts supply, investment consultation, installation and operation training.

Introduction

The oil fracturing proppant production line is completely designed according to the properties and production requirements of oil fracturing ceramsite sand. The production and preparation of ceramsite sand is mainly carried out by taking various steps. There are several key processes in the whole process flow: crushing stage, fine crushing stage, screening stage and calcination stage, which are indispensable. The oil fracturing proppant production line is carefully designed in full consideration of the needs of users, so that each equipment can play its role. All equipment has an indispensable role in the production line. The configuration of the entire production line is scientific and reasonable, and the investment is ideal. All equipment model and parameters on the oil fracturing proppant production line have been researched and formulated, so that all equipment cooperates tacitly, the production line is generally designed reasonably and the production process is smooth. The whole process design of the production line is mature, the produced proppant has high economic benefits, the finished product is widely sold in the market, and the application field is also very wide, which improves the economic value of material and develops its potential value.

Bauxite of 300-500mm is crushed and sent to the dryer for drying. And all pass through the batching station with manganese powder and additives, etc., and enter to the grinding system with classifier to produce 400mesh raw meal powder. With the new type of granulator, after adding water, the raw meal powder is made into pellets with qualified particle size. The pellets enter the rotary dryer at the kiln end, by using the waste heat of the exhaust gas at the kiln end, the moisture of the pellets is reduced; and then enter the rotary kiln for calcination after screening. The calcined proppant is cooled by a single-cylinder rotary cooler and then sieved through a rotary screen. The qualified pellets with different particle sizes are packaged separately and shipped out, and the unqualified pellets are returned to the grinding system.

1. Reasonable layout, smooth process and high degree of automation;

2. Mechanized joint control operation, and low labor intensity;

3. Real-time monitoring of calcining parameters, and quality sintering products;

4. Good energy consumption ratio and low operating cost