#hi #tech #membrane <br>[a]https%3A%2F%2Fwww.jiuwumembrane.com%2Fnon-alcohol-beer-and-no-alcohol-wine.html[/a] <br> <br>Wine Separation and wine extraction system Ideal Choice for wineries And Beer <br>Product Overview <br>JS-WSU-M2   series  products   are   specially   designed   to  meet   the brewing   needs   of  wineries.   This   wine   separation   and  extraction system  is different  from the traditional  pot  distillation  and extraction method.   By  using   our  unique   wine  ceramic membrane technology,   the  wine  can  be perfectly  separated  into  brandy  and  alcohol-free  wine without  any waste liquid production,  increase production,  and significantly reduce energy  consumption,  and  the  brandy  extracted  by  this  system,  with thorough removal of impurities, pure taste and natural  fragrance. <br>Lower energy consumption, more compact footprint, better  process control,  no  waste  liquid  production   and  a  substantial   increase   in production   capacity  enable wineries  of  all  sizes  to  further  reduce operating  costs  while  maintaining   absolute  respect  for  the  quality characteristics  of brandy. <br>Cost saving and good economic  efficiency <br>Our JS-WSU-M2 series  products adopt  a new  extraction  process different  from  the  traditional  brandy  brewing  process,  which  makes the winery achieve lower energy consumption, better output and zero waste  liquid  production  while  ensuring  the  quality  of  brandy. The process characteristics  of this series of products  include: <br> <br>Wine membrane technology <br>Wine Membrane  is a preferential  selective membrane  specially designed for wineries. Wineries can separate wines  into brandy  and alcohol-free wines  in reliable, repeatable and single process  steps. Wine Membrane products  have been proved to have good selective separation and solvent resistance. It  can ensure that the wine body is not polluted, and greatly increase the output.In addition: equipped with full automatic control, and a small footprint, is the ideal solution for extracting brandy  from wine. <br>Composition  of the membrane  module: <br>Membrane:  Special Composite Membrane Material <br>Pouring: Food grade epoxy resin <br>Sleeve: Food grade polypropylene  wrapping  net <br>Shell: Food grade 304 stainless steel <br>Sealing: Soft food grade epoxy resm <br>Process and Components of JS-WSU-M2 Series Products <br>JS-WSU-M2  Series Components: <br>Feeding system <br>Membrane  Separation System Vacuum system <br>Condensing system <br>Heating system <br>Electrical  appliances and control systems <br>Executive  standard <br>GB 4806.1 -2016  National  Food Safety Standard  General  Safety Requirements  for Food Contact Materials  and Products <br>GB 31604.1 -2015  National  Food Safety Standard  General Rules for Migration Tests of Food Contact Materials  and Products GB 4806.9 -2016 National  Food Safety Standard  Metal Materials  and Products for Food Contact

#china #membrane <br>[a]https%3A%2F%2Fwww.jiuwumembrane.com%2Fnanofiltration-ceramic-membrane-element%2F[/a] <br> <br> <br>Ceramic Nanofiltration membrane is relatively recent membrane filtration system, with the purpose of softening and removal of disinfection by-product precursors such as natural organic matter and synthetic organic matter. More ultrafiltration membrane system details here! <br> <br>DETAILS OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT <br>Pictures Size Pore size <br> A: 4.0mm 2nm <br> B: 30mm 5nm <br> 8nm <br> <br>CHARACTERISTICS OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT <br>Chemical, mechanical and thermal stability <br>Ability of steam sterilization and back flushing <br>High abrasion resistance <br>High fluxes <br>High durability <br>Bacteria resistance <br>Possibility of regeneration <br>Dry storage after cleaning <br> <br>OVER VIEW OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT <br>Ceramic nanofiltration membrane is widely used in petroleum and chemical industry, medicine, metallurgy and other processes involving harsh systems due to its unique thermal stability and chemical stability, resistance to organic solvents, disinfection, regeneration, and backwashing. In the industrial field, ceramic membrane system has become one of the fastest growing and most promising membrane materials in the membrane field. <br>1. Nanofiltration technology <br>Nanofiltration membrane technology is a new type of pressure-driven separation technology between ultrafiltration and reverse osmosis. It can not only effectively separate the relative molecular mass of 200-1000 by sieving, but also generate the Donnan effect by electrostatic action, with high removal rate for divalent and high valence ions. <br> <br>In recent years, nanofiltration technology has gradually occupied an important position in the petrochemical, food processing, wastewater treatment, medical technology, and energy industries, and is a common technology for achieving sustainable development. <br>2. Ceramic nanofiltration membrane <br>Nanofiltration membrane materials are a key core of nanofiltration technology. Ceramic nanofiltration membrane has excellent thermal stability, chemical stability, high mechanical strength, acid and alkali resistance, microbial erosion, chlorine and other oxidizing substances, anti-pollution, etc. It has become the fastest growing and most developed in the membrane field and one of the prospective membrane materials. <br> <br>APPLICATION OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT <br>1. Chemical industry (membrane technology in the chemical industry) <br>a. Application in catalyst recovery in the petrochemical industry <br>In petrochemical and chemical production, the application of the catalyst is very extensive, and it is generally necessary to separate the product and the catalyst after the reaction. Ceramic nanofiltration membrane has good heat resistance, chemical solvent resistance, and good mechanical strength. It adopts cross-flow filtration method in catalytic reaction solid-liquid separation and has the advantages of high-temperature resistance, acid and alkali resistance, solvent resistance, etc. The coupling can fully improve the efficiency of the reactor, high separation precision, and can separate the nano-scale catalyst. <br>b. Application in brine purification in the field of the chlor-alkali chemical industry <br>Ceramic nanofiltration membrane has excellent performance such as pollution resistance and long life and is widely used in the field of chlor-alkali chemical industry. Using efficient &quot;cross-flow&quot; filtration, it is difficult to achieve results and advantages with other refining and filtration technologies. <br>2. Fine separation of medicine <br>Compared with traditional organic membranes, ceramic composite nanofiltration membranes have the unique advantages of high separation precision, guaranteed filtrate quality, high flux filtration, high product yield, low wastewater, low cleaning frequency and no need for additives. It can realize desalting and pre-concentration of target products and has been successfully applied to biological enterprises such as glutamic acid, citric acid, itaconic acid, and vitamin C. <br>3. Environmental water treatment (water filtration membrane) <br>The integrated process with ceramic membrane + organic membrane as the core is widely used in: oily water filtration system, metallurgical wastewater treatment, chemical wastewater treatment, paper mill wastewater treatment, large-scale pure water and ultrapure water preparation, zero discharge of power plant brine. <br>4. Gas purification <br>The integrated process technology with ceramic nanofiltration membrane as the core has the unique advantages of high separation precision, short process, acid and alkali resistance, high-temperature resistance and pollution resistance. It is widely used in industrial flue gas desulfurization, blast furnace solid-gas separation and automobile exhaust gas treatment. Wait. <br>5. New materials field <br>The ceramic nanofiltration membrane can effectively remove impurity ions in the slurry and efficiently prepare ultrafine ultra-pure nano-powder. At present, it has been applied to the purification of nano-powders such as nano-catalysts and ultra-pure non-ferrous metals. It can also be used in the purification process of nano-materials such as lithium batteries and graphene so that the impurity components in the production process can be removed in time, which is beneficial to the improvement of product yield. <br> <br>There are many nanofiltration membrane manufacturers, but we are one of the best choices for you. <br> <br>For more information about nanofiltration unit and advantages of nanofiltration, please feel free to contact us! <br> <br>As a professional Ceramic membrane factory, jiuwu hi tech has high-quality Ceramic membrane for sale. Welcome to contact us if needed.

#jiuwu #hi #tech <br>[a]https%3A%2F%2Fwww.jiuwumembrane.com%2Fmicrofiltration-ceramic-membrane-element%2F[/a] <br> <br>The ceramic microfiltration membrane element ( MF membrane) is made from alumina and zirconia which is an asymmetric membrane structure with multi-channel tubular shape. The pore is on the channel. Driven by operation pressure, the liquid is running in the membrane. The part less than pore size is permeation, the part lager than pore size is concentrated liquid, so as to achieve the separation, concentration and purification purposes. <br>JIUWU ceramic membrane manufacturer produces the ceramic microfiltration membrane with the pore size 200nm, 500nm, 1200nm and so on.  As one of leading microfiltration membrane manufacturers, JIUWU microfiltration system made by high-quality MF membranes element will meet the requirements for your special applications. <br> <br>Microfiltration Membrane Process <br>Microfiltration membrane process is a filtration technique that uses a membrane with very small pores to separate particles and substances based on their size. The membrane acts as a physical barrier and allows the passage of only particles that are smaller than the pore size, while retaining larger particles. Microfiltration is commonly used in various industrial processes, such as wastewater treatment, food and beverage processing, and pharmaceutical manufacturing. It is a cost-effective and efficient method for removing contaminants, bacteria, and suspended solids from liquids. <br>Microfiltration Membrane Pore Size <br>Pictures Size Pore size <br> A: 3.3mm 200nm <br> B: 25mm <br> A: 4.0mm 1200nm <br> B: 30mm 500nm <br> 200nm <br> A: 6.0mm 200nm <br> B: 40mm <br> A: 3.6mm 200nm <br> B: 40mm <br> <br>OVER VIEW OF MICROFILTRATION CERAMIC MEMBRANE ELEMENT <br>Ceramic microfiltration membrane is a type of physical filter element where a contaminated fluid is passed through a special pore-sized membrane to separate microorganisms and suspended particles from process liquid. The most common application of ceramic microfiltration membrane is clarification, or removal of suspended solids to produce a clear liquid. It is commonly used in conjunction with various other separation processes such as ultrafiltration and reverse osmosis membrane technology to provide a product stream which is free of undesired contaminants. Examples include clarification of whole cell broths; purification processes in which macromolecules must be separated from other large molecules, enzymes or cell debris; clarification of dextrose and highly colored fruit juices, wine and beer, during which fruit juice membrane and beer membrane filtration will be used; whey de-fatting and casein removal. Ceramic microfiltration membrane systems operate at relatively low pressures and come in a variety of configurations. They are characterized by pore size, ranging from 0.05 micron to 1 micron. <br>JIUWU company offers a large choice of ceramic microfiltration membranes with different geometries and cut-offs to meet your process requirements in viscosity, molecule size, impurity profile, purity and yield target, etc. as well as cleaning and sanitization procedures. <br>MF ceramic membrane usually serves as a pre-treatment for other separation processes such as ultrafiltration, and a post-treatment for granular media filtration. Learn more micro filtration technology here! <br>APPLICATION OF MICROFILTRATION CERAMIC MEMBRANE ELEMENT <br>Remove suspended solid and reduce SS <br>Remove proteins, polysaccharides, pigments and other impurities <br>Remove bacterial <br>Dehydration <br>Concentration <br>Reduce COD/BOD <br>Membrane technology in food processing <br>Membrane filtration of milk <br>Ceramic membranes for wastewater treatment <br> <br>Ceramic Microfiltration Membrane Material <br>Ceramic microfiltration membranes are made from ceramic materials such as alumina, zirconia, and titania. These membranes have a highly porous structure and are capable of removing particles in the range of 0.1 to 10 micrometers. Ceramic membranes are known for their high chemical and thermal stability, making them suitable for harsh operating conditions. They are also highly durable and resistant to fouling, making them a popular choice for industrial applications such as wastewater treatment, food and beverage processing, and pharmaceutical production. However, ceramic membranes tend to be more expensive than polymeric membranes, and their production process is more complex.