01 Answer first
What does a factory need before water bottling equipment can be installed?
The building must support the confirmed process and material flow, equipment footprint and access, storage, floor and drainage conditions, utilities at defined interfaces, safe receiving and lifting, local labor, and the local permits or inspections owned by the buyer. A generic floor-area figure cannot prove readiness.
Search intent boundary
What this guide covers — and where to go next
Translate the selected production route into a brief for building, civil, hygiene, access, storage, utility, drainage, safety and local-design work.
A discipline-based factory requirements register with design inputs, owners, interfaces, due dates and local professional review status.
A final equipment arrangement, a construction drawing set, or a pre-installation inspection of completed site work.
Buyer problem-to-decision map
Factory Questions to Resolve Before Local Construction
The equipment project should give local designers controlled loads, routes and operating requirements. Qualified local professionals convert them into compliant building and utility work.
Should the factory be built before the equipment is selected?
Avoid fixing critical spaces and services from guessed machine data. Develop the building concept and equipment basis iteratively, then release local design from controlled dimensions, loads, flows and interface requirements.
- Inputs needed
- Site survey and constraints; product and capacity plan; preliminary equipment route; local building and authority requirements; schedule and expansion strategy.
- Decision evidence
- Design-basis register, coordinated layout revisions, supplier-input schedule, qualified local drawings and formal release or change records.
What floor, drainage and hygiene information is needed?
Define loads, flatness or anchoring needs, wet and dry activities, cleanability, slopes and discharge points, chemicals and temperatures, zoning and local environmental or food-facility requirements.
- Inputs needed
- Equipment loads and feet; water and cleaning flows; drains and waste streams; sanitation method; product zoning; site soil or slab data; local standards.
- Decision evidence
- Qualified floor and drainage design linked to equipment points, material compatibility, capacity calculations, inspection and acceptance records.
How much warehouse space should the plant include?
Calculate it from procurement lot sizes, days of stock, SKU mix, quarantine and released status, empty packaging volume, finished-goods dwell time, pallets, aisles and handling method.
- Inputs needed
- Demand and production plan; supplier minimum orders and lead times; inventory policy; material and pallet dimensions; quality status rules; dispatch schedule.
- Decision evidence
- Inventory-volume calculation, warehouse layout, status zones, handling and fire-review inputs, peak-case sensitivity and operating approval.
Who approves building, fire and environmental requirements?
Approval follows the actual jurisdiction. The equipment supplier can provide technical inputs, but the buyer should use qualified local professionals and authorities for required design, filings, inspections and operating permissions.
- Inputs needed
- Site and jurisdiction; land and building status; product and source route; fuel, chemicals and discharge; workforce; local adviser and authority map.
- Decision evidence
- Permit and approval register, named qualified parties, submission inputs, official decisions, inspection records and conditions carried into operation.
02 Where it fits
Position in the project journey
Factory definition - before layout freeze, local construction and site-readiness release.
03 Buyer inputs
What the buyer should prepare
- Verified building dimensions, columns, levels and clear height
- Production, people, packaging, finished-goods and waste flows
- Available utilities, local distribution and drainage conditions
- Permit, safety, unloading, lifting, labor and construction owners
04 Allot Tech and manufacturing-resource inputs
What should be clarified or provided
- Equipment footprints, elevations and access needs
- Utility loads, conditions and connection terminals
- Layout, receiving, installation and maintenance requirements
- Site-readiness inputs tied to the selected equipment scope
Allot Tech coordinates requirement, quotation and project communication. Detailed engineering, manufacture, testing, documentation and confirmed service are performed by selected manufacturing resources according to the signed scope.
05 Technical scope
Questions and work to control
Begin With Process and Material Flow
Map raw-water entry, treatment, bottle supply or blowing, filling, labeling, packing, finished-goods movement, personnel access, waste, and cleaning routes. The arrangement should reduce conflicting flows and leave the access required for operation and maintenance.
- Raw material, packaging material, personnel, product, and waste routes
- Storage and replenishment points for preforms or bottles, caps, labels, film, or cartons
- Protected production, maintenance, inspection, and cleaning access
Verify the Usable Building Envelope
Record internal dimensions, columns, finished floor levels, clear height, door sizes, equipment route, maintenance removal space, loading area, drainage points, and utility rooms. Supplier layouts must be checked against current site drawings and actual measurements.
Separate Equipment Connections From Local Distribution
The equipment package may define loads, conditions, and terminals, while the buyer or local contractors provide transformers, panels, cables, pipes, drainage, ventilation, foundations, supports, and building services. The responsibility matrix must identify the boundary for each connection.
- Electrical characteristics, grounding, and distribution responsibility
- Raw water, service water, compressed air, cooling, and drainage interfaces
- Local lifting, unloading, labor, tools, safety, and commissioning materials
Treat Permits and Local Rules as Buyer-Controlled Inputs
Zoning, construction approvals, food-production licensing, environmental requirements, worker safety, fire protection, import, and local inspections vary by location. The buyer should identify the competent local authorities and qualified advisers; this page does not replace local design or legal review.
| Work area | Question to close | Evidence before release |
|---|---|---|
| Building | Verified dimensions, columns, levels, height and equipment route | Current drawing plus site measurement |
| Flow and storage | People, water, packaging, product, waste and finished-goods routes | Flow review and storage assumptions |
| Floor and drainage | Finished condition, loads, slopes, drains and discharge route | Local design confirmation and open actions |
| Utilities | Available characteristics, distribution route and readiness date | Project utility and connection schedule |
| Installation support | Receiving, lifting, tools, labor, safety and protected storage | Site-support and mobilization checklist |
| Local approvals | Permit, licensing, fire, safety and environmental owners | Buyer-controlled approval register |
Buyer questions answered
Practical answers before you request a quotation
How large should the factory be?
Use the selected equipment, flow, access, storage, utilities and maintenance clearances to develop the area. A generic square-meter figure is not a safe construction basis.
Can the supplier approve local permits?
Permit and licensing responsibility depends on the country and agreement. The buyer should confirm the competent authorities, local designer requirements and evidence needed before construction.
What should be ready before equipment arrives?
Confirm access, protected storage, finished installation areas, lifting and unloading, approved layout, utility distribution plan, local support and a controlled open-item list.
Does site-ready mean all utilities are connected?
The signed readiness checklist should define the required condition. For commissioning, utilities normally need to be available, stable and verified at the agreed connection points.
Downloadable buyer tool
Work from one controlled project workbook
Use eight editable sheets for the project brief, responsibility matrix, site readiness, FAT, installation, handover and three-supplier quotation comparison. Blank and open items remain visible for review.
- Start Here
- Project Brief
- Responsibility Matrix
- Site Readiness
- FAT Checklist
- Installation
- Handover
- Quote Comparison
06 Responsibility
Assign the owner before the work is due
Land, building and civil work, permits, import and customs, local taxes, site utilities, unloading, lifting, local labor, travel support and commissioning materials are not automatically included. Confirm every responsibility before order.
07 Common risks
What commonly creates avoidable uncertainty
- A copied layout is used without checking actual columns or doors
- Equipment terminals are confused with complete local utility distribution
- Permits, drainage, storage or lifting plans are addressed after equipment arrival
08 Acceptance or completion
How to know the stage is complete
The factory basis records verified dimensions, flows, connections, local responsibilities and open actions, and the applicable project gate has written release evidence.
09 Required documents
Records that support the decision
- Current building drawing and site data sheet
- Process-flow and equipment layout
- Utility and connection schedule
- Factory-readiness and local-responsibility register
10 Next project step
Turn this decision into a reviewable project brief
Share the product, container, target output, destination and available site information. Unknown inputs can remain open for the first review.
Explore this topic cluster
Turnkey scope is project-specific and is defined by the signed technical and commercial agreement.