Waste and recycling storage schedule for a flatted scheme
The schedule has to agree with the drawing. This sets out the capacity calculation, container footprints, store requirements and the drag distance that decides the layout.
A waste storage schedule for flats is a piece of arithmetic that has to agree with a drawing, and most refusals on this issue come from the two not matching. The schedule states the capacity required from the dwelling mix, the containers that provide it, the footprint those containers occupy and the route from the store to the collection point. Get the collection authority's own specification first, because every figure in the schedule derives from it and no national standard overrides it.
What follows is the method, in the order the numbers have to be produced.
Establishing the collection authority's requirements
Start with the waste collection authority, which is the district or unitary council for the area, and ask for four things in writing: the container types it services, the litres of capacity it requires per dwelling for each waste stream, the collection frequency for each stream, and its requirements for vehicle access and carrying distance.
Most authorities publish a waste storage and collection guide for developers, and many have a dedicated waste services contact who will comment on a layout before you submit. That informal comment is worth obtaining, because a scheme that has been seen by the collection team rarely gets a technical objection.
Ask specifically about the separated streams the authority now collects. Reforms to household recycling in England have moved authorities towards consistent separate collection of dry recyclables and food waste, with transition dates set nationally, so confirm the current arrangements for the area rather than working from an older guide. Food waste in particular changes store design because it needs separate, smaller, cleanable containers.
Where the site straddles a boundary or the collection is contracted out, confirm which body actually services the property.
Calculating capacity from dwelling mix
The calculation is straightforward once the inputs are fixed.
For each waste stream, multiply the capacity required per dwelling per week by the number of dwellings, then divide by the collection frequency per week to get the volume that must be stored between collections. Divide that by the usable volume of the chosen container to get the number of containers, and round up.
Two adjustments are normally applied. Containers are not filled to the brim, so allow a fill factor below one. And where the scheme has a mix of unit sizes, some authorities specify capacity by bedroom count rather than per dwelling, which changes the total noticeably on a scheme weighted to larger flats.
Illustrative example, and the figures here are assumptions to be replaced with the authority's own. Take 24 flats with an assumed requirement of 120 litres of residual capacity per dwelling per week, collected weekly. That is 2,880 litres to store, which at 1,100 litres per four wheeled container and a fill factor of 0.8 needs four containers. Do the same for dry recycling and for food waste, then add any container for glass where it is collected separately. Treat every number in that example as illustrative only.
Show the calculation in the schedule. An officer who can see the arithmetic does not have to trust it.
Container types and their footprints
Four container sizes cover almost all flatted schemes: the 240 litre two wheeled bin, the 360 litre two wheeled bin, and the 660 litre and 1,100 litre four wheeled containers. Food waste is normally collected in smaller purpose made containers.
Take the footprint dimensions from the manufacturer's data for the containers the authority actually uses, not from a generic table, because depths vary between models and the lids need clearance to open. Then add circulation: a store where containers are parked two deep requires the front row to be moved to reach the back, which is acceptable for infrequent streams and a nuisance for weekly ones.
| Item to record for each container | Why the schedule needs it |
|---|---|
| Stream and container volume | Ties the container to the capacity calculation |
| Number of containers | The output of the calculation |
| Plan dimensions from manufacturer data | Determines the store footprint |
| Height with lid open | Determines ceiling height and any canopy |
| Position in the store, numbered on the drawing | Lets an officer check the layout works |
Number the container positions on the drawing and use the same numbers in the schedule. That single convention removes most of the ambiguity officers complain about.
Store sizing, ventilation and drainage
A bin store is a small building and it needs designing as one.
The elements that matter are a washable, impervious floor laid to fall to a gully, a water supply or at least a hose point for cleaning, ventilation that works without a fan where possible, doors wide enough to withdraw the largest container without tilting it, lighting, and a door hold open arrangement so a single operative can move containers out. Vermin proofing at floor and door level is normally expected, and in a scheme with communal heating or plant the store should not share ventilation with habitable rooms.
Drainage from the store needs to go to foul rather than to surface water, because wash down water is contaminated. That is a small point that has to be coordinated with the drainage design early, and our note on a drainage strategy for a minor residential scheme covers how that coordination is normally recorded.
Acoustic and odour separation from flats matters where the store sits within the building footprint. Avoid placing a store directly below a habitable room or beside a bedroom window, and where the layout forces it, say in the schedule what mitigation is provided.
Drag distance and collection point
Drag distance is the distance a collection operative has to move a container from its stored position to the collection vehicle, and it is the constraint that most often defeats an otherwise good layout.
Codes of practice and most collection authorities work to a maximum carrying or dragging distance on level ground, commonly in the region of 25 metres, and they expect the vehicle to be able to stop within a similar distance of the store. Take the actual figures from the authority, because they vary and because some authorities apply shorter limits for heavier containers.
Three things to demonstrate on the drawing:
- The route from store to collection point, dimensioned, with any change in level or kerb shown.
- The collection vehicle position, with swept path analysis where the vehicle has to turn or reverse.
- That the route is a hard, level or gently ramped surface, without steps, and wide enough for a container plus an operative.
Where a vehicle must reverse, expect the highway authority to comment. Reversing distances are limited in most authorities' guidance and a scheme relying on a long reverse will be resisted, which sometimes means moving the store rather than arguing the point.
Bulky waste and communal recycling
Two categories that are frequently left out and then requested.
Bulky waste is the mattresses, furniture and white goods that accumulate in any flatted development. Without a designated space they end up in the bin store, blocking it, or outside the building. Provide a defined area, show it on the drawing, and state in the management arrangements how items are removed and by whom.
Communal recycling for streams collected less frequently, such as glass or textiles where applicable, needs its own provision, and on larger schemes an underground or semi underground system may be worth considering where the authority services them. Confirm servicing before designing one in, because the vehicle requirements differ.
Also address the management arrangements, briefly: who cleans the store, who moves containers on collection day, and who reports a missed collection. Where the scheme has a managing agent, one paragraph in the Waste Management Strategy covering this usually satisfies the officer.
Presenting the schedule on the drawings
Produce three things and keep them consistent: the schedule table, a store plan at a legible scale with numbered container positions, and a site plan showing the store, the route and the collection point with dimensions.
Put the schedule on the drawing as well as in the report where space allows. Officers work from drawings, consultees work from reports, and duplication here prevents the two diverging. State the collection authority's guidance document by title and date on the schedule, so the source of every figure is visible.
Finally, check the numbers against the accommodation schedule in the Design and Access Statement and against the unit mix on the drawings. A waste schedule calculated for 24 flats attached to an application for 26 is the kind of error that reads as carelessness across the whole submission. Where construction stage waste also needs addressing, that belongs in a Site Waste Management Plan rather than in this document.
This is general guidance, not legal advice; check the position with your local planning authority or a qualified professional before relying on it.
PlanScope can draft the waste and servicing documents for a flatted scheme in the structure officers expect, with a clear marker wherever the collection authority's own figures still need inserting. For specialist technical reports, qualified professional input may be required.
PlanScope provides AI-assisted draft reports for planning applications. Reports should be reviewed before submission. We do not guarantee planning approval.
Frequently asked questions
Who sets the waste storage requirements for a new flatted scheme?
The waste collection authority, which is the district or unitary council for the area. Ask in writing for the container types it services, the capacity required per dwelling for each stream, the collection frequency and its vehicle access and carrying distance requirements. Most publish a developer guide, and many will comment on a layout before submission.
How is bin capacity calculated for flats?
Multiply the capacity required per dwelling per week by the number of dwellings, divide by the collection frequency to get the volume stored between collections, then divide by the usable container volume and round up. Apply a fill factor below one, since containers are not filled to the brim, and check whether the authority specifies capacity by bedroom count.
What is drag distance and why does it matter?
It is the distance an operative moves a container from its stored position to the collection vehicle. Codes of practice and most authorities work to a maximum on level ground, commonly around 25 metres, with the vehicle able to stop within a similar distance of the store. Take the actual figures from the authority, since limits vary by container weight.
Does a bin store need drainage?
Yes. A washable impervious floor laid to fall to a gully is normal, with a hose point or water supply for cleaning. The drainage should discharge to foul rather than surface water, because wash down water is contaminated. Coordinate this with the drainage design early, since retrofitting a foul connection to a store is awkward.
Do I need to provide for bulky waste?
Yes, on any flatted scheme. Mattresses, furniture and white goods accumulate, and without a defined area they block the bin store or end up outside the building. Show a designated space on the drawings and state in the management arrangements who removes items and how residents request collection.
Sources and further reading
This article is general guidance about the planning system in England and, where stated, the rest of the UK. It is not legal or professional advice. Check your local planning authority’s validation requirements and take professional advice for your specific site.