How to order

Send us a few details

Complete our WaterOne compatibility checker and we will confirm whether a WaterOne is suitable for your property.

Reserve your unit

By placing a fully refundable £100 deposit, you will guarantee your place, and be prioritised on our WaterOne customer wait list cue.

Complete a home survey

We will arrange a telephone or home survey to go through key details (like suitable locations) and answer any questions you might have about the WaterOne and installation.

Pure sustainable water

If everything is good to go, we will send you a quote and arrange delivery of your WaterOne. We work with our IFPro installers to coordinate the install from start to finish.

Frequently asked questions

IF purifiers are different, using proprietary high speed and energy efficient vapour distillation to purify, rather than consuming filters and membranes like traditional purifiers. We believe good water purifiers should contain 3 things: Evaporative purification technology; High temperature (>100C) to capture & destroy contaminants; Smart sensors to automatically monitor and ensure consistency.

The device operates by distillation, which involves the boiling of input water. MVCD technology operates approximately 22 times more efficiently than boiling a kettle. Unlike traditional (ie filter-based) systems, MVCD does NOT require a costly (in $$ AND in carbon footprint) ongoing supply of consumables, which then have to be disposed of.

An IF purifier costs around 3p per litre to run. During operation, the device consumes approx. 350 watts, around that of a standard refrigerator (though the energy consumed during “heating” phase is higher, this reduces significantly  when operating temperature is reached, thus the overall average figure).

If you are concerned about the water in your taps, and do not want to turn to environmentally damaging bottled water, an IF purifier might be for you.

Whilst drinking water in many parts of the world is certified by relevant water bodies / legislation, these simply define “worst-case” acceptance levels, rather than desired drinking water.