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ADD6951BR/79
With 92°C hot drip for Tea and Coffee brewing
Chilled water. True boiling. Seven temperatures and a real-time TDS display — all from one plug-in station. Aquaporin Inside™ RO removes PFAS and 110+ contaminants. No plumber, no installation. Just plug in.
Compressor-chilled water
True-boiling hot water
Real-time TDS display
ASA/ESA tested Aquaporin Inside
Reduces PFAS, Fluoride, Viruses, Bacteria, Microplastics and much more
Traditional RO systems are often inefficient, typically wasting 9 to 12 litres of water for every 3 litres of purified water produced — a recovery rate of just 20%. This level of water waste is a concern, particularly in regions facing water shortages. In contrast, the Philips cartridge used in this RO water station achieves 75% water recovery: it produces 3 litres of purified water with only 1 litre of water going to the drain, offering a more sustainable and efficient filtration solution.
Reverse Osmosis filtration separates clean water (permeate) from contaminants (reject water). Since portable water stations are not plumbed in, the rejected water is recycled back into the tap water tank. Sensors continuously measure the amount of Total Dissolved Solids (TDS) in the water. The user will be warned to empty and then refill the water tank when needed. The TDS levels - both before and after the filtration - are clearly presented on a numerical display, providing extra quality re-assurance.
UV-C LED technology in the chilled water chamber activates every hour to help maintain cleanliness in the chamber during cooling operation. When you deactivate the cooling system, UV-C operation will also stop. If water remains in the chilled water chamber for extended periods, please follow the drainage instructions provided to maintain optimal performance and water freshness.
Reviews
The removal rates are tested by the international certification and testing agency under laboratory conditions.
Boiling is achieved in the instant heating chamber inside the device. Thhe actual dispensing temperature may vary due to the environment temperature and heat loss.