Hospital Storage Planning for New Construction

Why storage belongs in the programme, not the FF&E cleanup

Storage decisions are architectural decisions in disguise. Every one of them has a dimension, a wall, a door swing or a floor loading behind it.

Four things get decided by the drawing set and cannot be recovered later: the clear internal dimensions of each storage room, the position and swing of its doors, the wall construction where anything will be hung, and whether the floor will accept a mobile carriage system. Everything else — shelf types, container sizes, labelling — stays adjustable for years.

The second reason to start early is that storage capacity is the quietest driver of staff walking distance in a finished building. Under-sized rooms do not stay under-sized; they export their overflow into corridors, alcoves, offices and, eventually, into a capital request for more space in a building that has just opened.

The third is procurement. Storage is often ordered late, in a compressed window, when lead times, freight and installation labour are least flexible. Defining families and quantities during design lets the order be phased against the construction schedule instead of the opening date.

Programming storage: the five questions per room

For every storage room in the set, the same five questions produce a defensible area figure. Answering them takes minutes per room and it is the difference between a programme and a guess.

• What is stored here — item families, pack sizes and the biggest awkward item, not a square-foot rule of thumb
• How much — days of cover and delivery frequency, plus the growth allowance the service line expects
• Who comes in and from where — one door or two, staff route versus delivery route, and what travels down each
• What else happens in the room — receiving, break-down, cart staging or charging all need floor that is not shelving
• What must not share the room — separations your infection prevention and clinical teams require; we design to the criteria your team provides

Two habits keep the programme honest. First, size to the reach band people will actually use: shelves above about the shoulder height of the shortest regular user are storage on paper only. Second, never programme a room at one hundred percent fill — a room that is full on opening day is in the corridor within two years.

Turning the answers into an area

The arithmetic is deliberately simple: linear feet of shelving needed, divided by the shelf lengths that suit the room, times the shelf depth that suits the items, plus the aisle widths the widest travelling object requires, plus the non-shelving floor functions, plus circulation at the door. Where the answer will not fit the drawn room, there are only ever four responses — grow the room, reduce the days of cover, increase delivery frequency, or remove aisles with a mobile system. It is far better to have that conversation in schematic design than after the walls are up.

Department-by-department review checklist

What we check first in each area during a drawing review. None of this requires product selection yet — it is all room geometry and adjacency.

Central supply and receiving

Is there a receiving and break-down area that is not the aisle? Is the dock route to the room wide enough for a pallet jack, and does the door swing suit it? Is there a defined footprint for exchange carts? Details on the hospital central supply storage page.

Sterile processing

Clean and soiled sides with separate routes, a cart-sized pass route, and enough clean-side storage that trays are not double-stacked. Floor loading matters here if high-density storage is being considered. See sterile processing storage.

Surgical suite

Core dimensions against case volume and service-line mix, a drawn case cart staging footprint, substerile rooms deep enough for storage and a scrub sink without blocking the door, and a decision about how much stock lives inside the room. See operating room storage.

Nursing units and clean utility

Clean utility sized for the unit’s supply model — cart exchange, par-level shelving or point-of-use cabinetry all need different rooms. Check the corridor alcoves that will hold linen and equipment before staff invent their own.

Imaging, procedural and clinic areas

Storage for bulky consumables near each modality, wall-mounted options where floor area is short, and a home for the equipment that would otherwise live in the corridor. Clinics are usually short of a bulk room rather than short of shelving.

Pharmacy, lab and support

These have their own furniture and casework programmes; storage should be coordinated with them rather than duplicated. Labs USA also builds the laboratory side of these projects — see design and planning services.

Staff and non-clinical space

Changing areas, lounges, facilities and housekeeping. This is where storage gets cut and where the consequences show up fastest. Healthcare modular lockers cover the staff side.

Storage types a new build usually has to programme for

Supply roomsShelving runs sized from item mix and days of cover, with aisles set by what travels down them.

Clean utility and clean storageShelf types chosen for cleanability and visibility, with separations set by the criteria your clinical team provides.

Wall-mounted point-of-use storageRecovers floor area in tight rooms, and needs wall construction and blocking confirmed while the drawings are live.

Bulk and off-floor storageDeep, load-capable positions for cartons and drums, ideally adjacent to receiving rather than inside clinical space.

Coordinating storage with the rest of the design

Storage touches more trades than its budget line suggests. The coordination items that most often bite late:

• Structure and floor — flatness and loading for mobile carriage systems, and any recessed rail detail, must be settled before the slab is finished
• Walls and blocking — anything hung needs known construction and backing in the right places
• Electrical and data — charging positions for powered carts and workstations, and scanner or printer positions in supply rooms
• Lighting — fixtures over aisles rather than over shelving, or the bottom of every bay is in shadow
• Mechanical and sprinkler — clearances above the top shelf, which quietly set the usable height of every run
• Doors and routes — leaf widths, swing direction and turning space for the largest cart that has to pass

We are happy to work directly with the architect, the equipment planner and the contractor, review drawing sets, mark up storage rooms, and issue a storage programme and budget-level parts list that fits the FF&E format the project is already using. Where a decision belongs to a code reviewer or to your infection prevention team, we say so and design to the criteria they set rather than interpreting requirements on their behalf.

Procurement, delivery and phasing

Storage arrives at the busiest point of a project, so the plan matters as much as the products.

Lead times per family. Standard shelving, polymer shelf systems, casework-style cabinets, carts and mobile carriage systems have very different lead times. We quote them separately so the long-lead items can be released first.

Delivery windows and storage on site. Storage products consume a lot of volume before they are installed. We stage deliveries against your programme rather than dropping everything at once, and we will tell you plainly when a date is not realistic.

Install sequencing. Floor-fixed and wall-fixed items go in before final cleaning; carts and containers can arrive close to opening. For an expansion in a live building, work is phased around the departments that stay open.

Occupancy support. Labels, shelf pitch changes and an added run are normal in the first weeks and cheap at that point, so we plan a review visit rather than treating handover as the end.

For expansions and renovations, the same approach applies with one addition: the existing building already tells you what the programme got wrong last time. A walk of the current departments, photographing every place stock has escaped its room, is the best possible input to sizing the new one.

Where to go next for product detail

Dimensions, materials, finishes and load ratings live on the product pages — this page carries none of them on purpose.

Healthcare ShelvingShelf types, depths and accessories for supply rooms, clean utility and bulk storage.

Medical Storage CabinetsEnclosed and locking storage where an open shelf is not appropriate.

Bins, Trays and Wall StoragePoint-of-use containers and wall systems for rooms that are short of floor.

• High-density healthcare storage — aisle removal, and the floor and structural questions it raises during design.
• Hospital mobile shelving — carriage systems, rail options and when a room is a poor candidate.
• Medical carts — cart families for exchange, procedure and point-of-use storage.
• Medical supply carts — drawer cart configurations for clinical rooms and picked cases.
• Hospital modular rack systems — basket and tray racks for packs, sets and containers.

Related pages and resources

• Healthcare storage solutions — the product-family hub for everything referenced here.
• Healthcare storage by department — problem-first pages for each clinical area, useful as programming input.
• Design and planning services — how a design engagement runs, including the laboratory and casework side.
• Medical carts in the Labs USA store — the buy-now path for carts once specifications are settled.
• About Labs USA — who we are and how we work with planners, contractors and owner teams.

Storage planning FAQ for new construction