HOCl for Schools & Education programme

Applications — Schools & Education

Room by room through a school: classrooms and shared devices, restrooms, the cafeteria and kitchen, gyms and mats, locker rooms, early years, buses and the nurse's office.

This page walks a school building from the front office to the bus loop and sets out where generated solution is used, how it is applied and what is recorded. Set points are described as decisions rather than numbers, because the right strength depends on the surface and the soil — and because the cafeteria works to a Food Code edition your health authority adopted, not to a figure on a supplier page.

About claims on this page

EcoloxTech generators produce a hypochlorous acid solution on site. They are regulated by the EPA as devices, are not registered disinfectants, and we make no efficacy claims for them or for the solution they produce. The only EcoloxTech product with disinfection claims is HOCl-AS200 (EPA Reg. No. 101112-1), used according to its label. Research cited here describes published studies of hypochlorous acid and electrolysed water under their own test conditions; it is not a claim for any product.

Classrooms

The high-touch set in a classroom is small and predictable: door handles, light switches, desk and table surfaces, chair backs, shared supply caddies, pencil sharpeners, sink taps, and whatever technology the room holds. Cleaning it properly every day beats cleaning everything occasionally.

  • Daily: the high-touch set, after soil removal where needed.
  • At illness escalation: increase frequency rather than changing chemistry; add mid-day rounds on door furniture and shared equipment.
  • Teacher-accessible bottles: a district policy decision. Where allowed, the advantage of generated solution is that there is no concentrate, no dilution and no locked cabinet. Label every bottle with contents and fill date.
  • Soft furnishings and reading corners: test for compatibility and colourfastness first; these are lower-value targets than hard touchpoints.

Shared devices

Tablets and laptops pass between several children a day and are among the least consistently cleaned surfaces in the building. Read the device manufacturer’s cleaning guidance for the models you own, then write a method into the procedure: normally a lightly dampened cloth rather than a spray, never liquid applied directly to a device, attention to the edges and the back as well as the screen. Assign the task to a role — the charging cart is the natural point — because a task owned by everyone is owned by nobody.

Restrooms

The highest-frequency routine in the building, and the place where frequency matters more than product selection. Touchpoints first — door furniture, locks, taps, flush controls, dispensers — then fixtures, then floors. During an illness escalation this is the first area to add rounds to, and the last to relax.

Practical detail: dispensers that are empty at 2pm make everything else theatre. Whoever checks restroom cleaning should be checking stock at the same time.

Cafeteria and kitchen

Two different jobs sharing a room.

Area Task Governed by
Dining tables and benches Cleaned and sanitised between sittings, and after service District policy, with allergen procedures where they apply
Serving line and counters Through service and at changeover The adopted Food Code
Kitchen prep surfaces, boards, utensils Clean, rinse, sanitise, air dry — the standard sequence The adopted Food Code and the NSLP food safety programme
Warewashing Chemical or thermal sanitising per the adopted Food Code, with the required test kit The adopted Food Code
Cold storage and dry stores Scheduled cleaning, condensate and shelving attention The food safety programme
The kitchen half of the room is a regulated food operation; the dining half is district policy.

Food-contact sanitising follows 21 CFR 178.1010 and the Food Code edition your health authority has adopted, which sets the permitted conditions and requires a test kit for the sanitizer in use. Name the product in the written food safety programme and record strength. Research relevant to these surfaces includes neutral electrolysed water for sanitising cutting boards and neutral electrolysed water on stainless steel, cited as research. The regulatory detail is on the compliance page.

Allergen note: sanitising is not allergen removal. Where an allergen procedure applies to a table or a surface, it is a cleaning and separation task with its own method, and a sanitiser does not substitute for it.

Gyms, mats and equipment

Mats are the priority surface and the one most often short-changed. Between sessions they need coverage and the dwell time the product’s directions specify — which means the timetable has to allow for it. A mat that has been wiped in ninety seconds has been wiped.

  • Mats: full coverage, adequate contact time, allowed to dry; a documented schedule rather than “when the coach remembers”.
  • Weight and cardio equipment: handles, benches, grips, on a daily round, with wipes or bottles available to users where the district allows it.
  • Shared pads, helmets and kit: per the sport’s own guidance and the manufacturer’s material limits.
  • Team transport: often forgotten; put it on the bus schedule.

Locker rooms and showers

Benches, lockers, handles, floors and shower surfaces, daily. Floors and benches are the surfaces that matter for skin organisms; drainage and drying time matter as much as chemistry. Footwear rules in wet areas do more than any product.

Early years rooms

A different routine, usually governed by state childcare licensing rules that are stricter than district policy and take precedence.

  • Toys: a rotation and cleaning cycle — mouthable items removed from circulation until cleaned, not wiped in place.
  • Diapering surfaces: treated after every change, with the procedure posted at the station.
  • Tables and eating surfaces: before and after food, as a separate step from toy cleaning.
  • Cots and mats: assigned to individual children where possible, cleaned on a schedule.
  • Sensory and water play: follow licensing rules; these carry specific requirements.

Buses

The most under-served area in most districts, and one of the highest-contact. Rails, seat backs, belt buckles and the driver area, cleaned at the depot between routes where the schedule allows and on a full cycle otherwise. A draw point at the bus depot is often the single highest-return distribution decision a district makes, because it turns an aspiration into a routine.

Nurse’s office and isolation space

This area works to the district’s health procedures, and where those specify a registered disinfectant, that is what is used — HOCl-AS200 per its label, or whatever the procedure names. Cots, surfaces, waste and the isolation space after a symptomatic child has used it all follow that procedure rather than the general building routine.

Fogging, and why it usually is not the answer

Fogging and electrostatic application became common in schools and are frequently misapplied. They are an addition to cleaning, never a substitute, they require unoccupied rooms with occupancy control and ventilation planning, and they do nothing about soil. The hub holds research on fog application against human norovirus, liquid and fog application against human norovirus on surfaces, and an inhalation assessment of a hypochlorous acid fog, inhalation assessment of a hypochlorous acid fog; both are research rather than a recommendation. For most districts, the same effort spent on daily high-touch frequency returns more.

Summer deep clean

The summer window is the one time the building is empty, and it is worth planning as a project rather than treating as an extended version of the daily round. The tasks that only happen now are the ones that repay it: stripping and refinishing floors, disassembly cleaning of cafeteria equipment, moving furniture to reach what is behind it, cleaning above eye level, carpets and soft furnishings, mats taken up and cleaned on both faces, locker interiors, and the bus fleet done properly rather than between routes.

Two practical points. Sequence matters — sanitising a surface that will be moved, sanded or refinished afterwards is wasted effort, so put chemistry after the disruptive work rather than before it. And summer is when a new programme is introduced, so build the training and the first strength checks into the same weeks; a team that has practised the routine on an empty building starts September knowing it.

Who does what

Assign every task on the list to a role rather than a person, because people leave. Custodial staff own the building routine; food service owns kitchen tasks under the written food safety programme; coaches or athletics staff usually own equipment and mats between sessions; early-years staff own toys, tables and diapering surfaces; transport owns the buses; the health office owns its own space. Where a task sits between two roles — cafeteria tables are the classic — name the owner explicitly in the procedure. Unowned tasks are the ones that stop happening first.

Frequently asked questions

What strength should we use?

It depends on the surface and the soil, and the cafeteria follows the Food Code edition your health authority adopted. The audit sets initial set points by area.

Can teachers keep a bottle in the classroom?

District policy decides. Where it is allowed, label every bottle with contents and fill date, and keep it consistent with your chemical-management rules.

Is it safe on Chromebooks?

Follow the device manufacturer’s cleaning guidance first — that constraint is about the device, not the chemistry.

How often should mats be cleaned?

Between sessions, with coverage and the dwell the directions specify. If the timetable does not allow it, the timetable is the thing to change.

Should we fog classrooms?

Rarely. Daily high-touch cleaning done properly returns more for the same effort, and fogging needs unoccupied rooms and a written procedure.

Get this written for your facility

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