Working principle: Ro reverse osmosis is relying on the reverse osmosis membrane under enough pressure, make solution by reverse osmosis membrane solvents in pure water, so as to achieve the goal of removing salt. The pore size of ro reverse osmosis membrane is only nanoscale. Under a certain pressure, h2o molecules can go through the ro membrane, while the inorganic salts, heavy metal ions, organic matter, colloid, bacteria, viruses, and other impurities in the raw water can not pass ro membrane. Thus pure water and reject water are separated. -
Working principle: RO reverse osmosis is relying on the reverse osmosis membrane under enough pressure, make solution by reverse osmosis membrane solvents in pure water, so as to achieve the goal of removing salt. The pore size of RO reverse osmosis membrane is only nanoscale. Under a certain pressure, H2O molecules can go through the RO membrane, while the inorganic salts, heavy metal ions, organic matter, colloid, bacteria, viruses, and other impurities in the raw water can not pass RO membrane. Thus pure water and reject water are separated. -
Working principle: Ro reverse osmosis is relying on the reverse osmosis membrane under enough pressure, make solution by reverse osmosis membrane solvents in pure water, so as to achieve the goal of removing salt. The pore size of ro reverse osmosis membrane is only nanoscale. Under a certain pressure, h2o molecules can go through the ro membrane, while the inorganic salts, heavy metal ions, organic matter, colloid, bacteria, viruses, and other impurities in the raw water can not pass ro membrane. Thus pure water and reject water are separated. -
Reverse osmosis, also known as reverse osmosis, is a membrane separation operation in which the solvent is separated from the solution by using the pressure difference as the driving force. Apply pressure to the solution on one side of the membrane, when the pressure exceeds its osmotic pressure, the solvent will reverse osmosis against the direction of natural osmosis. Thus, on the low-pressure side of the membrane, the solvent is permeated, i.e., permeate; on the high-pressure side, the solution is concentrated, i.e., concentrate. Reverse osmosis membrane can remove 99.5% of the salt, commonly used in municipal water, groundwater, brackish water, seawater and other desalination treatment, compared with other purification processes, reverse osmosis device can be low-cost production of high-quality water
Reverse osmosis, also known as reverse osmosis, is a membrane separation operation in which the solvent is separated from the solution by using the pressure difference as the driving force. Apply pressure to the solution on one side of the membrane, when the pressure exceeds its osmotic pressure, the solvent will reverse osmosis against the direction of natural osmosis. Thus, on the low-pressure side of the membrane, the solvent is permeated, i.e., permeate; on the high-pressure side, the solution is concentrated, i.e., concentrate. Reverse osmosis membrane can remove 99.5% of the salt, commonly used in municipal water, groundwater, brackish water, seawater and other desalination treatment, compared with other purification processes, reverse osmosis device can be low-cost production of high-quality water
Reverse osmosis, also known as reverse osmosis, is a membrane separation operation in which the solvent is separated from the solution by using the pressure difference as the driving force. Apply pressure to the solution on one side of the membrane, when the pressure exceeds its osmotic pressure, the solvent will reverse osmosis against the direction of natural osmosis. Thus, on the low-pressure side of the membrane, the solvent is permeated, i.e., permeate; on the high-pressure side, the solution is concentrated, i.e., concentrate. Reverse osmosis membrane can remove 99.5% of the salt, commonly used in municipal water, groundwater, brackish water, seawater and other desalination treatment, compared with other purification processes, reverse osmosis device can be low-cost production of high-quality water.
Drinking water engineering: pure water preparation, drinking water purification Petrochemical industry: oilfield injection water, petrochemical wastewater deep treatment Seawater desalination: production and living water for island areas, coastal water-scarce areas, ships, seawater oil fields, etc. We can customise your water treatment plant exclusively for you, if you need it please contact us to tell us what you need.
Reverse osmosis, also known as reverse osmosis, is a membrane separation operation in which the solvent is separated from the solution by using the pressure difference as the driving force. Apply pressure to the solution on one side of the membrane, when the pressure exceeds its osmotic pressure, the solvent will reverse osmosis against the direction of natural osmosis. Thus, on the low-pressure side of the membrane, the solvent is permeated, i.e., permeate; on the high-pressure side, the solution is concentrated, i.e., concentrate. Reverse osmosis membrane can remove 99.5% of the salt, commonly used in municipal water, groundwater, brackish water, seawater and other desalination treatment, compared with other purification processes, reverse osmosis device can be low-cost production of high-quality water.
In biological wastewater treatment plants, aeration chambers are used to remove organic matter from the water. Microorganisms are used to break down organic matter in the wastewater. Roots blowers provide the required oxygen to the microorganisms in the aeration chambers. Pressurized air is delivered through an aeration mat below the aeration chamber. The bubbling air not only provides oxygen to the process, but also keeps the microorganisms suspended in the water so that they do not settle. Depending on the biochemical oxygen demand, rotary vane blowers provide a constant air flow in the required amount. The correct selection and sizing of Roots blowers plays a vital role in the economic operation of wastewater treatment plants. The operating areas to which a rotary vane blower system will be subjected include the following parameters: Site conditions; Barometric pressure, discharge pressure, ambient temperature, relative humidity Type of aeration system Air mass flow at any time according to process conditions Other system and process variables such as upstream and downstream equipment, filters, valves, etc.
UV Disinfection: An Effective and Safe Solution for Water Treatment Ultraviolet (UV) disinfection is a powerful method for inactivating viruses, spores, and cysts in water. Unlike chemical disinfectants, UV disinfection eliminates the need for producing, handling, transporting, or storing hazardous chemicals. This method leaves no harmful residues that could affect humans or aquatic life, making it an eco-friendly alternative. UV light effectively destroys bacteria and viruses, including pathogens like Cryptosporidium and Giardia, which are resistant to other treatment methods like chlorine. How UV Disinfection Systems Work UV disinfection is a simple yet highly effective process for ensuring water safety. The water flows through a UV system where it is exposed to ultraviolet light within a UV chamber. The UV light, emitted by a UV lamp, has a specific wavelength (around 254nm in the UV-C spectrum) that can deactivate microorganisms when the intensity is sufficient. On a technical level, UV light breaks the chemical bonds in the DNA of microorganisms, altering their genetic structure. This disruption prevents pathogens from performing essential cellular functions, such as reproduction and infection. By destroying the DNA or RNA of these harmful microorganisms, UV light renders them unable to function or multiply.
If there is a salty taste in the drink, this set of reverse osmosis water purification equipment can remove carbonate from the water. Remove excessive iron and manganese in the water, reverse osmosis equipment pretreatment using quartz sand filtration, to solve the problem of beverage discolouration. Remove the bacteria in the water, increase the shelf life of the beverage.
Reverse osmosis membrane is a simulation of biological semi-permeable membrane made of artificial semi-permeable membrane with certain characteristics, is the core component of reverse osmosis technology. The principle of reverse osmosis technology is higher than the osmotic pressure of the solution under the action of other substances can not pass through the semi-permeable membrane and will leave these substances and water to come. The scope of application is mainly used for reverse osmosis pretreatment, drinking water treatment, water reuse and other fields. Filtration of suspended solids, colloids, proteins, microorganisms and other molecular substances in the media solution. Principle of operation Reverse osmosis is in the concentrated solution side of the pressure greater than the osmotic pressure of the solution, forcing water molecules in the reverse direction (and natural osmosis in the opposite direction) through the semi-permeable membrane into the dilute solution process, due to the process of reverse osmosis, the solution side of the water molecules through the semi-permeable membrane flow to the dilute solution, while the vast majority of the solute (dissolved solids) can not be through the membrane to be retained. Therefore, the concentrated solution is further concentrated or dehydrated, and the dilute solution is diluted and purified or desalinated.
Water treatment equipment can improve production efficiency and product quality. In chemical production, high purity water is the key to ensure the quality and stability of chemical reaction. Through the water treatment equipment, the impurities in the water can be removed to ensure the purity of the water, thus improving product quality and production efficiency. In addition, the water treatment equipment can also adjust the temperature and pH value of the water to meet the needs of different chemical reactions, which further improves the production efficiency and product quality. Features Water production process: RO, secondary RO, secondary RO + EDI Water production capacity: 0.5 tonnes/hour-500 tonnes/hour Mainly used for reverse osmosis treatment of industrial pollutants, heavy metals, bacteria, viruses, etc. Scope of application:
Equipment introduction: pharmaceutical plant reverse osmosis water purification equipment, PLC + touch screen control, easy to operate, stable water quality, to meet all kinds of pharmaceutical production water standards The core reason of pure water for pharmaceutical production lies in the high purity and sterility of pure water, which can ensure the quality and safety of the drug production process. Common water contains impurities such as suspended solids, microorganisms, organic matter, etc., which may affect the purity and stability of the drug, so it is necessary to use purified water to meet the requirements of the pharmaceutical process. Features Automatic operation Simple operation Low failure rate Low running cost Water production: 1 tonne/hour Process flow: tap water, groundwater, etc. Water output standard: customised according to the actual needs of customers
The water treatment filter is sometimes called the industrial water filter or agricultural water filter. Have many different types including Automatic Hydraulic self-cleaning Filters, Automatic Electric self-cleaning Water Filters, Hydro-electric Automatic Water filters, electric self-cleaning brush filters, Disc filters, Automatic Sand Filters, media filters, etc. What do you think should be considered when you select a filter? normal flow pressure of the pipeline system accuracy of the filter (if user required) the concentration of suspended substances/ impurities in the water physical and chemical properties of the filter media Types of Wastewater Treatment Filters Hydraulic Automatic Filter Automatic Hydraulic self-cleaning Filter is convenient to operate, driven by the hydraulic motor to complete the cleaning work. Electric Automatic Water Filter Electric automatic filter treats a large amount of water, filter area is large, can be operated in the system pressure is low. Hydro-electric Automatic Self-cleaning Filter Hydro-electric Automatic Self-cleaning Filter combines the advantages of hydraulic and electric filters. 2 inch Automatic Disc Filter 2-inch automatic disc filter has stable filtration efficiency, automatic control, continuous filtration, reliable operation, and long life. 3 inch Automatic Disc Water Filter 3 inch Automatic Disc Water Filter, fully automatic filtering, continuous control. 4 inch Automatic Disc Water Filter 4 inch Automatic Disc Water Filter, stable filtering efficiency, applied in cooling circulating water, membrane water treatment, and drip irrigation & filtration, etc. Automatic Sand Filter Automatic sand filter is a kind of pretreatment equipment for water treatment systems, with a good filtering effect. As a disinfectant products manufacturer, we will do our best to meet all the needs of customers.
Advanced 5-Stage Filtration System: 12 Inline Sediment Filter ;Removes large particles and sediments to protect the system and enhance longevity. 12 Inline GAC Filter;Utilizes granular activated carbon to effectively eliminate organic contaminants, improving taste and clarity. 12â?? Inline Block Carbon Filter: Efficiently reduces chlorine, bad taste, and odor for clean and pleasant drinking water. LG Chem 80 GPD:A high-efficiency membrane that filters out even the smallest contaminants, including heavy metals and dissolved solids, providing top-tier water quality. 10 Inline Post Carbon Filter:;Provides final-stage filtration to further enhance water purity, ensuring pristine water quality
Product Introduction Pure waterequipment is one of the most advanced and frequently used purification techniques among the current water treating equipment in the world wide. Reverse osmosis technology is the core technology of the equipment, and products of Toray and equivalent brands are selected as the reverse osmosis membrane.The process of "pre-treatment+ reverse osmosis" is provided for rotogravure cylinder making equipment. Product Advantage Description of the process of RO equipment: Engravured cylinder making printing roller the raw water will flow through multi-media filter and Pure Water equipment for gravure cylinder water softener under the effect of water softener for pre-treatment, and Environmental protection Pure Water Equipment will flow through the RO reverse osmosis membrane under effect of high-pressure pump. In order to ensure the stable operation of RO reverse osmosis membrane, a security filter is set in front end of RO reverse osmosis membrane. The reverse osmosis water will be discharged to the pure water tank Pure Water equipment for gravure cylinder .
Electroplating wastewater include the pretreatment rinsing wastewater, plating rinsing wastewater. And the principal pollutants are heavy metal ion . 1.1 Up-to-standard discharge technology The emission of waste water which contains heavy metal ions such as Cr, Cu and Ni must meet the local requirements by adopting the means of Physical and Chemical Reaction + Sequencing Batch Precipitation + Ion Exchange + Compulsory Filtration to reach the standard. 1.2 Electroplating wastewater reuse technology Electroplating wastewater reuse technology means to add reclaimed water reuse system and reuse system on the basis of standardized discharge technology. The effluent can meet reclaimed water reuse standards(such as cleaning). 1.3 Electroplating wastewater zero-discharge technology MVR evaporator Working principle: MVR evaporator will increase the energy of secondary steam by using compressor, and will take advantage of the secondary steam with improved energy to recycle the potential heat of secondary steam. Specifically: Increase the pressure and temperature of the secondary steam generated by evaporator through the adiabatic compression in compressor, and after that, the steam will be fed into the heating chamber of evaporator (heat exchange system) as the heating steam, thus the potential heat of steam can be reused. The cold material will absorb the heat of non-condensable gas through preheating exchanger before being sent into evaporator, so the temperature of the cold material will increase, meanwhile, the condensate can be cooled by this material. This can further improve the utilization ratio of heat.
Dosing System Features : Compact design Corrosion free Simple handling Precisely engineered Dosing System Dosing Systems is basically used for feeding medicines and chemicals. These are designed with utmost preciseness to ensure longer service life and high performance. And such type of dosing system, dosing task will become very user-friendly. It is mostly demanded in various power stations and also in textile industries for the treatment of chemicals. The dosing systems that we provide are known for not providing any sort of interface issues between single components. furthermore, these are customized as per the application based. Dosing Systems are useful for Boiler feed treatment,Ultra filtration, Waste water treatment, Raw water treatment, Reverse osmosis and Cooling water treatment.
Lab Scale Electrocoagulation Wastewater Treatment Unit A lab-scale electrocoagulation (EC) wastewater treatment unit is a miniature version of a system used to remove contaminants from water and wastewater using electricity. It's ideal for researchers, and small-scale industrial applications to test and optimize the EC process for specific wastewater streams. Description: The core components of a lab-scale EC unit typically include: Reactor vessel: This tank holds the wastewater to be treated. It's often made of transparent material for easy observation of the treatment process. Electrodes: Two electrodes, typically made of aluminum or iron plates, are submerged in the wastewater. One electrode is connected to the positive terminal (anode) and the other to the negative terminal (cathode) of a power supply. Power supply: A DC power supply provides the electrical current that drives the electrocoagulation process. Flocculation mechanism (optional): Some units might incorporate a stirrer or mixer to enhance the collision and aggregation of contaminants during the process. Sampling ports: These allow for collecting influent (untreated) and effluent (treated) wastewater samples for analysis. Features: Compact size: Designed for laboratory use, these units have a small footprint and are easy to set up and operate. Adjustable parameters: Researchers can control various factors like voltage, current, treatment time, and electrode material to optimize the EC process for specific contaminants. Visible operation: The transparent reactor allows for visual monitoring of floc formation and treatment progress. Relatively simple setup: Lab-scale units are designed for ease of use and often require minimal maintenance.
