Case Review: Sorting Incontinence Waste in an Ontario Care Home After an Inspection

A mid-sized Ontario care home came out of an inspection with a segregation finding in its resident washrooms: absorbent incontinence products were going into the biomedical waste bag, and a smaller number of blood-soaked items were going into the general refuse stream. Neither error was dangerous, and both were expensive in opposite directions — one inflated disposal volume, the other created a handling risk. This review walks through what the finding actually said, which stream takes which item, how the utility rooms were rebuilt, and what the change was worth in bag counts.

The figures below are a worked model with round assumptions, not audit data from a named site, and every home should confirm the stream definitions with its own provincial rule and its own waste carrier before changing anything.

What did the inspection find?

Two findings, recorded separately. The first was over-segregation: every absorbent product used in a resident bathroom, wet or dry, was being placed into the biomedical waste bag next to the toilet. The second was under-segregation in the opposite direction: a small number of heavily blood-soaked items had been dropped into the general refuse bin because the nearest biomedical container was in the corridor and the staff member was working alone.

The inspector's note attached both findings to the same root cause: the site had stream definitions in a policy document but no rule that a person could apply in five seconds while standing in a bathroom with a resident waiting. Over-segregation and under-segregation are usually the same problem wearing two coats, and the fix is the same in both cases.

Which incontinence waste belongs in which stream?

The definitions a care home needs are short enough to fit on a card. In most Ontario homes, absorbent hygiene products that are wet or soiled with urine or faeces but not saturated with blood go into general refuse, because they do not meet the provincial biomedical waste definition. Items that do meet that definition, or that the site's infection prevention policy classifies as infectious, go into the biomedical stream. Sharps never go into either bag.

What needed to change in the utility room?

Four changes, in priority order:

1. Two containers per resident bathroom. A covered general refuse bin for absorbent products and a smaller biomedical container for items meeting the definition, positioned side by side so neither is a walk away. The corridor container stayed for general circulation, and a third small sharps container went only into rooms where injections are given.
2. A rule card on the wall. One line per item, laminated, at eye level, using the same words as the policy document. Cards were written in the two languages most used by the care team at that site.
3. A par level per room. Bag liners and sharps containers are restocked on a schedule rather than on request, so a bathroom is never left with an overfull bin.
4. A single bag specification across the home. One leak-resistant biomedical bag in a fixed size for every biomedical container, so a staff member never has to choose between two liners or fold one to fit.

The liners were the easiest part to standardise. A 30-gallon leak-proof biohazard bag used at every biomedical point removed the size question entirely, provided the colour matched what the site's carrier accepts for that stream. Where the provincial rule and the carrier call for a different colour, the same physical specification is ordered in the accepted colour.

What was the change worth in bag counts?

Run the arithmetic with round assumptions and the order of magnitude becomes clear. Take a 120-bed home with an average of three absorbent products per resident per day. That is 360 items a day. Assume a 30-gallon bag takes about 20 briefs before it should be closed and removed: filling every one into the biomedical stream would mean about 18 biomedical bags a day, or roughly 6,500 a year, before any other clinical waste. After the change, only the items meeting the definition travel that way, and the rest go into general refuse at the municipal rate.

The biomedical bag count in this model falls by most of that volume, which is where the saving sits — and the saving is multiplied by whatever per-bag and per-kilogram rate the site's carrier charges, which is a figure each home can read off its own invoice rather than one this review should invent. The second saving is harder to see and easier to feel: a properly sized brief reduces the number of changes, and fewer changes means fewer items into the bin in the first place. For a home still running one brief type across every resident, the 3,000 ml day-comfort brief for daytime use and a higher-absorbency product overnight is the standard split, matched to each resident's own profile rather than to the storeroom's convenience.

What should other Ontario care homes copy from this review?

Three things travel well. First, put the definition where the decision is made, not in a binder at the nursing station — the card on the bathroom wall did more than any training session. Second, count bins rather than staff: if a room produces both streams and only has one container, the finding will return regardless of who is working. Third, check the two directions of error separately in your own log, because a home that only watches for items going into the biomedical bag will miss the blood-soaked item that went into the wrong one.

Once the stream definitions are right, the purchasing side is mostly about consistency: one brief specification per care level, one bag specification per stream, and one restocking schedule per building. Multi-site operators can hold those lines across homes through the B2B wholesale collection, which keeps the container and product specification identical from site to site and makes the next inspection a short conversation instead of a project.

The policy side of the same review is covered in FLTCA and O. Reg. 246/22: infection prevention duties in Ontario care homes, which is where the inspection duties behind these findings are written down.

Related reading

• FLTCA and O. Reg. 246/22: infection prevention duties in Ontario care homes
• Case review: Manitoba care home incontinence brief sizing
• Care home brief change schedule and skin outcomes

Ordering for a clinic, lab or care home? Wholesale and multi-site ordering covers case pricing and account setup, and the B2B wholesale collection lists the lines stocked for institutional buyers.

Frequently Asked Questions

Does soiled incontinence waste go into biomedical waste in Ontario?

In most Ontario care homes, absorbent products that are wet or soiled but not saturated with blood go into general refuse because they do not meet the provincial biomedical waste definition. Items that do meet that definition, or that the site's policy classifies as infectious, belong in the biomedical stream, so the rule should be written down rather than assumed.

Is over-segregation of incontinence waste a problem?

Over-segregation is not a safety risk, but it is a cost and compliance signal. Filling biomedical bags with items that belong in general refuse inflates disposal volume and suggests the site's stream definitions are unclear to the people making the decision at the bedside.

How many waste containers should a resident bathroom have?

Two is usually enough: a covered general refuse bin for absorbent products and ordinary refuse, and a smaller biomedical container for items that meet the site's infectious waste definition. A third container is added only where sharps are generated.

Why does brief sizing show up in a waste review?

Because the wrong absorbency drives more frequent changes, and every extra change puts another item into a bin. Matching the brief to the resident's daytime and overnight profile reduces the number of changes and the volume of waste the home handles.

CliniEco Medical is a licensed medical device establishment (MDEL #35334).