RoyalFlow Residential
One beautiful kitchen tap replacing the kettle, the filter jug and the bottles in the fridge. Compact under-sink unit, sized for a standard cupboard.
- Serves households of up to 8
- Child safety lock
- Built-in carbon + UV filtration
RoyalFlow Commercial
A staff refreshment point without bottle deliveries. High-capacity under-counter unit for offices, hotels and hospitality, sized by site survey.
- Built for continuous busy-site use
- NSF-rated construction
- Installed and serviced by our local partners
Real installations, real sites.
RoyalFlow in Oman
Along the coast, Oman's mains water is mostly desalinated seawater. It arrives soft, then waits in a roof or ground tank before it reaches the kitchen. Inland, many homes draw groundwater instead, and in places it is very hard.
RoyalFlow cleans that water right at the sink and pours it the way you want it: boiling for kahwa, chilled, sparkling or still. Homes in Oman take Home Taste+, with reverse osmosis. Workplaces take the commercial model.
Common questions
Which RoyalFlow home model is sold in Oman?
Just one: Home Taste+. It adds reverse osmosis and a remineraliser, which handles tank-stored coastal water and, where it occurs, hard groundwater.
Can it make water for kahwa and tea?
Yes. The boiling outlet is ready when you are, so there is no kettle to fill and wait for.
Do you cover places outside Muscat?
Yes. We are based in Muscat, and our partner team fits RoyalFlow across Oman, in every governorate.
Specified, installed and looked after anywhere in Oman
Coastal mains water is mostly desalinated seawater. It is soft, but it picks things up in pipes and tanks. Inland wells can be very hard: one 2024 study of Al Dhahirah groundwater found an average hardness of 659 mg/l.
Say which governorate you are in, whether the water comes from the Nama network, a tank or a well, and what you need it for. We design the system, price it in rials and arrange the fit.
Source: Nama Water Services; Al Dhahirah groundwater study, International Journal of Environmental Analytical Chemistry (2024).
