How to Prepare an Agricultural Infrastructure Project
Most agricultural infrastructure projects that fail do so before construction begins — in the definition stage, where scope, resource constraints and capital requirements are established. This guide sets out how organisations move from an investment intention to a specified, costed, financeable project.
Executive summary
Project preparation is the discipline of converting an investment intention into a defined, verified and financeable scope. It runs through five interdependent tracks: commercial case, technical specification, resource and site verification, regulatory pathway, and capital structure. Weakness in any one track undermines the others, and the sequence matters — approaching suppliers or lenders before the scope is fixed produces quotations and term sheets that cannot be compared or relied upon.
- Scope definition precedes procurement; procurement precedes financing close.
- Verify water, energy, land and permits before committing to a technology choice.
- One normalised RFQ produces comparable offers; multiple informal enquiries do not.
- Lenders assess the feasibility study and the operator as closely as the equipment.
- Budget the whole system — production, water, energy, post-harvest and working capital.
- Phasing reduces peak funding need but increases total cost per unit of capacity.
Project objectives
Preparation begins by stating what the investment must achieve in measurable terms, because these targets constrain every later decision.
Production and revenue target
Output volume, grade mix and the revenue that follows from realistic prices, evidenced by market data or buyer engagement rather than assumption.
Capital envelope
The maximum defensible capital cost given available equity, achievable debt and the return the investment must generate.
Resource performance
Water and energy consumption per unit of output, which increasingly determine both operating cost and access to concessional or climate-linked financing.
Risk position
Which risks the organisation will retain — agronomic, market, currency, execution — and which will be transferred to contractors, insurers or off-takers.
Operational readiness
The management and technical capability required to operate the completed asset, and how it will be recruited or contracted.
Planning considerations
Preparation runs across five tracks in parallel. Progress in one track without the others produces a project that appears advanced but cannot close.
Commercial case
Market evidence, pricing, off-take engagement, competitor supply and the sensitivity of returns to yield and price movements.
Technical scope
The complete system: production infrastructure, water, energy, automation, post-harvest and logistics, with the interfaces between scopes explicitly defined.
Resource verification
Water yield and quality, energy capacity and tariff, land title, soil and topography, climate data — verified with measurement, not assumption.
Regulatory pathway
Construction, environmental, water abstraction and operating permits, plus market-access certification, each with an owner and a realistic timeline.
Capital structure
Equity available, debt capacity given projected cash flow, grant or concessional windows, leasing options and working capital requirement.
Execution model
Whether to appoint an EPC contractor for single-point responsibility, or to manage multiple package suppliers directly with in-house or consultant coordination.
Phasing strategy
Whether phase one proves the model at reduced scale, and which shared infrastructure should be oversized for later phases.
Governance
Decision-making structure, budget authority, change-control process and reporting — the absence of which is a common cause of scope drift.
Technical requirements
A project is ready for procurement when each of these elements is documented to a level a supplier can price without making assumptions.
| Component | What to specify |
|---|---|
| Site information | Topographic survey, geotechnical data, climate records, access roads and utility connection points. |
| Water package | Source, sustained yield, full analysis, storage, treatment, pumping and distribution requirements. |
| Energy package | Connected load, peak demand, supply reliability, tariff, standby requirement and any renewable generation or storage. |
| Production infrastructure | Greenhouses, open-field systems, nursery or processing facilities, with capacity, materials and performance requirements stated. |
| Automation and controls | Sensing, control, integration protocols, data ownership and remote access requirements across all packages. |
| Post-harvest and logistics | Handling, precooling, storage, packing and transport capacity aligned with production volume and delivery obligations. |
| Bill of quantities | Itemised scope for each package, so that supplier quotations can be compared line by line rather than as headline totals. |
| Acceptance criteria | Measurable performance requirements — capacity, uniformity, pull-down time, energy use — verified at commissioning rather than asserted in a brochure. |
| Interface matrix | Explicit allocation of responsibility where packages meet: civil to structure, structure to climate, climate to irrigation, irrigation to controls. |
Budget considerations
A financeable budget covers the entire system and its first operating cycle, not just the visible hardware.
- Land and site preparationAcquisition or lease, levelling, drainage, access roads, fencing and utility connections.
- Production infrastructureThe primary asset — greenhouse, nursery, processing plant or field system — including installation.
- Water and irrigationSource works, storage, treatment, pumping and distribution.
- EnergyConnection or upgrade, generation, storage, standby capacity and distribution.
- Post-harvest and logisticsPrecooling, cold storage, packing and handling equipment.
- Engineering and supervisionDesign, independent engineering review, project management and construction supervision.
- Permits, compliance and certificationApplication fees, environmental and social assessment, and market-access certification.
- ContingencyAn explicit percentage of hard cost, presented separately so lenders can see it has been provided for.
- Working capitalInputs, labour, energy and overheads through to first receipts, plus receivable days.
- Financing costsArrangement fees, interest during construction, insurance premiums and legal costs.
Cost ranges are indicative planning figures only. Actual pricing depends on specification, site conditions, logistics, duties and market timing, and should be confirmed through a normalised request for quotation.
Turn this section into a request for quotation — land, water, energy & site infrastructure is pre-selected.
Start pre-filled RFQImplementation stages
The sequence below reflects how lenders and experienced developers expect a project to progress. Skipping forward rarely saves time; it usually adds a return loop.
- 1
Concept definition
State the objective, indicative scale, location and capital envelope, and test the commercial logic before spending on studies.
- 2
Pre-feasibility
Screen sites, verify resource availability at a high level, and confirm the concept is worth full feasibility spend.
- 3
Feasibility study
Complete technical, agronomic, market, environmental and financial analysis, with a base case and a documented downside case.
- 4
Technical specification
Produce the bill of quantities, performance requirements, interface matrix and acceptance criteria across every package.
- 5
Procurement
Issue one normalised RFQ per package. Evaluate on scope, performance guarantees, warranty, lead time, spares and total cost of ownership.
- 6
Financing
Approach lenders and investors with a fixed scope and verified costs, complete due diligence, and align drawdown with the construction programme.
- 7
Contracting and mobilisation
Execute contracts, confirm insurance, establish site governance and start construction against a monitored programme.
- 8
Construction and commissioning
Deliver against the programme with staged inspections, then verify performance against the acceptance criteria before handover.
- 9
Operational ramp-up
Recruit and train the operating team, run the first cycle, and reconcile actual performance against the model.
Common mistakes
- Approaching lenders before the technical scope is fixed, producing a capital cost that cannot survive due diligence.
- Requesting informal quotations from several suppliers on different scopes, then comparing headline prices.
- Assuming water and grid capacity are available without measurement or written confirmation.
- Budgeting hardware while omitting site works, engineering, contingency, financing costs and working capital.
- Leaving interfaces between packages undefined, so integration failures surface during commissioning.
- Starting permitting after equipment orders, allowing regulatory timelines to determine the critical path.
- Building the full planned area in phase one when the agronomic model has not yet been proven at the site.
- Deferring recruitment of the technical operator until commissioning, when their input can no longer influence design.
Project preparation checklist
Complete these items before approaching suppliers or lenders. Each one materially improves the quality and comparability of the offers you receive.
- Investment objective and capital envelope stated in writing
- Market evidence and buyer engagement documented
- Site secured or under option, with clean title or a long lease
- Water yield verified and full analysis completed
- Energy capacity, reliability and tariff confirmed in writing
- Climate, topographic and geotechnical data obtained
- Permitting pathway mapped with owners and timelines
- Complete technical specification and bill of quantities prepared
- Interface matrix and acceptance criteria defined
- Financial model with base and downside cases completed
- Contingency, financing costs and working capital included in the budget
- Technical operator and management structure identified
- Execution model chosen — EPC or multi-package with coordination
- Procurement plan and RFQ documents ready to issue
Frequently asked questions
Land, water, energy & site infrastructure
Opens the RFQ Builder with the infrastructure scope, phasing and permitting context already captured.
- Land preparation, drainage, access roads and site services
- Water supply, storage and distribution infrastructure
- Energy supply: grid connection, solar / hybrid generation and backup
- Permitting and environmental compliance status reflected in the programme
- Phased delivery plan with clear interface responsibilities between packages
Supplier-neutral. You can edit every pre-filled field before submitting.