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What is Horizontal Directional Drilling Mud Recycling System?

KOSUN Horizontal Directional Drilling(HDD) mud recycling system is developed, designed and manufactured to meet trenchless technology requirements at home and abroad and is applied in purification treatment of mud returned from underground during horizontal directional drilling process. Cuttings with big particle sizes are separated by shale shaker, cleaner and other solids control equipment . Mud materials required are added and evenly mixed for circulation via mud mixer to meet performance requirements for reuse. Mud is pumped into horizontal directional drilling system by mud pump for recycling. Applications of HDD mud recycling system : 1. Trenchless Horizontal Directional Drilling; 2. Coalbed Methane Exploitation; 3. Shale Gas Exploitation; 4. Water Well Drilling; 5. Geothermal Well D

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The Classification and Working Principle of Shale Shaker

Shale Shaker is a vibration screening machinery used for treating refractory materials. The shale shaker has the process characteristics of large amplitude, high vibration intensity, lower frequency and flexible screen surface. During the work process, shale shaker always maintain the largest open-hole rate with high screening efficiency, processing capacity, easy to replace sieve, reducing costs. Shale shaker large screen surface and large processing capacity can meet the production needs of the scene. The Classification of Shale Shaker – According to use, shale shaker can be divided into mining shaker, light fine shaker, Vibrating shaker. -Mine shaker can be divided into: high-efficiency heavy-duty shaker, self-center shaker, elliptical shaker, dehydration shaker, round vibrating shaker,

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Hydrocyclones Main Parameters

There are many parameters associated with hydrocyclone s , such as structural aspects, process operations, and feedstock properties. The following is a brief description of the main parameters of hydrocyclone : (1) Cylindrical cylinder diameter and height. The diameter is the main size of the hydrocyclone , it has a certain relationship with the size of other components. If increasing this diameter size, the throughput will increase, but the overflow particle size will become thicker. In order to classify the fine-grained material and increase the throughput, it commonly uses a large number of small-sized cyclones in parallel. The height of the cylindrical body is generally 0.6 to 1.0 of its diameter. (2) Inlet diameter of the mine. This diameter is usually 0.08 ~ 0.25 of the diameter of t

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