Aqua Pure Filter Dispenser RO+EDI System 0.5-15 m3/hr 1

Aqua Pure Filter Dispenser RO+EDI System 0.5-15 m3/hr 2

Aqua Pure Filter Dispenser RO+EDI System 0.5-15 m3/hr 3

Aqua Pure Filter Dispenser RO+EDI System 0.5-15 m3/hr 4

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Aqua Pure Filter Dispenser RO+EDI System 0.5-15 m3/hr

Picture a sunlit café or a high-precision lab where every drop matters—this is where the Aqua Pure Filter Dispenser RO+EDI System (0.5–15 m3/hr) shines. Its advanced RO + EDI duo gently strips away impurities and mineral salts, delivering glass‑clear, taste-perfect water at flows from 0.5 to 15 m3/hr, whisper‑quiet and energy‑smart. Effortless to install, built to last, and polished to complement any counter or plant, it turns routine hydration into a promise of purity—reliable, elegant, and always ready to serve.

brand name:

QILEE

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(sets):30(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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Processing Type

Reverse Osmosis

Weight(KG)

200

Dimension L*W*H(mm)

1400*600*1400

power(kw)

2.2

water production(m3/hr)

Function

Reverse Osmosis Water Purification

Type

Pure Water Treatment System

Power(W)

1 kW

Usage

Pure Water Process

Product name

Domestic Reverse Osmosis System

Voltage

220 V

weight (kg)

productivity

warranty

1 Year

place of origin

Shanghai, China

Here are four 4-word subtitle options:

The Aqua Pure Filter Dispenser RO+EDI is a high-efficiency Reverse Osmosis System delivering up to 15 m3/hr of purified water with >98% salt rejection and over 75% recovery, lowering energy use and maintenance through fully automated operation. Its compact, modular stainless-steel frame, imported membranes and robust build quality provide reliable performance, easy expansion and simple upkeep for industrial needs. Shipped in standard export cartons with a 3–20 day delivery window, the space-saving shape and packaged components speed installation and ensure consistent high-purity output.

RO EDI Ultra-Pure System

The Aqua Pure Filter Dispenser RO+EDI System (0.5–15 m3/hr) is a compact, modular Reverse Osmosis System built with imported membranes (Hydranautics/DOW) alongside multimedia prefiltration and ion exchange stages to deliver flexible production capacities. Core attributes include high salt rejection (>98%), water recovery above 75%, low energy consumption and fully automated controls, while extended features and customizable layouts offer strong expandability and a small installation footprint. Functionally it combines RO and EDI polishing to remove dissolved salts, organisms and suspended solids, providing stable high-purity water with simple maintenance and lower lifecycle costs due to its reasonable structure and quality key components.

High Purity RO EDI

The Aqua Pure Filter Dispenser RO+EDI System is a compact, fully automated Reverse Osmosis System for flows from 0.5 to 15 m3/hr, equipped with imported membranes (Hydranautics/DOW) and salt rejection above 98%. It combines advanced membrane separation technology with modular, expandable design to deliver over 75% water recovery, low energy consumption and reliable operation. Multi-media filters, ion exchangers and quality components ensure stable performance, easy maintenance and rapid delivery for industrial water treatment needs.

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◎ product nicety 2

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Continuous High Purity Water

Aqua Pure's Filter Dispenser RO+EDI System (0.5–15 m3/hr) blends decades of filtration expertise and rigorous engineering to deliver high-purity water tailored for commercial and industrial applications. This Reverse Osmosis System pairs multi-stage pre-filtration, premium high-rejection membranes and electrodeionization (EDI) polishing with automated controls, energy-efficient pumps and a modular design for straightforward installation and low-maintenance operation. Key advantages include a compact footprint, adjustable flow capacity, corrosion-resistant construction, certified output quality and remote monitoring, providing consistent production, reduced operating costs and extended service life.

Material introduction

The Aqua Pure Filter Dispenser centers on a high-performance Reverse Osmosis System using imported Hydranautics/DOW membranes housed in durable pressure vessels and paired with EDI modules for consistent high-purity water. Pretreatment relies on multi-media filters loaded with quartz sand and anthracite plus fixed-bed ion exchangers containing robust ion-exchange resin to remove suspended solids and ions. Structural components such as stainless steel frames, corrosion-resistant piping and industrial-grade valves deliver a compact, low-maintenance assembly with long service life.

◎ Robust Membrane Assembly

◎ Durable Pretreatment Media

◎ Advanced EDI Integration

FAQ

What is the Aqua Pure Filter Dispenser RO+EDI System 0.5–15 m3/hr and what capacity options does it offer?

The Aqua Pure Filter Dispenser is a combined reverse osmosis (RO) and electrodeionization (EDI) water treatment system designed to produce high-purity water continuously. Its flow capacity range is 0.5 to 15 m3 per hour (about 12 to 360 m3 per day), and it is available in modular sizes within that range to match small laboratory needs up to medium industrial processes.

What kinds of applications and industries is this system suited for?

The RO+EDI combination is commonly used where stable, high-quality water is required: laboratories, pharmaceutical production (process and utility water), cosmetics and personal-care manufacturing, food & beverage process and cleaning water, medical device cleaning, boiler feed and industrial process water, and pretreatment for ultrapure water systems and microelectronics rinsing. Final suitability depends on regulatory or product-specific purity requirements.

What water quality can I expect from this system and what feed-water conditions are required?

With proper pretreatment and system configuration, RO+EDI systems remove dissolved salts and ions to deliver deionized water suitable for many industrial and laboratory uses. Final quality depends on feed water and equipment sizing; many installations achieve conductivity in the low μS/cm range (resistivity up to MΩ·cm levels) — configurable for higher purity when needed. Feed-water requirements typically include low turbidity (sediment prefiltration), control of free chlorine (activated carbon filtration), stable temperature (commonly 5–35 °C), acceptable hardness/SDI levels, and a reliable feed flow and pressure. Exact feed specs should be confirmed with the supplier for your selected model.

What are the installation, power and utility requirements?

The system requires a consistent feed-water source, a drain for RO brine, and electrical power for the high-pressure pump(s), EDI modules and control system. A booster/high-pressure pump is normally part of the package or recommended to ensure correct RO feed pressure. Space, mounting and access for maintenance must be provided. Typical installations also include prefilters (sediment, activated carbon) and optional antiscalant dosing; specific electrical supply, pressure and footprint depend on the chosen capacity — consult the manufacturer’s datasheet for exact requirements.

What routine maintenance does the RO+EDI system need and what is the expected component life?

Routine maintenance includes replacing prefilters (commonly monthly or per pressure-drop schedule), monitoring and cleaning RO membranes (CIP as needed, often annually depending on feed water), checking and servicing high-pressure pumps, and monitoring EDI performance. EDI modules generally require less frequent chemical regeneration but should be monitored and may need replacement every 2–7 years depending on duty and feed water. Regular conductivity/resistivity and pressure checks help identify when maintenance is required. A site-specific maintenance schedule should be developed with the supplier.

What are common operational issues, how can they be avoided, and what are the advantages of RO+EDI compared with traditional ion-exchange systems?

Common issues include rising product conductivity (caused by membrane failure, scaling or EDI degradation), reduced flow (fouled prefilters or membranes), and leaks or pump failures. Prevention: maintain proper pretreatment (sediment, carbon, antiscalant), control chlorine exposure to RO membranes, monitor conductivity and pressures, and perform scheduled cleanings. Advantages of RO+EDI include continuous production of deionized water without chemical regenerants (no acid/alkali regeneration), lower operational downtime and chemical handling, and consistent water quality suitable for many industrial and lab applications. For very specialized regulatory needs (e.g., WFI for parenteral products), additional treatment steps or validation may be required.

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