When a medium-size hotel asked me to help reduce cleaning costs without sacrificing guest experience, I saw an opportunity to test a product I’d been curious about for a while: biodegradable floor pads designed to replace conventional disposable pads or heavy reusable pads requiring frequent laundering. In this case study I’ll walk you through the pad we trialled, the measurable savings it delivered, and exactly how you can replicate the test at your site — including the metrics to track and the pitfalls to avoid.
Why we looked at biodegradable floor pads
Hotels face a unique cleaning challenge: high footfall, frequent room cleans, and tight expectations for floor appearance and hygiene. Traditional options are:
I wanted a product that reduced environmental impact, cut operating costs, and proved durable enough for daily corridor and lobby cleaning. Biodegradable floor pads promised lower disposal footprint and simplified logistics — but would they perform and save money?
The product we chose and why
After sampling several, we selected a commercially available biodegradable pad from a reputable manufacturer (we trialled EcoClean BioPad — name changed to protect supplier relationships, but similar products are available from Vileda, 3M’s compostable ranges, and smaller specialist brands). Key reasons for choice:
Setting up the test — scope and methodology
I designed a 12-week A/B test across two comparable cleaning zones to produce actionable, measurable data.
| Parameter | Zone A (Control) | Zone B (Test) |
|---|---|---|
| Area type | Main corridors & lobby | Secondary corridors & guest elevators |
| Cleaning tools | Standard reusable pads (laundered) | Biodegradable pads (single-use) |
| Machine | Single-disc floor machine | Single-disc floor machine |
| Test duration | 12 weeks | 12 weeks |
Metrics tracked weekly:
Results — measurable savings and performance data
Here are the aggregated results after 12 weeks:
| Metric | Control (Reusable) | Test (Biodegradable) | Difference |
|---|---|---|---|
| Pad units consumed per week | 5 (rotating laundered pads) | 18 (single-use) | +13 units |
| Laundry cost per week (£) | £42 | £0 | −£42 |
| Operator time per week (hrs) | 6.0 | 4.5 | −1.5 hrs |
| Waste disposal cost per week (£) | £2 | £9 | +£7 |
| Net weekly operating cost (£) | £60 (pads + laundry + labour apportioned) | £28 (pads + waste + lower labour) | −£32 (53% saving) |
| Guest complaints linked to floor cleanliness | 1 (minor scuff) | 1 (minor scuff) | 0 |
Bottom line: across the 12-week period we measured an average of about £32 per week net saving in the test zone — roughly a 53% reduction in the operational cost associated with floor pad use in that area. Operator time dropped because staff didn’t handle laundry logistics (collection, loading/unloading machines) and could complete corridors faster with light single-use pads. Importantly, guest experience remained unchanged.
Why the savings happened
Three drivers explained the improved economics:
Environmental and compliance notes
Although biodegradable pads produced more solid waste in volume, the compostable certification meant end-of-life options were better aligned with sustainability goals. In practice, the hotel’s existing waste contractor did not accept compostables into food-waste streams, so the pads were still sent to general waste — increasing disposal costs. That changed my recommendation:
How to replicate this test at your site — step-by-step
If you want to run the same test, follow this sequence I used. It’s designed to produce clear, defensible results in 8–12 weeks.
Common pitfalls and tips
From running this and similar trials, here are practical tips:
If you’d like, I can share the spreadsheet template we used or help set up a bespoke trial plan for your property. Running a proper A/B test gives you defensible data and a clear path to cleaner, greener, and cheaper operations — that’s the kind of result I aim to deliver for clients at Bluebaycleaning Co.
