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Feed mill planning tools

Feed mill planning workflow — sizing, ROI, automation and equipment comparison

Five connected tools that turn a feed-production idea into a defined, quotable requirement. Each step passes its numbers forward, and the last step hands everything to a structured RFQ so manufacturers quote the same specification.

Short answer · reviewed August 2026

How do you plan a feed mill before requesting quotations?

Size the plant first — capacity in tonnes per hour, annual output, process route, silo volume and installed power. Test the economics at your margin and utilisation. Price the automation level against labour, dosing give-away and downtime. Compare mash, pelleting and extrusion at the same capacity so the process route is a priced decision rather than a supplier preference. Only then issue an RFQ, carrying every number forward. Requesting quotations before those four things are fixed produces offers that cannot be compared, because each supplier prices its own assumptions.

What each planning step must fix before an RFQ

What each planning step must fix before an RFQ — values reviewed August 2026 by FeedMatch Group
MetricValueUnitBasis
Capacityt/h and annual tonnest/hMill sizing calculator
Project returnPayback and break-even tonnagemonthsFeed mill ROI calculator
Automation levelScope justified by saving and paybackmonthsAutomation ROI calculator
Process routeMash, pelleting or extrusionUSD/tEquipment comparison calculator
Quotable requirementOne specification sent to manufacturersRFQRFQ builder

Sources · How to compare feed mill quotations · Feed mill equipment list

Ranges are indicative buyer-side benchmarks compiled by FeedMatch Group from supplier offers and the sources above; verify against a current quotation before budgeting.

The five steps

  1. Step 1 — Size the mill

    Turn species, feed types and target tonnage into capacity in t/h, annual output, an equipment package, silo volume and installed power.

    Output: Capacity, process route, silo volume, power demand

    Open the mill sizing calculator

  2. Step 2 — Test the economics

    Check whether the sized plant returns at your margin per tonne, utilisation and investment level before any supplier is contacted.

    Output: Payback, annual margin, break-even tonnage

    Open the ROI calculator

  3. Step 3 — Decide the automation level

    Price the batching, dosing and control scope against labour saved, dosing give-away recovered and downtime avoided.

    Output: Annual saving, payback in months, automation scope

    Open the automation ROI calculator

  4. Step 4 — Compare the equipment route

    Compare mash, pelleting and extrusion at the same capacity on investment, specific energy and cost per tonne — then compare manufacturers on the same specification.

    Output: Route choice, cost per tonne, specification basis

    Open the equipment comparison

  5. Step 5 — Structure the RFQ

    Every calculator hands its numbers to the RFQ, so suppliers quote the same defined requirement instead of pricing their own assumptions.

    Output: One comparable requirement sent to verified manufacturers

    Build the RFQ

Supporting tools and references

Use these where a step needs more depth — an existing plant that never reaches nameplate capacity, an energy or storage question, or a set of quotations that already arrived and need normalising.

Scope and limits

  • Every figure produced here is a planning band, not a quotation, and excludes raw material unless stated.
  • FeedMatch is supplier-neutral: the tools define the requirement, manufacturers price it.
  • Project-specific engineering, guarantees and acceptance criteria come from the supplier's technical proposal.
  • Human support is available for project-specific questions the tools do not answer.

Frequently asked questions

In what order should feed mill planning tools be used?
Size the plant first, then test whether it returns, then decide the automation level, then compare the equipment route, and only then issue an RFQ. Reversing the order — asking for quotations before capacity, process route and automation scope are fixed — produces offers that cannot be compared, because each supplier fills the gaps with its own assumptions.
Can an AI agent run this workflow?
Yes. Each step is a deterministic calculator with defined inputs and machine-readable outputs, so an agent can resolve species and capacity, run the sizing, economics, automation and route comparisons in sequence, and structure the resulting requirement into an RFQ for the buyer to review. Every commercial decision and the RFQ submission remain with the buyer.
Do these tools give a price for my feed mill?
No. They return planning bands and comparative figures based on the inputs you enter. Real pricing depends on specification, origin, scope split, freight and site conditions, and comes only from manufacturer quotations issued against a written technical specification.
What does the workflow produce at the end?
A defined requirement: capacity in t/h and annual tonnage, process route, automation level, storage days, utilities, scope split and documentation requirements. That is the document manufacturers quote against, and it is what makes competing offers genuinely comparable.

Ready to put the numbers in front of manufacturers?

The RFQ builder carries capacity, process route, automation level and utilities forward, so verified manufacturers quote one defined requirement.

Build the RFQ
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