The complete guide to agricultural infrastructure procurement
A vendor-neutral, board-level playbook for procurement leaders responsible for greenhouses, irrigation networks, seed processing plants, packing houses, nurseries, cold chains and precision-agriculture systems. Frameworks, CAPEX benchmarks, contract structures, financing pathways and downloadable templates — designed to be applied directly on your next project.
- •Agricultural infrastructure is a project asset class, not a supply purchase — the disciplines that govern power, water and industrial capex apply directly.
- •The four levers with the highest impact on outcome are: (1) site diligence, (2) technical specification quality, (3) contract structure, (4) lender-ready financing package. Everything else is optimisation.
- •Owners consistently under-invest in feasibility and over-invest in supplier negotiation. Shifting 1% of CAPEX from Stage 6 to Stages 2–3 typically saves 5–10% at execution.
- •The single largest source of overrun across greenhouses, irrigation and post-harvest is scope drift after RFQ — locked technical specifications and disciplined change control are the primary controls.
- •Financing readiness is a workstream that runs in parallel with technical design; treating it as a Stage 7 hand-off adds 4–8 months to programme.
The five-workstream procurement operating model
Run five disciplined workstreams in parallel — not sequential stage gates. Each workstream has its own leader, deliverables and milestones, coordinated by a single project sponsor.
- 1
1. Strategy & feasibility
Commercial objective, off-take strategy, site diligence, permitting pathway and independent feasibility. Owns the go / no-go decision.
Deliverable: Feasibility report + strategic brief.
- 2
2. Technical & specification
Concept design, standards selection, performance criteria, RFQ package and technical evaluation. Owns the specification integrity throughout execution.
Deliverable: Signed technical specification + RFQ package.
- 3
3. Commercial & contracting
Contract structure (EPC / EPC-M / multi-contract), evaluation matrix, negotiation, warranties and change-order regime.
Deliverable: Executed contracts + change control.
- 4
4. Financing & risk
Capital structure, DSCR modelling, ECA screening, grants, insurance envelope and risk register. Runs in parallel with Workstream 1–2.
Deliverable: Financing memo + committed term sheets.
- 5
5. Execution & assurance
Owner's engineer, factory acceptance tests, site acceptance tests, commissioning and performance verification.
Deliverable: Commissioning certificate + performance report.
Which contract structure fits which project
Contract structure is the single most consequential commercial decision. Match it to project scale, owner capability and financing source.
- 1
EPC — turnkey
One contract, one warranty envelope. Preferred for lender-financed projects and first-time owners. Adds 8–15% cost for risk transfer.
Deliverable: Wraparound EPC contract with performance guarantees.
- 2
EPC-M — managed multi-contract
A manager coordinates trade packages without holding all risk. Fits sophisticated owners who want optionality without absorbing coordination risk.
Deliverable: EPC-M mandate + interface matrix.
- 3
Multi-contract
Owner holds every interface. Lowest headline cost, highest coordination risk. Requires experienced owner's engineer.
Deliverable: Contract stack + owner's engineer scope.
- 4
Alliance / IPD (rare in agriculture)
Shared risk and reward between owner and integrator. Used only when reference projects have proven the delivery team.
Deliverable: Alliance agreement + open-book cost model.
Cross-asset CAPEX benchmarks — validate against local quotations
Order-of-magnitude ranges used at feasibility to size the envelope. Always confirm with formal supplier quotations before board approval.
| Category | Indicative rate | Notes |
|---|---|---|
| Turnkey Venlo glass greenhouse | $350–$650 / m² | Structure, climate, irrigation, controls, packing |
| Polycarbonate multi-span greenhouse | $180–$320 / m² | Lower CAPEX, lower light transmission |
| Drip irrigation (open field, per ha) | $1,800–$3,500 / ha | Excludes water source works |
| Centre-pivot irrigation (per ha) | $900–$1,600 / ha | Excludes pump station |
| Seed processing line (mid-scale) | $1.5–$4.5M / line | Cleaning, grading, treating, bagging |
| Packing house (fruit/veg, per m²) | $1,200–$2,400 / m² | Grading, cold room, packaging |
| Cold chain (per m³ storage) | $450–$900 / m³ | Insulated envelope + refrigeration |
| Precision-ag digital layer | 1.5–4% of total CAPEX | Sensors, telemetry, farm management |
| Soft costs | 6–10% of CAPEX | Design, PM, permits, owner's engineer |
| Contingency (feasibility) | 10–15% of CAPEX | Drops to 5–7% by execution |
Benchmarks vary by country, commodity prices and labour costs. Refresh assumptions every 6 months during feasibility.
Cross-asset weighted supplier evaluation matrix
One matrix, tuned per asset class. Start with these weights and adjust to project risk profile.
| Criterion | Weight | What to evaluate |
|---|---|---|
| Reference projects in comparable context | 20% | 3+ recent projects at comparable scale and climate/regulatory context. |
| Technical fit to specification | 15% | Compliance matrix against spec; deviations documented. |
| Performance guarantees | 15% | Yield, uptime, throughput, energy performance where applicable. |
| Financial strength & bondability | 15% | Audited accounts, credit rating, performance bond capacity. |
| Local execution capacity | 10% | In-country presence, service engineers, spare-parts logistics. |
| Commercial terms & warranty | 10% | Payment schedule, retention, warranty length, LD regime. |
| Programme credibility | 10% | Realistic mobilisation and lead times. |
| ESG & compliance | 5% | Labour, HSE, sustainability certifications. |
Risk register — the six that matter most
Weak feasibility carried into RFQ
Mitigation: Independent feasibility review before scope is locked.
Scope drift after RFQ
Mitigation: Change control board; freeze specification at Stage 5.
Interface gaps in multi-contract
Mitigation: Interface matrix + owner's engineer accountable for coordination.
Financing close after mobilisation
Mitigation: Do not mobilise trades before financial close; use bridge equity if needed.
Currency & commodity volatility
Mitigation: Price-escalation clauses and FX hedging for imports beyond 6 months.
Permitting delays
Mitigation: Start permitting workstream in parallel with concept design.
Downloadable templates
Editable, supplier-neutral templates you can adapt to your project. Pair the CAPEX planner with the RFQ template — the RFQ handoff sheet is pre-wired to feed your commercial section.
Agricultural Infrastructure RFQ Template
Editable RFQ template with scope, standards, evaluation criteria and acceptance tests.
Supplier Evaluation Form
Weighted matrix worksheet for defensible short-list decisions.
Project Budget Planner
Multi-sheet CAPEX build-up with financing sensitivity.
Interactive tools
Supplier-neutral calculators to stress-test assumptions before you issue an RFQ.
Project Configurator
9-step configurator that outputs a component list, procurement packages and expert list you can push into the RFQ Builder.
Open toolProject Readiness Assessment
Score your project against a supplier-neutral readiness rubric before issuing RFQs.
Open toolDSCR & Payback Calculator
Model financing headroom against target DSCR — pair with the Agriculture Financing Center.
Open toolGreenhouse Investment Calculator
Sanity-check CAPEX envelope, payback and IRR.
Open toolMove commercial greenhouse procurement into a structured RFQ
Editorial · not a sales pitchWhen your feasibility, financing envelope and technical specification are aligned, the RFQ Builder produces a supplier-neutral request that comparable suppliers can quote against on the same basis.
What a complete, supplier-neutral request on this topic usually includes. Use it as a checklist before submitting.
- Structure type (Venlo glass, polycarbonate multi-span, tunnel) and covered area (m² / ha)
- Climate strategy: heating, cooling, screens, dehumidification and target set-points
- Growing system, irrigation and fertigation scope with water source & quality data
- Energy mix (boiler, CHP, PV, storage) and grid capacity constraints
- Contract structure (EPC, EPC-M, multi-contract) and required performance guarantees
- Financing route: equity/debt split, DSCR target, off-take letters and permitting status
Open the builder with the topic pre-selected. You stay in control — nothing is submitted until you review and confirm.
Free to submit · supplier-neutral · reviewed by a specialist before any supplier is contacted.
Frequently asked questions
Executive-level answers in English, Spanish, French and Portuguese.
English
What is agricultural infrastructure procurement?+
The disciplined process of specifying, sourcing, contracting and commissioning long-life productive assets — greenhouses, irrigation networks, seed processing plants, packing houses, cold chains and precision-agriculture systems — for commercial farms, agribusinesses and public-sector food-security programmes.
How does agricultural procurement differ from general industrial procurement?+
The core disciplines are the same, but three factors diverge: biological performance risk (yield guarantees, agronomic fit), climate and water dependency (site diligence is decisive), and financing structure (development banks and export credit agencies play an outsized role compared with pure private industry).
How much contingency should agricultural infrastructure projects carry?+
10–15% at feasibility, 8–10% at signed technical specification, 5–7% at execution. Anything below 5% assumes every scope line is under fixed-price contract with mature suppliers.
When should financing structuring start?+
In parallel with Workstream 1 (feasibility). Treating financing as a hand-off after technical design typically adds 4–8 months to programme and can force expensive re-scoping.