Month: July 2024

Xi ‘An KOSUN  dual-track shaker has two kinds of running tracks: linear and asymptotic ellipse, the linear running track has high vibration intensity, fast material conveying speed, and large processing capacity;

The progressive elliptic trajectory has the advantages of high drilling fluid recovery, drier solid phase, long screen life, and less clogging. The operation of the equipment is simple, and the conversion of the two running tracks can be easily realized through the switch knob to adapt to the requirements of different working conditions on the site.

Applications:

 dual-track shaker is a solid control equipment for drilling mud, which is used to separate solid particles with particle sizes greater than 76μm in the drilling fluid. Application fields: large oil rig supporting, large trenchless drill supporting, shield engineering supporting, river dredging engineering supporting, etc.

Features:

1,  dual-track shaker can be customized special hot dip galvanizing process, the combination of galvanizing layer and equipment is better, the thickness of the galvanizing layer is moderate and not easy to fall off, and the internal and corner galvanizing area is closely bonded.

2, novel shape, beautiful, suitable for long-term corrosive gas working environment.

3, more suitable for long-term operation in coastal areas.

Xi’an KOSUN belongs to the high-end environmental protection equipment manufacturing industry.  Its products are mainly used in the treatment, disposal, and resource recycling of solid waste.  

We welcome visits and inspections of our company and factory.  Please contact us at +8613379250593 (WhatsApp).

In the oil drilling solid control system, the mud shale shaker belongs to the first level of solid control equipment. The drilling fluid returned from the well through the elevated manifold passes through the shaker first and then enters the other solid control equipment behind for processing. The drilling fluid vibrating screen is filterable solid-liquid separation equipment, but also the solid control system in the first separation and separation efficiency of the equipment, through the vibrating screen can separate and remove a large number of harmful solid phase, effectively cleaning the large particles in the drilling fluid solid phase, then what factors will affect the work efficiency of the vibrating screen, let’s take a look at it.
First, there are many forms of motion of the mud vibrating screen, we commonly use the linear motion of the vibrating screen, linear motion is to put the oscillator in front of the center of gravity of the system above, so that the screen frame produces linear motion, to remove the solid phase compared with other motion trajectory vibrating screen, linear motion vibrating screen has a stable drilling fluid delivery speed, the screen surface is relatively flat, It has high working efficiency, and it can also tilt the screen surface slightly to improve the time of drilling fluid on the screen surface, thereby improving the treatment effect.

Second, the amplitude and frequency of the mud vibrating screen is also one of the important factors affecting the efficiency of the vibrating screen, the vibration frequency of the vibrating screen, the greater the rotation speed, the higher the vibration frequency, the better the effect of screening solid phase; In theory, the larger the amplitude of the vibrating screen, the better the treatment effect, but after the amplitude increases, the greater the force the vibrating screen is subjected to, it will shorten the service life of the vibrating screen, so a reasonable design of the amplitude can improve the working efficiency of the vibrating screen and the service life of the vibrating screen.

Third, the inclination of the mud vibrating screen and the mesh number of the screen is also one of factors affecting the efficiency of the vibrating screen, generally KOSUN single-layer vibrating screen has 2-4 screens, and the front screen is generally flat after a screen has a certain tilt Angle, This is designed so that the drilling fluid can efficiently pass through the front screen and improve the treatment effect when passing through the back screen. The mesh number of the screen is also very important, we are dealing with different materials, and need to achieve different treatment effects, need to choose the appropriate mesh of the screen that can improve the treatment effect and achieve our treatment effect, if the mesh number is too high will reduce our work efficiency, or the mesh number is too low will affect our treatment effect