Souble- Stage Reverse Osmosis, RO Seawater Desalination Plant/System/Machine
China Souble- Stage Reverse Osmosis, RO Seawater Desalination Plant/System/Machine, Find details about China Reverse Osmosis, Waste Water Treatment from Souble- Stage Reverse Osmosis, RO Seawater Desalination Plant/System/Machine
Basic Info.
Model NO.
GLRO-01-1000
Trademark
Geling(Shanghai)
Specification
100 liters t 3000 liters per hour
Origin
Shanghai (China )
HS Code
8421299090
Model NO.
GLRO-01-1000
Trademark
Geling(Shanghai)
Specification
100 liters t 3000 liters per hour
Origin
Shanghai (China )
HS Code
8421299090
Product Desciption
Waste water treatment -----RO system / RO Membrane
As an important component of membrane technology, reverse osmosis, its components are porous asymmetric osmotic membrane, mainly used for the separation of substances in the solution of the molecular level, so that the material was graded, concentrated and purified. Reverse osmosis, also known as reverse osmosis, a pressure difference as a driving force, from the solution separation of solvent separation of the membrane operation, because it is the direction of natural infiltration and reverse, so that reverse osmosis. Depending on the osmotic pressure of the various materials, the reverse osmotic pressure greater than the osmotic pressure can be used to achieve the purpose of separation, extraction, purification and concentration, i.e., applying pressure to the liquid side of the membrane, and when the pressure exceeds its osmotic pressure , The solvent will reverse the direction of natural infiltration reverse osmosis. So that a permeated solvent, i.e., a permeated liquid, is obtained on the low pressure side of the membrane; and a concentrated solution, i.e., a concentrated liquid, is obtained on the high pressure side.
The separation of large and small molecules solute mainly depends on the porosity of the membrane, that is, the adsorption, exclusion, blocking and sieve of the membrane on the large and small molecular solutes. Sub-effect, separation of physical and chemical factors than the physical factors are more important, and membrane on both sides of the solution of the osmotic pressure difference, so the greater the pressure on both sides of the membrane, the higher the desalination rate. Reverse osmosis compared with other separation process, has the following advantages:
1), the process at room temperature and low pressure, low energy consumption, no heating, no thermal effect and phase change, without adding any other material to achieve separation, enrichment, purification and grading purposes. It is particularly suitable for:
Separation and concentration of heat-sensitive substances.
need to maintain the original product odor, taste, shape, color and nutrients of the physical and chemical properties of food and biochemical products separation and concentration.
Concentrated recovery of very thin solute.
desalination under constant volume constant concentration.
2), reverse osmosis device is simple, small footprint, less ancillary equipment required, easy installation, low cost, easy to insert the existing production process system, expand the capacity and increase the components easy;
3), reverse osmosis membrane loading density is high, the investment cost is small, the operation is simple, the starting time is short, easy maintenance repair, easy automatic control, low system energy consumption, short production cycle, easy operation and maintenance,
4), according to user needs, to determine the best system recovery and system desalination rate, resulting in high concentration or high purity of the material;
5), the core membrane components using world famous brands, quality assurance, the appearance of the use of sanitary stainless steel, fully enclosed pipeline operation, on-site safety and health, to meet the GMP (or FDA) specification requirements;
6), the control system through the integration of data processing, online monitoring of important operating parameters, keep abreast of the system operating conditions, but also to achieve automatic control, effectively reduce the labor intensity of workers.
Due to the advanced, efficient and energy-saving features of reverse osmosis separation technology, it has been widely used in various industrial fields. Reverse osmosis water treatment has become the most advanced water treatment desalination technology and has been involved in food, beverage, oil , Chemical, electronics, pharmaceutical, biological, environmental protection and other fields. In the desalination of desalination, brackish water desalination, industrial wastewater treatment, resource recovery, material purification and enrichment process has achieved remarkable results. Its application areas include the following:
1), food, fermentation broth, plant extracts, fruit juice beverage pre-concentration, flavor recovery, peptides, amino acids, oligosaccharides and other enrichment and purification;
2), pharmaceutical biochemical (antibiotics, mycelia, amino acids, cell lysates, vaccines, hormones, organic acids, vitamins and other concentrated, traditional Chinese medicine, plant extracts concentrated, separation, purification;
3), drinking water, food, pharmaceutical water, municipal water, chemical production water, power plant water, electronics, semiconductor industry, ultra-pure water, integrated circuit cleaning water preparation;
4), seawater desalination, brackish water desalination, separation, purification and other treatment, low concentration of wastewater treatment, water reuse treatment.
The separation of large and small molecules solute mainly depends on the porosity of the membrane, that is, the adsorption, exclusion, blocking and sieve of the membrane on the large and small molecular solutes. Sub-effect, separation of physical and chemical factors than the physical factors are more important, and membrane on both sides of the solution of the osmotic pressure difference, so the greater the pressure on both sides of the membrane, the higher the desalination rate. Reverse osmosis compared with other separation process, has the following advantages:
1), the process at room temperature and low pressure, low energy consumption, no heating, no thermal effect and phase change, without adding any other material to achieve separation, enrichment, purification and grading purposes. It is particularly suitable for:
Separation and concentration of heat-sensitive substances.
need to maintain the original product odor, taste, shape, color and nutrients of the physical and chemical properties of food and biochemical products separation and concentration.
Concentrated recovery of very thin solute.
desalination under constant volume constant concentration.
2), reverse osmosis device is simple, small footprint, less ancillary equipment required, easy installation, low cost, easy to insert the existing production process system, expand the capacity and increase the components easy;
3), reverse osmosis membrane loading density is high, the investment cost is small, the operation is simple, the starting time is short, easy maintenance repair, easy automatic control, low system energy consumption, short production cycle, easy operation and maintenance,
4), according to user needs, to determine the best system recovery and system desalination rate, resulting in high concentration or high purity of the material;
5), the core membrane components using world famous brands, quality assurance, the appearance of the use of sanitary stainless steel, fully enclosed pipeline operation, on-site safety and health, to meet the GMP (or FDA) specification requirements;
6), the control system through the integration of data processing, online monitoring of important operating parameters, keep abreast of the system operating conditions, but also to achieve automatic control, effectively reduce the labor intensity of workers.
Due to the advanced, efficient and energy-saving features of reverse osmosis separation technology, it has been widely used in various industrial fields. Reverse osmosis water treatment has become the most advanced water treatment desalination technology and has been involved in food, beverage, oil , Chemical, electronics, pharmaceutical, biological, environmental protection and other fields. In the desalination of desalination, brackish water desalination, industrial wastewater treatment, resource recovery, material purification and enrichment process has achieved remarkable results. Its application areas include the following:
1), food, fermentation broth, plant extracts, fruit juice beverage pre-concentration, flavor recovery, peptides, amino acids, oligosaccharides and other enrichment and purification;
2), pharmaceutical biochemical (antibiotics, mycelia, amino acids, cell lysates, vaccines, hormones, organic acids, vitamins and other concentrated, traditional Chinese medicine, plant extracts concentrated, separation, purification;
3), drinking water, food, pharmaceutical water, municipal water, chemical production water, power plant water, electronics, semiconductor industry, ultra-pure water, integrated circuit cleaning water preparation;
4), seawater desalination, brackish water desalination, separation, purification and other treatment, low concentration of wastewater treatment, water reuse treatment.
You Might Also Like
FDA Approved Lemborexant Sleep-Wake Disorders and Insomnia D......
Dmr Digital Two-Way Radio, UHF/VHF, Compatible with Mototrbo......
Multifunctional Shr Opt/RF Hair Removel Elight Birth Mark Re......
Air Lift D2300 2300lbs Rubber Air Spring Bag for Car Truck A......
Hot Feed Rubber Extruder with Ce
Single Girder Gantry Crane with Factory Price
D2w6y Cheap Manual Home Used ABS Crank Hospital Foldaway Bed
Old Style Wooden Treasure Box with Brass Latch Woodcraft
Arena PARA Gatos for Toilet Bentonite Cat Sand Pet Supply
Women A Line Short Knee Length Tutu Tulle Prom Party Skirt
G Single Screw Progressive Cavity Pump Self-Priming Slurry P......
700ml Round Shape Spirits Vodka Whisky Brandy Glass Bottle