Reverse osmosis equipment for the food, beverage, chemical, hospital, electronics, flowers, water treatment equipment and other industries, but also as a community, industrial zones, oil and other water house core equipment. Reverse osmosis is the world's most advanced and most energy efficient membrane separation technology which mainly use the principle of a semi-permeable membrane penetration, giving it a certain way by applying a pressure, anti-penetration direction of the force in nature, so concentrated solution penetration of water into the dilute solution, this is called reverse osmosis. Element consisting of reverse osmosis apparatus for reverse osmosis. Reverse osmosis equipment for the food, beverage, chemical, hospital, electronics, flowers, water treatment equipment and other industries, but also as a community, industrial zones, oil and other water house core equipment. Reverse osmosis is the world's most advanced and most energy efficient membrane separation technology which mainly use the principle of a semi-permeable membrane penetration, giving it a certain way by applying a pressure, anti-penetration direction of the force in nature, so concentrated solution penetration of water into the dilute solution, this is called reverse osmosis. Element consisting of reverse osmosis apparatus for reverse osmosis. Membrane pore size is very small and therefore the reverse osmosis membrane can effectively remove inorganic salts, heavy metal ions, organics, colloids, bacteria, viruses and other impurities in the water. So that the water and concentrated water through the area can not be strictly separated through to single-stage reverse osmosis for water 500μs/cm conductivity less than, the water resistance of up to 0.2-0.1MΩ cm (conductivity 10? - 5μs/cm), single-stage reverse osmosis desalination rate of 90% -99%. Reverse osmosis water treatment equipment has the following advantages: * continuous operation, product quality and stability of water with acid regeneration * need * not * due to regeneration and downtime savings recoil and cleaning water * produce ultrapure water with high yield (yield can be up to 95%) * No regeneration wastewater, sewage treatment facilities are not required to reserve * No acid and dilute acid transport facilities * reduced * workshop building area is safe and reliable, to avoid exposure of workers to reduce the pH * Run the installation and maintenance costs * simple, low cost of installation of reverse osmosis water treatment equipment is mainly used in the following industries: * Drinking water: pure water, mineral water, spring water, bottled water, etc. * bucket of water in food processing: cold food, canned food, poultry, meat processing category, vegetables alcoholic beverages, such as water and finishing *: liquor, beer, wine, carbonated drinks, tea drinks, dairy products, etc. * electronics industry ultrapure water: monocrystalline semiconductor, integrated circuit, liquid crystal displays and other water * Pharmaceutical industry: pharmaceutical preparations , infusion, extraction of natural substances, herbal drinks, etc. * High quality drinking water: residential, hotels, airports, schools, hospitals, military units, enterprises and institutions * Industrial Water: cars, ultra-pure water plating, painting, paint, paint boiler water softening, etc. * brackish water desalination of seawater: islands, ships, saline areas of drinking water for preparing textile paper *: dyeing water, water jet loom, paper Whitewater * Fine Chemicals Water: cosmetics, detergents , biotechnology, genetic engineering, etc. * circulating cooling water: Central air conditioning, smelting, water cooled air conditioning * Pool: indoor swimming pool, outdoor pool, etc. * flowers and landscape water aquaculture: Flower breeding, tissue culture; fish farming, ornamental fish, etc. According to local water quality, as well as water and water requirements of enterprises, reverse osmosis equipment is divided into single-stage and two-stage reverse osmosis equipment, reverse osmosis equipment, pure water production is the application of reverse osmosis technology, driven by the pressure difference between the membrane filtration technology. Reverse osmosis is divided into single-stage and two-stage reverse osmosis reverse osmosis single-stage reverse osmosis for water 500μs/cm conductivity less than, the water resistance of up to 0.2-0.1MΩ? Cm (conductivity 10-5μs/cm), single stage reverse osmosis desalination rate of 90% -99%. Two-stage reverse osmosis for water quality is relatively poor areas, the conductivity is greater than the water 500μs/cm, the water resistance of up to 0.5-0.2 MΩ? Cm (conductivity of 2-5μs/cm). Two-stage reverse osmosis product water in the first stage to the second stage as the raw water, and there is a continuous flow of concentrated water circulation, the use of this process, the secondary effluent water standards fully meet the state, two-stage system is used in the pharmaceutical, medical electronic and pure water industries. Reverse osmosis water treatment equipment process: the original raw water booster tank → → → multi-media filter activated carbon filter → → → precision filter inhibitor system RO high-pressure pump → Host → → product tank Suwon increased raw water tank → Pump → multi-media filter activated carbon filter → → → precision filter inhibitor system a high-pressure pump → → → reverse osmosis water tank in the middle two high-pressure pump → → → reverse osmosis product water storage tank → Anti- penetration of water treatment technology is basically belongs to physical methods, its desalination process has the following outstanding features not found in conventional water treatment methods in many aspects: 1, reverse osmosis is at room temperature, without the use of physical methods to phase change water desalination, purification; 2, water treatment rely solely on water pressure as a driving force, its lowest energy consumption in many treatment methods; 3 without a lot of chemicals and acid regeneration process; 4, no chemical waste and Waste acid neutralization process, and no environmental pollution; 5, the system is simple, easy to operate, product quality and stability, can achieve high quality reverse osmosis pure water; 6, the raw water quality to adapt to a wide range of both for in brackish water, sea water and even sewage treatment, desalination and adapt to low salt; 7, less floor space, the space required is small; 8, operation and maintenance and equipment maintenance workload rarely; reverse osmosis pure Water treatment equipment is mainly used in the following industries: preparation, wine brewing, and reduce the degree of space, water, pure water, distilled water; preliminary preparation of pharmaceuticals, electronics and other industries of water; concentrated chemical process, separation, purification machine with water preparation; boiler supply water desalination soft water, seawater, brackish water desalination; papermaking, electroplating, printing and dyeing industry, water and wastewater treatment. Product parameters: pretreatment tank: Stainless steel / FRP inhibitor: Domestic / USA Brady resin: Kim / Purolite / East rack: stainless steel / carbon steel reverse osmosis membrane elements: Dow / Hyde / Saehan / Huitong membrane shell: stainless steel / glass and steel high-pressure pump: Southern pump / Grundfos Pumps / Peak pump control system: automatic / semi-automatic / PLC tank: stainless steel threaded tank / stainless steel sterile water tank / PE tank / tank combination appliances: West Germany / Schneider / reverse osmosis water quality standard Omron Flowers: Reverse osmosis equipment is mainly used for: Flowers (nutrient solution), pesticides, flower nursery, harvesting and cultivation. A nutrient solution: Flowers with appropriate nutrient solution PH range 5.5-6.5, generally stable at around 6.0 best. 2, EC value: because flowers at different growth stages and different growing seasons vary, generally slightly lower seedling growth period is slightly higher, slightly higher in winter, summer is slightly lower. 3, the EC is suitable seedling stage :0.6-1 .2ms/cm; flowering or a seedling (shade-tolerant plants) EC is 1.2-.8ms/cm suitable single-stage reverse osmosis equipment suitable conductivity of less than 500 water quality, water resistance up to 0.1-1MΩcm (conductivity 1-10μm/cm) two-stage reverse osmosis equipment design and conductivity greater than 500 water quality, water resistance up to 0.1-1MΩcm (conductivity 1-10μm/cm)