Beverage Bottling Line RFQ Checklist: Get a Comparable Quotation
A beverage bottling line RFQ should give every supplier the same product, process, package, output, factory and execution basis. “Send your best line” produces machine lists that look comparable but often have different boundaries.
Engineering reference · Product and project confirmation required
Answer first
What information should a beverage bottling line RFQ include?
Include the beverage and recipe summary, preservation and filling route, approved container and closure drawings, label and secondary pack, output at one reference SKU, product schedule and changeovers, raw-water and utility information, factory layout and access, required supply limits, documentation, testing, installation, training and acceptance responsibilities. Mark unknowns openly and require each supplier to state assumptions, options and exclusions.
From requirement to decision
What does a useful beverage-line enquiry look like?
The two briefs below are fictional planning examples, not customer projects or validated processes. They show the level of detail that makes a first discussion useful. Replace the example quantities and leave genuinely unknown conditions marked “to be confirmed”; do not guess a thermal process or shelf-life guarantee.
Illustrative planning example — replace with your project’s verified basis
RFQ field
Example A: carbonated soft drink
Example B: juice from concentrate
Product and starting point
Flavoured carbonated beverage prepared from water and syrup. Request preparation, mixing and carbonation.
Juice drink blended from purchased concentrate. No fresh-fruit extraction requested; recipe, acidity and pulp specification pending.
Container and finished pack
Purchased 500 mL PET bottles with screw closures; 12-bottle packs. Bottle, neck and closure drawings to follow.
Purchased 500 mL bottles and closures proposed for hot filling, subject to compatibility approval; secondary pack still to be selected.
Output basis
40,000 saleable bottles per 8-hour scheduled shift. Ask for the supplier’s stated loss and changeover assumptions, not only filler BPH.
20,000 saleable bottles per day; shift arrangement and SKU change frequency to be confirmed before equipment sizing.
Process conditions still open
CO₂ target, recipe properties, inlet water quality and required utility conditions to be reviewed.
Desired distribution is ambient. A qualified process review must determine whether hot fill is suitable and establish the preservation basis; no temperature or shelf life is assumed.
Requested supplier return
Process flow, scope list, utilities, SKU-specific rates, interfaces, exclusions, test basis and itemized commercial offer.
Preparation and preservation route, optional-module rationale, compatible package basis, stop/restart plan and scoped quotation.
What to attach to your actual enquiry
Send a product summary, available bottle/closure drawings, pack photograph or drawing, required saleable output and a site sketch if available. Include destination, existing equipment and the requested start/end of supply. A non-confidential recipe summary is sufficient for the initial discussion; do not send trade secrets until the appropriate arrangements are agreed.
What to ask for in the reply
Request one assumptions register showing confirmed, provisional and missing inputs; a process-to-pack flow; equipment and utility boundaries; output by SKU; and acceptance conditions. Ask suppliers to flag alternatives explicitly. This lets the buyer compare the same project instead of comparing differently scoped machine lists.
Discuss your own project with Mr Kcal at Allot Tech. The email link opens a blank project brief for you to edit; nothing is sent automatically.
See which missing inputs will make quotations diverge.
A controlled “to be confirmed” is acceptable. The problem is an unstated assumption that each bidder resolves differently.
Decision areaWhat to controlCurrent status
Reference beverageIngredients, known properties, carbonation, particles and preservation context.
Approved packageContainer, neck or end, closure, label, secondary pack and available drawings.
Usable output basisReference SKU, good-output definition, production calendar and changeovers.
Process boundaryPreparation, treatment, filling condition, post-fill route and CIP expectations.
Factory envelopePlan, dimensions, access, elevations, drains, logistics and retained equipment.
Utility basisAvailable qualities and conditions for power, water, air, heat, cooling and gases.
Responsibility matrixIncluded, optional, excluded, buyer-supplied and third-party work.
Controls + documentationSite standards, interfaces, drawings, manuals, backups and language needs.
FAT / SAT basisReference materials, duration, measures, witness rules, deviations and retests.
Destination + scheduleCountry, delivery term, site-ready date and unresolved compliance questions.
Rows with a usable status0 / 10
Rows still needing clarification10 / 10
Use the first technical review to close the open rows.
Emailing this worksheet gives the Allot Tech project desk a defined starting point. The reply can focus on missing inputs, the preliminary process-and-package route, scope interfaces and the next drawings or samples needed before a comparable quotation.
Selections stay in this browser unless you choose to copy or email the summary. Verify the project desk at allottech.com.
01 / Technical basis
Describe one reference product and package completely
Select the SKU that will anchor process, speed and acceptance comparisons. Other beverages, bottle sizes, closures, labels and packs should be listed as additional formats with their own changeover and performance questions.
Recipe and product condition
Preservation and filler inlet basis
Container, closure, label and pack drawings
Reference rate and production schedule
02 / Factory and scope
Show where the supplier boundary begins and ends
Provide layout, floor and access information, utilities and local constraints. Ask each supplier to mark equipment, process piping, conveyors, controls, utility generation, installation, consumables and buyer-supplied work as included, optional or excluded.
Available space, height and material routes
Utility quality, pressure, flow and ownership
Equipment and interconnection boundary
Civil, local labor and permit responsibility
03 / Evidence and delivery
Define how the proposed line will be reviewed and accepted
The RFQ should request a process description, equipment list, utility schedule, layout, document register and schedule. FAT, shipment, installation, SAT, training, spares and open-item closure need explicit conditions and owners.
Proposal assumptions and exclusions
Drawings, calculations and document list
FAT and site acceptance basis
Training, spares and handover records
RFQ completeness check
Require the same response structure from every supplier
A quotation is comparable only when technical basis and scope status are visible.
RFQ block
Buyer supplies
Supplier returns
Product + process
Recipe, condition and required route
Process description, assumptions and equipment
Package + rate
Drawings, pack and reference output
Compatibility, changeovers and performance basis
Factory + utilities
Layout, access and available services
Layout, load schedule and connection points
Commercial scope
Required boundary and destination
Included, optional, excluded and buyer-supplied matrix
Execution
Required schedule and acceptance intent
Documents, FAT, delivery, installation, SAT and handover plan
Evidence boundary
What supports this guide—and what still needs confirmation.
Evidence labels keep a reference architecture separate from a final design or commercial promise.
Catalog reference
The supplied catalog supports reference equipment and process-chain discussion but does not replace a project RFQ or signed specification.
Engineering interpretation
A structured RFQ connects product, package, output, utilities, site, scope and acceptance into one comparison basis.
Project confirmation
Only the final signed technical and commercial documents establish supply, performance, price, schedule and responsibilities.
Buyer questions
Frequently asked questions
These are planning answers. Final process and equipment choices require a confirmed project brief.
Can an RFQ be based on bottles per hour only?
No. Rate must be tied to a product, fill condition, container, closure, label and pack, while preparation and downstream systems need the same reference basis.
Should unknown information be omitted?
No. Mark it as open and assign a confirmation owner and date. Hidden unknowns become incompatible assumptions in supplier quotations.
How many suppliers should receive the RFQ?
That is a commercial decision, but every invited supplier should receive the same revision-controlled basis so scope and evidence can be compared fairly.
Continue the decision
Follow the next project interface
Move between beverage, process, package and engineering decisions that directly affect one another.
A complete beverage line connects recipe preparation, process conditions, container handling, filling, post-fill treatment and packaging around one confirmed product brief.
A useful beverage bottling line budget starts with one product, package and output basis, then separates process equipment, packaging equipment, site interfaces and project execution instead of relying on an unsupported headline price.
Capacity planning converts the sales requirement into one reference container rate, product flow, batch schedule and sustainable pack rate before equipment speeds are compared.
A turnkey beverage bottling line is a coordinated process-to-pack project with an explicit responsibility matrix—not a machine list with an undefined factory, utility and acceptance boundary.
A beverage line project specification converts product, package, output and factory decisions into one traceable basis that different suppliers can answer without filling gaps with incompatible assumptions.
Control project risk across product, package, capacity, utilities, building, supplier scope, controls, logistics, acceptance, training and ramp-up.
How to read the technical evidence
Catalog reference The supplied 2026 catalog supports the named CSD and juice/tea equipment chains and is the source for the redrawn functional routes.
Engineering principle Interface explanations show why product, process, package, utilities and line balance must be reviewed together.
Project confirmation The routes are not a final process design, P&ID, validated cycle, quotation, availability statement or performance guarantee. Signed project documents define the final scope.