How to choose a drinking fountain for a school or institution

The short answer for a buyer: choose a stationary fountain made of food-grade stainless steel at least 1 mm thick, with a protective ring at least 10 cm high (a direct requirement of Kazakhstan’s sanitary rules), three stages of filtration, and hands-free activation that keeps hands off the spout. One more advantage is that it runs without electricity: fewer approvals and fewer points of failure. We go through the criteria in order – from steel and filtration to prices in tenge – and give you a ready block of requirements for your spec.

What do Kazakhstan’s sanitary rules require of a drinking fountain?

The only structural requirement is set by item 29 of Order No. ҚР ДСМ-76 from Kazakhstan’s Ministry of Health: a stationary drinking fountain must have a protective ring around the vertical water stream, at least 10 cm high. The remaining items call for safe water, a working water supply, and children’s free access to water throughout their time at the facility.

The structural design of stationary drinking fountains provides for a protective ring at least ten centimeters high around the vertical water stream.

Item 29 of the Sanitary Rules, Order No. ҚР ДСМ-76 (unofficial translation)

The rules themselves were approved by the Order of the Ministry of Health of Kazakhstan dated August 5, 2021, No. ҚР ДСМ-76 (in Russian) and apply to schools, kindergartens, and colleges. The ring requirement is structural: the manufacturer builds it in, and a finished bowl cannot be upgraded “for the inspection” later. How the drinking-water regime works as a whole – who is responsible, which ways of supplying water are allowed, and what the sanitary inspectors check – is covered in our article on the drinking-water regime at school under Kazakhstan’s rules.

Note that the rules do not require fountains specifically – item 28 also allows coolers, bottled water, and boiled water. But if an institution chooses a fountain, the ring becomes a mandatory purchase condition: it is the only method of water supply for which the rules set the design directly.

Fountain, cooler, or bottled water: which is more cost-effective?

Over the course of a school year, a stationary fountain wins: it draws water from the mains, so it needs no bottles, no deliveries, and no storage. A cooler is easier to start with, but it ties the institution to constant water purchases. Bottled water in small containers is the most expensive option: packaging and logistics make up most of its price.

The hidden part of a cooler’s cost is logistics: 19 L bottles have to be ordered, received, and stored somewhere, and the unit itself has to be sanitized every 3–6 months. A fountain connected to the mains removes this chain entirely: the only consumable left is the filter cartridges.

The economics also favor the fountain: packaging and logistics account for up to 60–80% of the price of bottled water, so a liter from a fountain costs about 20 times less, and the annual saving versus a cooler at high-traffic sites reaches 70–90% – the figures line up in industry guides on choosing drinking fountains (in Russian). Current models for schools and institutions are in the drinking fountains catalog.

What steel should the body and bowl be made of?

Food-grade AISI 304 stainless steel at least 1 mm thick. This grade is approved for storing and transporting drinking water, does not rust, and stands up to a school hallway. Galvanized steel is unsuitable: a zinc coating in contact with drinking water is not allowed, and a thin 0.45–0.5 mm body dents within the first school year.

AISI 304 is the equivalent of grade 12Kh18N10T: the properties of AISI 304 steel (in Russian) give corrosion resistance without coatings or enamels, which is why it is used in food production. Galvanized steel looks similar and costs less, but it is not food-grade – for a drinking-water bowl this material is ruled out.

The second parameter is thickness. Marketplaces are full of fountains with a 0.45–0.5 mm body, and sellers themselves recommend 1.0–1.2 mm steel to schools. For equipment that stands unattended in a hallway all day, a thickness of 1 mm or more and rounded edges without sharp corners are not a “safety margin” – they are a baseline requirement.

What filtration do you need, and what does maintenance cost?

The minimum is three stages: a mechanical cartridge catches sand and rust, a carbon cartridge removes chlorine and odors, and a 0.01 µm ultrafiltration membrane removes bacteria and cloudiness. Cartridges need replacing every 3–6 months, so when choosing, check the price and availability of consumables up front – they are what determines the cost of ownership.

The stages work in sequence, and each protects the next: the mechanical stage shields the carbon from suspended particles, and the carbon shields the membrane from organics. That is why a fountain with its own filtration removes the buyer’s main worry – “what is the tap water like here?” At the outlet, the water is purified down to 0.01 µm regardless of the state of the building’s pipes.

We make only the fountains and equip the filtration with genuine cartridges from the Korean brand SHINWOO – they are in stock. SHINWOO SW-070 cartridges cost from ₸6,000 per stage, and a full set is ₸26,000, payable via Kaspi. Replacement intervals and wear signs for each stage are covered in a separate article: how often to replace cartridges. Check consumable compatibility before you buy: a fountain with an uncommon cartridge size turns every replacement into a search.

Why is a protective ring needed, and which activation is more hygienic?

A ring at least 10 cm high raises a protective rim around the stream: the person drinking touches only the arc of water with their lips, not the spout. For educational facilities this is a mandatory requirement of item 29. A push-button or foot-pedal activation is more hygienic: water flows only while the button is pressed, and hands never touch the outlet.

The ring protects the stream itself: an accidental touch by hands or lips lands on the rim, not on the point where the water comes out. That is exactly why the sanitary rules made the ring mandatory for educational facilities, where dozens of children use a single fountain during one break. The button has a practical side too: water runs only while someone is drinking, so a tap is never left open. Both solutions work without any staff involvement: hygiene rests on the design, not on discipline.

What dimensions and flow rate suit a school?

The typical format for a school fountain is a floor-standing column measuring 300–315 × 300–315 mm in plan and 900 mm tall, with a bowl diameter of 210–270 mm. A flow rate of up to 2 L/min is enough for a drinking point: a 200 mL cup fills in about six seconds, and the line moves quickly even during a long break.

The 900 mm height of floor-standing columns is an established industry standard: manufacturers of school models across the CIS quote these dimensions. Place the points where children spend their breaks: common areas, the hallway by the cafeteria, and the gym. A useful benchmark from inspection-readiness checklists is one drinking point on every floor that has classrooms.

When choosing a location, keep the connections in mind: a fixed point needs a cold-water supply and a drain. Models that run on mains pressure are not tied to a power outlet, so there are more placement options – any common area where water can be routed will work. A cooler, by comparison, needs an outlet, which narrows the choice of locations.

How much does a drinking fountain cost in Kazakhstan?

Stainless steel stationary fountains from Kazakhstani suppliers cost ₸138,000–190,500, and most models are made to order. Our OQUSHY fountain costs ₸140,000 and is in stock. Noticeably cheaper offers usually save on metal: a 0.45–0.5 mm body is a common reason for a low price.

For a like-for-like comparison: the OQUSHY 300×300×900 drinking fountain at ₸140,000 is 1 mm steel, a protective ring per item 29, three stages of SHINWOO filtration, and up to 2 L/min from mains pressure, without electricity. The warranty is up to 5 years on the fountain and 12 months on accessories.

Compare the cost of ownership, not the purchase price. A fountain is bought once, and after that the only expense is cartridges every 3–6 months. A cooler has a lower starting price, but the payments never stop – bottles, cups, and sanitizing – and over the long run they eat up the difference in the starting price.

How do you write a procurement spec for a fountain?

Put measurable requirements into the spec: steel grade and thickness, ring height, number of filtration stages, flow rate, connection method, and warranty. Requirements stated in numbers cannot be met by a cheap model with a thin body – so when bids are compared, the equipment that will actually serve the school for years wins.

• Body and bowl material – food-grade AISI 304 stainless steel
• Steel thickness – at least 1 mm
• A protective ring around the vertical stream – at least 10 cm high (item 29 of Order No. ҚР ДСМ-76)
• Filtration – at least three stages: mechanical, carbon, and an ultrafiltration membrane
• Flow rate – up to 2 L/min
• Connection – from mains water pressure, without electricity
• Water activation – push-button, hands-free at the spout
• Rounded edges, with no sharp corners
• Manufacturer warranty – at least 3 years
• Product passport and certificate of conformity – included in the delivery

You cannot write a “local manufacturer” clause into a spec, but in practice it is decisive: delivery from stock instead of waiting on a made-to-order unit, and consumables nearby rather than abroad. We manufacture drinking fountains in Almaty: the ring, steel, and filtration in OQUSHY are built into the design for Kazakhstan’s requirements from the very start.

Common questions about choosing a fountain

In short: the measurable selection criteria – food-grade steel from 1 mm, a ring from 10 cm, three stages of filtration, and up to 2 L/min without electricity – plus a warranty and documents. Lock them into your spec, and random equipment will be filtered out at the bid-comparison stage. To put together a configuration for your site and request a quote, get in touch through our contact page.