2000L/Hour RO System Removing 98% of The Dissolved Salts, Particles, Colloids, Organics, Bacteria

• Certification: ISO9001
• Salt Rejection Rate: 98.0%
• Application: Industry
• Capacity: 200 Gallon
• Material for Pre Filter: FRP,SS304/SS316
• Membrane Vessel: FRP,SS304/SS316
• Model NO.: YLD-RO-2000LPH
• Connection Pipe: FRP,SS304/SS316
• Brand of Membrane: China Brands, Dow, Hydranautics,etc
• Operation Pressure: 0.5-1.6MPa
• Control Mode: Timer Controller,PLC
• Support Frame/Skid: Carbon Steel,SS304/SS316
• Pressure Protection Switch: 1 to 2 Pieces
• Selection for Prefilter: Sand/Carbon/Resin Filter,PP Filter
• Removal of Salt TDS: 97%-98%
• Feed Water Conductivity: 350us/Cm2
• Transport Package: Plywood Case
• Specification: 203cm*112cm*215cm(L*W*H)=4.88CBM
• Trademark: YLD
• Origin: Jiangyin, Jiangsu Province, China
• HS Code: 8421219990
• Production Capacity: 8 Sets/ Months

Product Description

Reverse Osmosis Water Purifying system
Reverse osmosis (RO) is a water filter purification technology that uses a semi-permeable membrane to remove ions, molecules, and larger particles from drinking water. In reverse osmosis, the applied pressure is used to overcome osmotic pressure. 
Reverse osmosis can remove many types of dissolved and suspended species from water, including bacteria, and is used in both industrial processes and the production of potable water such as fluoride. 
The result is you get very pure water. Unfortunately, this water becomes "Dead Water" lacking the alkaline minerals needed by your body and even worse can leach it from you.


What contaminants will Reverse Osmosis remove from water?
Reverse Osmosis is capable of removing up to 99%+ of the dissolved salts (ions), particles, colloids, organics, bacteria and pyrogens from the feed water (although an RO system should not be relied upon to remove 100% of bacteria and viruses). An RO membrane rejects contaminants based on their size and charge. Any contaminant that has a molecular weight greater than 200 is likely rejected by a properly running RO system (for comparison a water molecule has a MW of 18). Likewise, the greater the ionic charge of the contaminant, the more likely it will be unable to pass through the RO membrane. For example, a sodium ion has only one charge (monovalent) and is not rejected by the RO membrane as well as calcium for example, which has two charges. Likewise, this is why an RO system does not remove gases such as CO2 very well because they are not highly ionized (charged) while in solution and have a very low molecular weight. Because an RO system does not remove gases, the permeate water can have a slightly lower than normal pH level depending on CO2 levels in the feed water as the CO2 is converted to carbonic acid.
Reverse Osmosis is very effective in treating brackish, surface and ground water for both large and small flows applications. Some examples of industries that use RO water include pharmaceutical, boiler feed water, food and beverage, metal finishing and semiconductor manufacturing to name a few.


Reverse osmosis is one of the processes that makes desalination (or removing salt from seawater) possible. Beyond that, reverse osmosis is used for recycling, wastewater treatment, and can even produce energy.
Water issues have become an extremely pressing global threat. With climate change come unprecedented environmental impacts: torrential flooding in some areas, droughts in others, rising and falling sea levels. Add to that the threat of overpopulation -- and the demand and pollution a swelling population brings -- and water becomes one of the paramount environmental issues to watch for in the next generation.
Water treatment plants and systems are now adapting reverse osmosis to address some of these concerns. In Perth, Australia (notably dry and arid, yet surrounded by sea), nearly 17 percent of the area's drinking water is desalinated sea water that comes from a reverse osmosis plant [source: The Economist]. Worldwide, there are now over 13,000 desalination plants in the world, according to the International Desalination Association.
But while knowing that reverse osmosis can convert seawater to drinking water is useful, what we really need to understand is how the heck the process occurs. Assuming that you have a fairly good grasp on the definition of "reverse," we better start by taking a look at how osmosis works before we put the two together. 

Why Choose Reverse Osmosis Water System?
A reverse osmosis system is one of the most advanced and efficient methods of water filtration. RO removes 98% of dissolved particles, making the drinking supply healthier and free of fluoride and unwanted minerals.
Why choose a reverse osmosis water filter system? Because it's the best option for cleaning water and removing harmful contaminants. A RO system reduces the sodium in the water and gets rid of bad tastes and odors. The benefits of reverse osmosis are evident in the environment and it makes life easy.
Deciding what type of RO system is best for you? We've got you covered, we've put this article together to help you understand what a reverse osmosis water filter does and how it can change the quality of drinking water.

How it works?
Reverse osmosis uses pressure to force contaminants from unfiltered water. A semipermeable membrane separates the particles from the water and provides clean drinking water. The semipermeable membrane has tiny pores that work to block particles and allow clean water molecules to flow out.
The reverse osmosis system removes chlorine and sediments from the water and then passes it through a post-filter to refine the drinking water before it comes out through the faucet.

Main Specifications for Reverse Osmosis(RO) water purifying system (note:booster pump lift=135 to 150m)
model	Feed water pump	Pre-treatment filter	Booster pump	RO water	Nos. of RO membranes
	Capacity(m³/hour)	Capacity(m³/hour)	capacity	capacity	m³/hr* pieces
YLD-RO-250LPH	0.5-0.8m³/hour	0.5m³/hour	0.5m³/hour	0.25m³/hour	0.25m³/hr*1PC
YLD-RO-500LPH	1.0-1.2m³/hour	1m³/hour	1.0m³/hour	0.5m³/hour	0.25m³/hr*2PCs
YLD-RO-750LPH	1.5-1.8m³/hour	1.5m³/hour	1.5m³/hour	0.75m³/hour	0.25m³/hr*3PCs
YLD-RO-1000LPH	2.5-3m³/hour	2m³/hour	2.0m³/hour	1.0m³/hour	0.25m³/hr*4PCs
YLD-RO-1500LPH	3.5-4m³/hour	3m³/hour	2.5m³/hour	1.5m³/hour	0.25m³/hr*6PCs
YLD-RO-2000LPH	4.5-5m³/hour	3-4m³/hour	3.0m³/hour	2.0m³/hour	0.25m³/hr*8PCs(1m³/hr*2PCs)
YLD-RO-2500LPH	5.5-6m³/hour	4-5m³/hour	3-4m³/hour	2.5m³/hour	0.25m³/hr*10PCs(1m³/hr*3PCs)
YLD-RO-3000LPH	6.5-8m³/hour	4-6m³/hour	4-5m³/hour	3.0m³/hour	0.25m³/hr*12PCs(1m³/hr*3PCs)
YLD-RO-4000LPH	8-10m³/hour	6-8m³/hour	5-6m³/hour	4.0m³/hour	1m³/hr*4PCs(or 5PCs)
YLD-RO-5000LPH	10-11m³/hour	8-10m³/hour	6-7m³/hour	5.0m³/hour	1m³/hr*5PCs(or 6PCs)
YLD-RO-6000LPH	12-15m³/hour	10-12m³/hour	7-9m³/hour	6.0m³/hour	1m³/hr*6PCs(or 8PCs)
YLD-RO-8000LPH	13-16m³/hour	13-16m³/hour	9-10m³/hour	8.0m³/hour	1m³/hr*8PCs((or 9PCs))
YLD-RO-10000LPH	20-22m³/hour	18-20m³/hour	11-22m³/hour	10m³/hour	1m³/hr*10PCs(or 12PCs)
YLD-RO-12000LPH	22-27m³/hour	22-24m³/hour	15-18m³/hour	12m³/hour	1m³/hr*12PCs(or 15PCs)
YLD-RO-15000LPH	30-35m³/hour	28-30m³/hour	18-20m³/hour	15m³/hour	1m³/hr*15PCs(or 18PCs)
YLD-RO-20000LPH	35-42m³/hour	35-40m³/hour	22-28m³/hour	20m³/hour	1m³/hr*20PCs(or 24PCs)
YLD-RO-25000LPH	45-52m³/hour	48-50m³/hour	28-35m³/hour	25m³/hour	1m³/hr*25PCs,(or 27PCs)
YLD-RO-30000LPH	53-65m³/hour	56-60m³/hour	33-40m³/hour	30m³/hour	1m³/hr*30PCs(or 33PCs)