Industrial Nanofiltration NF Systems NF-500

Description

Nanofiltration systems offer industrial plants with additional benefits that reverse osmosis fails to provide. Such advantages include the consumption of less water, more efficient in removing hardness (suspended solids) than RO, including foul taste and smell problems. 

Industrial nanofiltration systems are designed with advanced nanotechnology for the purposes of improving the capability of removing extremely high TDS levels from water. These NF systems are built-in with elastic features that have fewer maintenance requirements than RO systems and water softeners, including being less prone to fouling.   

Industrial users favor the utilization of nanofiltration systems over RO systems due to its greater capacity in allowing the passage of designed minerals and preventing the passage of unwanted organic compounds. This feature makes nanofiltration ideal in treating water sources that contain high degrees of bivalent ions such as calcium, magnesium, uranium and radium.

NF systems also have earned its reputation as being the most efficient hardness removing membrane technology on the market through targeting and eliminating hardness from water. Just as reverse osmosis systems are efficient in eradicating color, viruses, bacteria, and organic substances, nanofiltration provides the same productivity, along with removing other impurities such as pesticides, and microorganisms. All of these qualities result in the production of high-quality freshwater at a lower cost due to nanofiltration systems using less energy than RO systems. 

Aquacomponents manufactures and distributes a complete category of tailor-made nanofiltration systems, which come equipped with advanced 3D computer modeling and process design software for precise and custom-made solutions.

Operation Specifications
Max. feed water temperature: 42°C Feed water pressure: 20 to 50 psi Operating pressure: 80 to 125 psi H2S must be removed Turbidity should be removed Max. Iron content: 0.05 ppm	Feed water TDS: 0-1,000 ppm Equipment upgrade for higher TDS values Hardness over 1 GPG requires antiscalant dosing pH tolerance range: 3-11 Max. Silica Tolerance: 60 ppm @ 60% recovery Operate at higher TDS by lowering recovery

Industrial Nanofiltration NF Systems NF-500
Model Number	Permeate Flow Rate		Quantity of Membranes	Motor Rating at 1,000 ppm 60Hz (hp)	Approx. Weight (lbs)	Dimensions L”xW”xH”
	GPD	M3/D
NF-190K-4780	190,000	719	28	25	4,500	350x72x80
NF-213K-5680	213,750	809	30	25	4,500	300x72x80
NF-256K-6680	256,500	971	36	25	4,900	300x72x80
NF-304K-7680	304,000	1,151	42	30	5,200	300x72x90
NF-342K-8680	342,000	1,294	48	30	5,750	300x72x90
NF-389K-9680	389,500	1,474	54	40	6,250	300x72x90
NF-427K-10680	427,500	1,618	60	40	7,500	300x72x90
NF-475K-11680	475,000	1,798	66	50	8,500	300x72x80
NF-522K-11780	522,500	1,978	77	50	8,750	350x72x90
NF-570K-13780	570,000	2,157	91	60	9,250	350x84x92
NF-665K-14780	665,000	2,517	98	60	9,650	350x84x94
NF-760K-16780	760,000	2,877	112	75	10,200	350x84x96
NF-855K-18780	855,000	3,236	126	75	10,650	350x84x98
For more information, please view/download our “Data Sheet”

Features

 

Standard Features:

Available Options:

Powder coated carbon steel frame 8” TFC spiral wound membranes Stainless steel multi-stage pump with TEFC motor FRP membrane housing 5 micron cartridge prefilter 460V/3Ph/60Hz power requirement PLC based control panel Programmable time delay and set points Status indicators Motor starter NEMA 12 enclosure Low pressure switch High pressure switch Liquid filled pressure gauges Permeate conductivity monitor Permeate & concentrate flow meters

Remote monitor/control option Feed water conductivity monitor Membrane cleaning skid Automatic hourly flush Feed/Permeate blending Export crating 220V or 380-415V/3Ph/50 or 60 Hz Product tank level switch Feed pH controller with sensor Feed ORP controller with sensor Flow totalizer Chemical dosing systems Media and Iron prefiltration systems UV sterilization systems Water softeners Post RO systems Containerized NF systems

Applications

Nanofiltration is also becoming more widely used in chemical processing, food processing applications such as textile industry wastewater treatment, dairy, for simultaneous concentration and partial (monovalent ion) demineralization.

Docs

Industrial Nanofiltration NF Systems Data Sheet

 

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Here at Aquacomponents, LLC., we engineer and build all of our water treatment systems in-house.

Our turn-key water treatment systems are all pre-engineered using the latest CAD technology available.

This enables our teams to build and deliver treatment systems to our customers with quick turnaround times.

Many of our customers require custom engineered systems. These are typically built around similar core systems and thus allowing for improved turnaround times, even for one-off designs.