GN Solids Control shipped multiple sets shakers and decanter centrifuges to a Indian customer last month. As a global solids control and waste management system provider, GN Solids Control has provided millions of treating equipment and turnkey solutions to thousands of customers.
GN Solids America LLC is a branch company of GN Solids Control, it was established in 2013 in Houston, TX, USA. With the opening of GN Solids America, GN Solids Control is able to stock thousands of shaker screens, tens of shakers and centrifuges in Houston. All the shale shakers, decanter centrifuges, centrifugal pumps and shake screens can be delivered to customer in a short time. For this Indian customer, GN Solids Control provided 6 sets shale shakers and 2 decanter centrifuges.
1.GN Shale Shaker
6 sets GN shale shakers are using GN 4 panel screens shaker, use same size of Mi-Swaco Mongoose screens. GN shakers are designed under fully stress analysis. GN shakers are using USA Martin vibrators or Italy OLI vibrators. Usually 2 sets shale shakers are distributed by a box feeding box or pipe feeding box.
GN Solids Control also manufactures shaker screens, mainly composite frame screens. GN shaker screens cover most of the popular size shaker screens, they can be used to replace Derrick shaker screen, Venom screen, king cobra screen, FSI screen and Mongoose screen etc.
2.GN Centrifuge
2 sets GN decanter centrifuge systems are provided together with those shale shakers. Each decanter centrifuge is fixed on the top of the centrifuge skid with a screw pump and VFD control box on the skid.
GN decanter centrifuge is the most cost-effective treating centrifuge in the world. Bearing temperature and vibration switch are optional. GN centrifuge rotating bowl is made by centrifugal casting. GN screw propeller also protected with tiles made of tungsten carbide.
Welcome to visit GN Houston office to check GN shale shakers and centrifuges.

GN Solids Control is a leading decanter centrifuge manufacturer in China. Now GN Solids Control centrifuge covers 9 inch bowl centrifuge, 14inch bowl centrifuge, 18inch bowl centrifuge, 22inch bowl centrifuge and 30inch bowl centrifuge. GN decanter centrifuges are widely using in various solids and liquid separation area, such as drilling mud separation, dredging water treating, chemical separation, oil sludge separation and industrial water treating etc.
GN Solids Control centrifuge had variable speed and fix speed control model, based on the working environment, GN Solids Control centrifuges have Zone I or Zone II explosion-proof centrifuge.
As we all know, GN Solids America LLC is the brand company of GN Solids Control. Now GN Solids America has some decanter centrifuges stocking in Houston warehouse. Customer can pick up centrifuge from GN Houston warehouse directly without waiting for the long time shipping.
Today we would like to give everyone a short introduction of GN 9 inch bowl centrifuge. GN Centrifuge is mainly including the following components: rotating bowl, screw propeller, supporting frame and 2 driven motors.
GN centrifuge rotating bowl is made by stainless steel, as whole piece is made by centrifugal casting without welding. Inside the rotating bowl, screw propeller is protected by tungsten carbide tiles based on the using conditions.

Due to the portable character of GN 9 inch bowl centrifuge, it’s largely used in remote area for diamond drilling or core drilling mud control so helicopter can move it can move it conveniently.
9 inch centrifuge is also called GN baby centrifuge, the treating flow rate is around 50GPM which is pretty popular in many labs for test scale usage. Last year, GN solids worked together with some USA laboratories and research centers, many scientists are using GN 9 inch bowl centrifuge to treat slurry and eliminate finer particles larger than 2 to 5 microns.

8.4# Centrifuge &Disc-centrifuge
Slurry in #1 centrifuge tank is pumped by #2 screw pump into #2 centrifuge: solids fall into cuttings box, liquid falls into #2 centrifuge tank and then feed into #1 disc-centrifuge by an inline pump to finish 3 phase separating: oil , water and solids. Dis-centrifuge needs water to discharge when working, a water tank is fixed one one side of #2 centrifuge tank. Meanwhile, on the other side of the centrifuge tank, an inline pump is used to feed slurry.

9.5# Disc-centrifuge & Surge Tank
1# disc-centrifuge treated oil goes into #5 unit’s #1 oil surge tank, water goes into #1 water surge tank. Slurry in #2 oil surge tank of #5 unit is pumped into #2 disc-centrifuge by inline pump: oil goes into #1 oil surge tank, water goes into #1 water tank and solids discharged to the outside. When the oil in #1 oil surge tank reaches to a certain level, liquid level alarm monitors the level and gives signal so the inline pump can transfer slurry into appointed position. At the same time, #1 water surge tank slurry is transferred to #6 gravity oil/water separator by an inline pump.
10.6#Gravity Oil/Water Separator, Water tank
Inline pump transfers slurry into #6 Gravity Oil/Water Separator: oil goes to #6 unit’s #3 oil surge tank and water goes to #6 unit’s #2 water surge tank. Slurry in #2 water tank is transferred by an inline pump to micro bubble treating unit for further treatment. Inline pump and pipes are fixed near #2 water surge tank, in case water is not clean enough, it can be pumped into #5 unit’s #2 oil surge tank and to be further treated by #2 disc-centrifuge.
11. Oil tank
Inline pump transfers the slurry into #7’s micro bubble treating unit, after treated: clean water is send into #7’s water tank and provide recycled water; oil goes to #6 unit’s #3 oil surge tank which is monitored by liquid level alarm. Inline pump is used to transfer the slurry into appointed area. With the whole system runs, waste sludge can be recycled and also solve the environment pollution issue.
12.Chemical Dosing unit
All outside pipes; all inlets are controlled by valves on and off; can add chemicals/water in different position.

GN Oil Sludge System Working Process
Oil sludge in the V-Tank is separated by gravity into different layers after mixed by the bottom screw conveyor, the top floating oil (large portion) is transferred by a diaphragm pump into #2 oil surge tank, and the left small portion oil is feed into afterwards shaker shaker by centrifugal pump to finish the first phase separating.
GN Shale shaker can separate out most of those large solids, liquid is feed into #1 GN Decanter Centrifuge by screw pump where the second phase separating is achieved.

Solids treated by GN Centrifuge fall into the bottom tank of #1 centrifuge and diluted a second time. And liquid goes to #4 Centrifuge and Disc-Centrifuge Treating Unit’s Tank. Slurry in #1 centrifuge tank is transferred by #2 screw pump and feed into #2 Centrifuge to further separate: solids are collected by a GN cuttings box; liquid is fall into #2 Centrifuge tank, a inline pump is used to feed it into #1 Disc-Centrifuge where solids, oil and water is treated at the first time: oil goes to #5 unit’s #1 oil surge tank; water goes to #5 unit’s #1 water surge tank; solids discharge to the outside.
Slurry in #2 oil surge tank of #5 unit is feed into #2 Disc-Centrifuge by inline pump: oil goes to 1#oil surge tank; water goes to 1#water surge tank; solids discharge to the outside.
Slurry in 1#water surge tank of #2 unit is feed into #6 GN gravity oil/water separator by inline pump: oil goes to #6 unit’s #3 oil surge tank, water goes to 6# unit’s #2 water surge tank and then feed by another inline pump to #7 micro bubble treating unit: clean water goes to #7 unit’s water tank, provide recycled clean water for this whole system; oil goes to 3#oil surge tank of #6 unit. A oil pump is fixed on #3 oil surge tank, in case the oil is not clean enough, oil pump can transfer back to #2 oil surge tank, and then treated in 2#GN disc-centrifuge again until reach the final treating demands.