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Refurbished RO systems
Tested and inspected RO systems for pure water at a reduced price.
See offersRO system + water softener pack
Complete protection with an RO system and a water softener.
Get 15% offRO system + hydrogen water generator pack
Combine reverse osmosis water and hydrogen-rich water.
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FREE SHIPPING
On orders of €150 or more within mainland France
(home products only)
Ships within 24 hours
+33 3 66 88 17 85
Call us Monday to Friday,
9:30 am–5 pm (Paris time)!
Email: contact@josmose.fr
Do you prefer Badoit or Perrier ? With the Sparkos RO system, you no longer have to choose ! You can adjust the bubble size with a simple button on the front of the dispenser. Something everyone at home can agree on.
SPARKOS 2.0 – Smart water dispenser with reverse osmosis, hot, cold and sparkling water.
- 4-stage RO filtration – pure, contaminant-free water
- Choice of water temperatures (4 to 100°C)
- Sparkling water (CO² cartridge not included - compatible cartridge : 425g Sodastream)
- Touchscreen & Wi-Fi (Smart Life)
- Installation without building work (tank or water supply connection)
Frequently bought together
Certifications
Certifications
Quality accreditations for our RO systems
RoHS
Restriction of Hazardous Substances
The RoHS directive regulates the use of certain hazardous substances in electrical and electronic equipment to limit their presence in the components concerned.
CE marking
European conformity
CE marking indicates that the product concerned meets the applicable European requirements allowing it to be placed on the market within the European Economic Area.
FDA
U.S. Food and Drug Administration
The FDA is the U.S. authority responsible, among other things, for regulating many products related to food, health, and consumer safety.
Water Quality
Water treatment industry
This accreditation is associated with the water treatment and filtration industry and helps identify products that meet the relevant standards.
ISO 9001 & ISO 14001
Quality and environmental management
The ISO 9001 standard covers quality management systems, while the ISO 14001 standard addresses environmental management.
NSF
Standards related to water and public health safety
NSF develops, among other things, standards and evaluation protocols applicable to equipment and components used in water treatment.
Water quality and NSF certification
Understanding certification standards and the assurances associated with reverse osmosis membranes.
Are your RO systems NSF certified?
A reverse osmosis membrane referenced in Josmose documentation, the RHD3013-600, holds NSF/ANSI 58 certification covering the safety of its materials. This certification does not mean that all Josmose RO systems are NSF certified. The scope of certification must always be checked for the model and components concerned.
What exactly does NSF 58 certification guarantee?
The NSF/ANSI 58 standard covers, among other things, material safety and certain characteristics of reverse osmosis systems. For the RHD3013-600 membrane, the test documents indicate an analysis covering more than 150 substances, including solvents, phthalates, nitrosamines, and hydrocarbons. No exceedances of the applicable thresholds were found. Please note: this material certification does not validate the contaminant reduction rates of the complete RO system.
What is the difference between NSF 58 and NSF 61?
The NSF/ANSI 58 standard covers home reverse osmosis water treatment systems. The NSF/ANSI 61 standard primarily addresses materials and components in drinking water distribution installations, such as pipes and valves. The two standards serve different purposes and rely on appropriate safety criteria.
How can you verify NSF certification?
Visit the official NSF website and consult the drinking water treatment equipment database. Search for the manufacturer Ningbo RXHL Technology and model RHD3013-600. Check that the certificate matches the component used in your unit and review the characteristics actually covered.
Where are the RO systems and their membranes manufactured?
Josmose technical documentation indicates that they are manufactured in China. The manufacturer of the RHD3013-600 membrane, Ningbo RXHL Technology, is monitored by NSF as part of its certification. Manufacturing origin alone is not enough to determine the quality of an RO system: materials, checks performed, and traceability are also essential.
Do you have test results for the filtered water?
Independent testing of the units is listed as ongoing in our documentation. A TDS tester also lets you measure the total amount of dissolved solids in the water before and after filtration. This measurement provides an indication of how reverse osmosis is working, but cannot, on its own, verify the absence of PFAS, pesticides, or other specific contaminants.
Technical Specifications
Specifications
SPARKOS 2.0 technical data
| Specification | SPARKOS 2.0 |
| Filtration & technology | |
| Filtration type | Reverse osmosis (RO) |
| Number of stages | 4 filtration stages |
| Membrane | 200 GPD |
| Filter cartridge | 1 4-in-1 filter cartridge |
| Mineralization | None |
| Performance | |
| Flow rate | 31 L/h |
| Cold water production | 3 L/h at ≤ 10 °C |
| Hot water production | 18 L/h at ≥ 90 °C |
| Filling time | 23 seconds for 200 ml |
| Temperatures & dispensing | |
| Water modes | Cold, room temperature, hot, boiling and sparkling |
| Temperature range | 4 °C to 100 °C, adjustable |
| Sparkling water | Yes – external CO₂ |
| Smart features | |
| Wi-Fi | Yes – Smart Life app |
| TDS monitoring | Yes – real-time display |
| Filter replacement alert | Yes |
| Leak detection | Yes |
| Child safety lock | Yes |
| Automatic flushing | Yes |
| Installation & power supply | |
| Tank | Built-in 5-liter tank |
| Installation | Standalone or connected to the water supply |
| Power supply | 220–240 V / 50 Hz |
Key takeaway: the SPARKOS 2.0 combines reverse osmosis filtration, cold, hot and sparkling water production, and several smart monitoring and safety features in a single appliance.
Installation & Maintenance
Installation and maintenance
Easy everyday use
Installation
The SPARKOS 2.0 is designed for quick and easy installation, with two possible configurations to suit your space.
- Standalone operation with a built-in tank
- Optional connection to the water supply
- No drilling required
Easy maintenance
SPARKOS 2.0 maintenance is kept to a minimum thanks to a single filter cartridge and several automatic features.
- Easy-to-replace 4-in-1 filter cartridge
- Tool-free twist & lock system
- Automatic flushing
- Smart alerts on the display and in the app
SPARKOS 2.0 4-in-1 filter
- 4 filtration stages
- Removes up to 99.8 % of impurities
- Service life of up to 2 years
- Quick filter cartridge replacement system
Documents
Useful documents
SPARKOS 2.0 documentation
Data sheet
Find the main technical specifications, performance details and information about the SPARKOS 2.0.
Download the data sheetUser manual
Review the installation, setup, operation and maintenance instructions for your SPARKOS 2.0.
Download the user manualReverse Osmosis
Benefits of reverse osmosis
High-precision filtration for everyday water
A reverse osmosis system uses the principle of reverse osmosis to reduce many dissolved substances and impurities present in water. This technology produces highly purified water, available directly at the faucet or water dispenser.
Why choose reverse osmosis?
The main benefits
- High-precision filtration: reverse osmosis reduces a wide range of substances present in water.
- Micropollutant reduction: the membrane acts as an especially fine barrier against many dissolved contaminants.
- Better taste and odor: filtration helps reduce chlorine in particular, along with compounds that can affect the organoleptic qualities of water.
- Fewer bottles: having filtered water at home or at work reduces the buying, storing and carrying of bottles.
- Reduced mineral content: reverse osmosis greatly reduces dissolved mineral salts, including those responsible for limescale buildup.
- Less plastic waste: a great way to cut down on single-use bottles.
Reverse osmosis or ultrafiltration? Discover the differences between reverse osmosis and ultrafiltration .
What can reverse osmosis reduce?
Examples of substances and impurities
Depending on the membrane used, the quality of the feed water and the operating conditions, reverse osmosis can help reduce many substances present in water.
Heavy metals Lead Mercury Nitrates Pesticides Dissolved salts Chlorine Fluorides Pharmaceutical residues Micropollutants PFAS
FAQ
Frequently asked questions
Everything you need to know about the SPARKOS 2.0
What is included with the water dispenser?
The SPARKOS 2.0 comes ready to set up with its 4-in-1 filter and the tubing needed to connect the appliance.
Which CO₂ cylinder should I use?
The SPARKOS 2.0 uses a 425 g CO₂ cylinder.
What should I do if my water dispenser stops working properly?
If you experience a problem with your water dispenser, our team can help you troubleshoot it. Contact us by email at contact@josmose.fr or by phone at 03 66 88 17 85.
Can I install the SPARKOS 2.0 myself?
Yes. Installation is designed to be relatively simple, with guidance provided. Depending on your chosen configuration, the main steps involve making the necessary connections to the water inlet, drain and power supply.
Is the carbonation level of the sparkling water adjustable?
No. The carbonation level is preset to produce balanced sparkling water suitable for everyday use.
What are the benefits of reverse osmosis?
Reverse osmosis produces thoroughly filtered water by reducing many unwanted substances present in the incoming water.
- Improved water taste and odor
- Reduction of many contaminants and dissolved substances
- Filtered water available right at home
- Reduced use of plastic water bottles
Examples of substances that can be reduced by reverse osmosis
Depending on their nature, concentration and the system's performance, reverse osmosis helps reduce various substances present in water, including:
- Metals and dissolved elements: lead, copper, chromium, aluminum, etc.
- Nitrates and various dissolved salts
- Chlorine and compounds responsible for tastes or odors
- Certain pesticides and chemical residues
- Certain per- and polyfluoroalkyl substances (PFAS)
- Certain particles and impurities present in water
- Various contaminants depending on their size and physicochemical properties