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Feed mill project planning

Feed mill project plan — timeline, budget breakdown and equipment checklist

One working document for a commercial feed mill project: what happens in each phase and when, where the money actually goes, and every equipment item that must appear in the specification before a single quotation is requested.

Short answer · reviewed August 2026

What does a complete feed mill project plan contain?

Three things: a phased timeline from requirement definition through commissioning and acceptance, usually 12 to 16 months for a greenfield mill; a budget broken into process equipment, storage and handling, automation, civil works, logistics, erection, utilities and contingency, because process equipment is only 35–50% of the real cost; and an equipment checklist covering intake, grinding, dosing, mixing, conditioning, pelleting or extrusion, cooling, sieving, storage, packing, dust control, controls and utilities. Anything not in the plan becomes a change order later.

Feed mill project plan at a glance

Feed mill project plan at a glance — values reviewed August 2026 by FeedMatch Group
MetricValueUnitBasis
Total duration (greenfield)12–16monthsRequirement definition to acceptance
Requirement definition0–4weeksPhase 1
RFQ and comparison4–12weeksPhase 2
Process equipment share35–50% of capexBudget breakdown
Civil works share15–25% of capexBudget breakdown
Contingency5–10% of capexBudget breakdown

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.

Project timeline by phase

Phases overlap deliberately: manufacturing and civil works run in parallel. The weeks shown are planning bands for a greenfield mill in the 5–20 t/h range and shift with permits, grid power and port logistics.

  1. Phase 1 — Requirement definition

    Weeks 0–4

    Species, feed types, capacity in t/h, annual tonnage, process route and automation level fixed in writing.

    Deliverable: Written technical requirement and budget band

  2. Phase 2 — RFQ and supplier comparison

    Weeks 4–12

    One specification issued to shortlisted manufacturers; offers normalised on scope, capacity basis and exclusions.

    Deliverable: Comparable quotations, scope matrix, shortlist

  3. Phase 3 — Contract and engineering

    Weeks 12–22

    Contract, payment and guarantee terms agreed; layout, foundation loads and utility drawings released.

    Deliverable: Signed contract, approved general arrangement

  4. Phase 4 — Civil works and steel structure

    Weeks 16–40

    Site preparation, foundations, tower or building structure, power supply and water in parallel with manufacturing.

    Deliverable: Site ready for mechanical erection

  5. Phase 5 — Manufacturing and shipping

    Weeks 20–44

    Equipment production, factory acceptance where specified, packing, freight and customs clearance.

    Deliverable: Equipment on site with documentation

  6. Phase 6 — Erection and installation

    Weeks 40–56

    Mechanical erection, conveying and silos, electrical installation, control cabinets and cabling.

    Deliverable: Mechanically complete plant

  7. Phase 7 — Commissioning and acceptance

    Weeks 52–64

    Dry and wet commissioning, dosing accuracy checks, capacity and energy performance tests, operator training.

    Deliverable: Signed acceptance against contract criteria

Budget breakdown

Shares of total installed project cost, excluding land, working capital and raw material. Use them to check whether a quotation covers the whole project or only the process package.

Cost blockShare of capexWhat drives it
Process equipment (grinding, mixing, pelleting or extrusion, cooling)35–50%Driven by capacity, route and brand origin
Storage, intake and material handling10–18%Silos, elevators, conveying, dust control
Automation, controls and electrical8–15%Batching accuracy and traceability scope
Civil works, foundations and building/tower15–25%Highly site- and country-dependent
Freight, insurance, duties and clearance5–12%Depends on Incoterm and origin
Erection, commissioning and training6–12%Check whether supervision only or full erection
Utilities (boiler, compressed air, power connection)4–10%Often quoted outside the process package
Contingency5–10%Scope gaps, currency and site surprises

Planning bands, not a quotation. Real pricing comes from manufacturer offers against a written specification — run the feed mill cost reference and the total cost of ownership calculator alongside this table.

Equipment checklist

Every line below either appears in your specification or becomes a change order. Mark each item as in scope, out of scope or supplied locally before the RFQ goes out.

Intake and cleaning

  • Truck or bag intake with grate and hopper
  • Drum or vibrating pre-cleaner
  • Magnet separation
  • Bucket elevators and chain conveyors
  • Aspiration and dust filter

Grinding and dosing

  • Hammer mill or roller mill with the specified screen set
  • Feeder and air-assisted discharge
  • Dosing bins with load cells
  • Micro-dosing for premix and additives
  • Liquid dosing (oil, molasses, enzymes)

Mixing

  • Batch mixer sized to batch time and CV target
  • CV ≤ 5% mixing homogeneity test in the contract
  • Mixer discharge and buffer bin

Pelleting or extrusion

  • Conditioner with retention time stated
  • Pellet mill or extruder with motor rating
  • Die and roller set, spare set included
  • Steam supply and boiler capacity
  • Cooler and crumbler where required

Finishing and packing

  • Sieve and fines return
  • Post-pellet liquid coating if specified
  • Finished product bins
  • Bagging line and stitching or bulk loadout
  • Palletiser where volumes justify

Controls and utilities

  • PLC/SCADA with recipe management
  • Batch reporting and traceability export
  • Motor control centre and cabling scope
  • Compressed air system
  • Fire and explosion protection per local code

Documentation to demand with the quotation

  • Process flow diagram and mass balance
  • General arrangement with foundation loads
  • Installed power list per machine
  • Spare parts list for two years
  • Performance guarantees: capacity, kWh/t, pellet durability, mixing CV

Tools that fill in the numbers

Frequently asked questions

How long does a feed mill project take from decision to production?
A typical greenfield commercial feed mill runs 12 to 16 months from a defined requirement to signed acceptance, with roughly one month for requirement definition, two months for RFQ and comparison, two months for contract and engineering, five to seven months for manufacturing and civil works in parallel, and three to four months for erection, commissioning and performance testing. Expansions inside an existing building are usually shorter; projects that need new grid power, permits or port logistics are longer.
How should a feed mill budget be broken down?
Process equipment is typically 35–50% of the investment, storage and material handling 10–18%, automation and electrical 8–15%, civil works and structure 15–25%, freight and duties 5–12%, erection and commissioning 6–12%, utilities 4–10%, plus a 5–10% contingency. Quotations that only cover the process package therefore describe roughly half of the real project cost, which is why offers must be compared on scope before price.
What equipment must a feed mill equipment checklist cover?
Intake and cleaning, grinding, dosing and weighing, mixing, conditioning and pelleting or extrusion, cooling and crumbling, sieving, finished product storage, bagging or bulk loadout, aspiration and dust control, controls and automation, and utilities such as steam and compressed air. Anything missing from the checklist becomes a change order after contract signature.
What causes feed mill projects to slip?
The common causes are civil works starting before foundation drawings are released, grid power or permits arriving late, unclear scope split between the process supplier and local contractors, and acceptance criteria that were never written into the contract. All four are decided during requirement definition, not during erection.

Turn this plan into a quotable requirement

The RFQ builder carries capacity, process route, automation level, utilities and the equipment scope forward, so verified manufacturers quote one defined requirement instead of their own assumptions. FeedMatch is supplier-neutral and works on feed projects from USD 250,000 upward.

Build the RFQTalk to a human advisor

Working on this for a client? A better project toolkit for feed consultants covers how to define capacity, process flow, storage and packaging before manufacturers quote.

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