Products

Thickening and Dewatering System

Application:Milkseparatormachineismainlyusedskimmilk,wheyprotein isolate,butter,wheatshockshower,casein,cheeseproduction,anhydrous butter centrifuge enrichment and other production processes for medium to large dairy industry enterprises.Equipment uses a closed structure, with milk contact parts made of stainless steel, in line with national food hygiene standards. Device according to user requirements, can also be used in the milk, milk residue, after condensation casein, the protein and wheyprotein isolate, and whey clarification and purification.

The horizontal spiral centrifuge produced by Shenzhou Group is specially used for the separation of river sludge. The separated sludge can be directly incinerated.

LW series products are decanter centrifuges that can work continuously and are mainly used for solid-liquid separation, dehydration, fractionation, clarification, and concentration of materials. Based on different phase densities, it separates the solid phases and liquid phases under the action of the centrifugal force generated by the high-speed revolution of the Bowl. The solid phases are conveyed to the conical end of the Bowl through a spiral and then discharged, and the liquid phases are discharged out from the overflow port at the big end of the Bowl. Characterized by simple design, high efficiency and scientific configuration, this product has been widely applied to chemical, pharmaceutical, environmental protection, food, mining, energy and other industries.

The decanter centrifuge developed by Shenzhou Group is mainly used for the treatment of fermentation liquid wastewater. The wastewater treated by Shenzhou decanter centrifuge can meet the standard of direct discharge！！

Biodiesel, a kind of renewable fuel resource, is widely available. Now, a new trend of utilizing biodiesel resources is being raised. Compared with mineral diesel oil, it has such features as low sulfur content, low pollution emission, good renewability and excellent biological degradability etc. Therefore, it has wide development prospect.

EFFICIENT SLUDGE DEWATERINGIntroducing a decanter centrifuge to your mining, quarrying or recycling operation will eliminate waste from your washing plant and produce a dry filter cake which minimises waste disposal and handling costs.

Product DescriptionGF tubular centrifuge separators are for separation which mainly used for separating all kinds of emulsion which is very difficult to be separated in separation industry, especially suitable for the liquid-liquid separation to the mixture with two liquid phases which have every small gravity difference between the two liquid phases, and suitable for liquid-liquid-solid separation to the liquid with one heavy liquid phase, one light liquid phases and fine solids, such as the liquid mixture with oil, water and solid.The main applications of GF tubular centrifuge separators are for oil separation, such as vegetable oil, fruit oil, animal oil,mineral oil separation ,  Blood Plasma and animal bloods separation.GQ tubular centrifuge separators are for liquid solid clarification which mainly used for clarifying all kinds of liquid mixture which content very fine solid particles, such as coffee, tea, yeast, latex ,starch and etc..

CHARACTERISTICSApplications: for sludge dewateringType: centrifugalOrientation: horizontal

Products Description       GQ Series Tubular Separator is mainly used for separating all kinds of suspension difficult to be separated, especially suitable for separation of solid-liquid suspension with light concentration, fine particles and very small differential gravity of the two phases,it is suitable for solid content lower 2% . Because tubular separator is manual discharging machine. But as it is manual discharging machine , so the capacity from 10-500 L per hour . Depend on the Situation of your material .

There are two types tubular bowl centrifuge.One type is GQ  for solid-liquid separation.One type is GF for liquid-liquid or liquid-liquid-solid separation.

Decanter centrifuge for extracting fruit- or vegetable juice was shown to be applicable to juice extraction from sweet and sour cherries, apricots and peaches. The machine was fed fruit mash at incrementally higher flow rates and the suspended solids in the output juice were measured with a high-speed laboratory centrifuge. Accepting 3% (w/w) suspended solids as an acceptable level, machine capacity was about 0.36 kg/s (2800 lb/h), 0.38 kg/s (3000 lb/h), 0.23 kg/s (1800 lb/h), and 0.1 kg/s (790 lb/h) for peaches, sour cherries, apricots and sweet cherries, respectively. Peaches required pectolytic enzyme treatment for extraction of low suspended solids juice but sour cherries could be processed with or without enzyme treatment. Apricot proved more difficult to juice than peaches, requiring pectinase treatment and slower feed rates to achieve juice separation. Sweet cherries proved difficult to juice, requiring both low feed rates and extensive enzyme digestion for extraction. Nevert...