Place preliminary equipment modules on a simple factory canvas to discuss flow direction, separation, access and RFQ layout questions before a formal plant drawing is prepared.
This is a planning canvas, not a construction drawing. Add modules from the palette, drag them into a rough sequence and generate notes for the engineering discussion.
A good layout conversation starts with material flow and cleaning access, then expands into utilities, safety and installation interfaces.
Receiving, washing, sorting and preparation should not conflict with finished product packing. Product-contact piping, transfer pumps and buffer tanks need a logical route that limits unnecessary crossovers and holding time.
Washing and raw material handling create water, soil and waste. Sterile filling, finished product handling, CIP chemical storage and utility equipment may need different hygiene, drainage, access and maintenance boundaries.
Equipment footprints are only the starting point. Allow space for inspection, motor removal, screen changes, valve access, tank cleaning, aseptic filler service, operator movement and future expansion.
| Input | Reference to provide | Engineering reason |
|---|---|---|
| Factory drawing | Length, width, columns, doors, floor levels and drainage points | Determines whether the process can be installed and serviced. |
| Process route | Raw material entry, finished product exit, product and CIP flow | Prevents a layout that looks compact but creates cross-contamination or long transfer lines. |
| Utilities | Steam, power, compressed air, cooling water, drainage and water treatment | Utility routing and room allocation affect installation scope. |
| Expansion | Future products, higher capacity, extra filler or additional storage | Future flexibility can be planned before the floor is occupied. |
| Automation | PLC cabinets, operator stations, cable routes and data logging | Controls access, visibility, control-room position and commissioning. |
Use the canvas to separate the areas that influence hygiene, material movement, maintenance and utility routing.
Mark truck or bin unloading, raw material inspection, washing, sorting, trimming, peel or waste removal and operator circulation. Dirty material should not cross the clean product exit.
Place crushers, pulpers, presses, tanks, pumps, refiners and deaerators in a sequence that limits unnecessary pipe length and provides access to screens, valves and product-contact surfaces.
Leave space around sterilizers, holding tubes, cooling, sterile transfer, aseptic fillers, bottle or pouch filling and finished product handling. Packaging often determines the final line footprint.
Reserve locations for CIP tanks, chemical handling, steam, power, compressed air, cooling water, controls and drainage. Utility rooms and cable routes should support installation and future maintenance.
The saved notes should help an engineer identify missing information before equipment dimensions and installation scope are finalized.
Trace raw material from receiving to washing, preparation, extraction, heat treatment and packaging. Note where product changes from open handling to enclosed piping and where operators need safe access.
Confirm that CIP supply, return lines, drain points and chemical handling can reach every product-contact circuit. A compact layout is not useful if it creates dead legs or inaccessible cleaning points.
Mark doors, lifting routes, removable screens, pump service space, valve access, tank manways and filler maintenance zones. These spaces should be reviewed before the layout is treated as a fixed plant boundary.
Reserve paths for steam, power, compressed air, cooling water, process water, drainage, PLC cabinets and data cables. Show future tanks, a second filling head or additional product routes as optional scope.
A rough arrangement can reveal cost and delivery questions before a final general arrangement drawing is prepared.
Existing columns, doors, floor loading, drainage, ceiling height and access routes can change equipment orientation, lifting method and installation time. Include a factory drawing or mark unknown conditions in the RFQ.
Product-contact lines, tanks, pulpers, heat exchangers and fillers need a practical CIP path. Cleaning supply, return, drain and chemical areas should be considered with the process route rather than added after equipment placement.
Future fruits, extra storage, a second filler, higher capacity or new packaging may require spare floor area, valves, utility capacity and control points. Identify optional scope so flexibility is priced and documented honestly.
