Why agricultural companies use SeedMatch Group for greenhouse, irrigation, seed and fertilizer procurement
Contacting greenhouse, irrigation, seed and fertilizer suppliers individually produces proposals that cannot be compared, because each supplier defines scope in its own way. SeedMatch Group starts from the project requirement — crop, area, climate, water, production target — turns it into one structured RFQ, routes it to relevant suppliers across the categories the project actually needs, and returns proposals in a normalised structure. There is no separate buyer-side sourcing fee for submitting a requirement; the platform is supported primarily by participating suppliers and commercial partners.
The usual procurement route for a commercial agricultural project is a series of parallel conversations: a few greenhouse manufacturers found through search, an irrigation distributor already known locally, a seed company, a fertilizer trader. Each is briefed slightly differently, each quotes a slightly different scope, and the comparison at the end is guesswork wearing a spreadsheet.
This page explains the alternative: define the requirement once, quote it once, compare it properly. It also states plainly what SeedMatch Group is not — not a manufacturer, not a seed or fertilizer producer, not an EPC contractor and not a lender.
Procurement starts with the requirement, not with suppliers
Before any supplier is contacted, a project needs answers to a short set of questions. Suppliers cannot quote a scope that does not exist yet, and every unanswered question becomes an assumption they price defensively.
- Which crop, and what production target per season or per year?
- What growing area, and is it open field, protected cultivation or a mix?
- Which country and design climate — the extremes matter more than the averages?
- What water source, what volume, and what does the water analysis say?
- Which irrigation method, and what zoning and scheduling does the crop plan imply?
- What climate-control requirement: ventilation only, cooling, heating, screening, dehumidification?
- What level of automation and sensing is justified by the labour market and the crop?
- What seed requirement, and what fertilizer or fertigation programme follows from it?
- What is the project stage, the implementation timeline and the expansion plan?
- Agronomic outcomes are not guaranteed here; these questions define procurement scope, not crop performance.
Structured project definition
The Project Configurator (/project-configurator) collects the requirement in a form that both suppliers and financing providers can read. Nothing is invented — it records the buyer's own inputs and the assumptions behind them.
- Country, site and design climate.
- Crop, production target and cropping cycles.
- Total area, greenhouse area and phasing.
- Water source, availability, quality and storage need.
- Electricity availability, backup and any solar intent.
- Irrigation and fertigation scope.
- Cooling, heating and ventilation requirement.
- Automation and control level.
- Seed and fertilizer requirements.
- Project stage, timeline and budget band.
Industry-specific tools before the RFQ goes out
Calculator outputs are indicative planning estimates used to scope procurement. They are not engineering design, not agronomic advice and not a substitute for a site-specific study by qualified professionals.
- Crop Water Requirement Calculator (/crop-water-requirement-calculator) — indicative peak and seasonal water demand.
- Greenhouse Irrigation Planner (/greenhouse-irrigation-planner) — zoning, flow and scheduling assumptions.
- Pump Sizing Calculator (/pump-sizing-calculator) — indicative flow and head for pump and filtration scope.
- Fertigation Calculator (/fertigation-calculator) and Fertilizer Calculator (/fertilizer-calculator) — dosing and programme volumes.
- Greenhouse Cooling Calculator (/greenhouse-cooling-calculator) and Greenhouse Heating Load Calculator (/greenhouse-heating-load-calculator) — climate sizing at design conditions.
- CAPEX Calculator (/capex-calculator) — indicative budget split by discipline.
- Greenhouse Investment Calculator (/greenhouse-investment-calculator), Greenhouse ROI & TCO Calculator (/greenhouse-roi-tco-calculator) and Greenhouse Lifecycle Cost Calculator (/greenhouse-lifecycle-cost-calculator) — capital and operating cost over the horizon, including cost per usable m².
What a strong agricultural RFQ contains
Supplier response quality tracks RFQ quality almost linearly. The RFQ Builder (/rfq-builder) assembles the sections below; the agriculture RFQ checklist (/agriculture-rfq-checklist) and the commercial greenhouse RFQ template (/commercial-greenhouse-rfq-template) show the same structure in full.
- Location, site conditions and access.
- Crop, area in hectares or m², and target production.
- Greenhouse dimensions, orientation, gutter height and bay layout where applicable.
- Design climate data and the loads the structure must be designed for.
- Water availability, storage and the water analysis itself.
- Required irrigation method, zoning and capacity.
- Fertigation, dosing and EC/pH control requirement.
- Cooling, heating, ventilation and screening requirement.
- Automation, control and sensing requirement.
- Seed and fertilizer requirements where they are in scope.
- Timeline, phasing and required delivery terms.
- Drawings, layouts and technical specifications as attachments.
- An explicit inclusions and exclusions list, so scope gaps surface before contract, not after.
Supplier and manufacturer matching
A defined requirement is routed to suppliers whose published capability categories, geographic coverage and project size range fit the project. Relevance is the criterion, and it is stated honestly: inclusion in a sourcing round is not an endorsement, an audit result or a certification. Buyers remain responsible for their own due diligence, references and qualification of any supplier before contracting.
Comparing proposals on more than headline price
Two greenhouse or irrigation quotations at similar totals routinely describe different projects. Normalise first, then look at price. The bid comparison tool (/greenhouse-bid-comparison-tool) and the quotation comparison method (/how-to-compare-greenhouse-quotations) apply the checklist below.
- Technical scope and what is genuinely included in the number.
- Structure materials, coatings, covering specification and design loads.
- Irrigation capacity, uniformity assumptions, filtration and zoning.
- Pump duty, redundancy and control.
- Climate-control capability at the site's design conditions, not at generic conditions.
- Automation and control platform, and what it costs to extend later.
- Energy and water requirements implied by the design.
- Civil works, foundations, drainage and site preparation — included or excluded.
- Installation, supervision, commissioning and training.
- Warranty terms, spare parts availability and support response.
- Delivery terms, Incoterms, lead time and packing.
- Payment terms, milestones, retention and guarantees.
The buyer commercial model, stated plainly
Buyers can submit a sourcing request or RFQ without a separate buyer-side sourcing fee. The platform's commercial model is supported primarily by participating manufacturers, suppliers and commercial partners. This does not make the project free: the equipment, works and services are paid for by the buyer under the contract signed directly with the selected supplier.
Financing and payment terms
SeedMatch Group is not a bank, lender, credit provider, insurer or financial adviser and quotes no rates, approvals or commitments. Where a qualified commercial project requires funding, it may be introduced to independent third-party financing providers, who control all eligibility, due diligence, pricing, security, terms and disbursement.
- Supplier payment terms and milestone structures can be requested inside the RFQ itself.
- Export finance, project finance and development finance routes are described in the financing hub (/agricultural-financing).
- Introductions to independent third-party funding providers are possible for suitable capital projects.
- No credit is provided, no approval is promised and no rates are quoted by SeedMatch Group.
Project types the requirement can cover
- Commercial greenhouses — structure, covering, climate control, irrigation, fertigation, automation and internal systems (/commercial-greenhouse-cost, /project-configurator).
- Irrigation projects — drip and micro-irrigation, filtration, pumps and pumping stations, fertigation and control systems (/drip-irrigation, /pump-sizing-calculator).
- Seeds — sourcing considerations include crop, target geography and climate, intended application, commercial quantity and required specifications and documentation; variety suitability remains an agronomic decision for the buyer's own advisers.
- Fertilizers — procurement considerations include fertilizer type, formulation and specification, quantity, packaging, application method and delivery terms; the nutrition programme itself is set by the buyer's agronomist.
- Integrated agriculture projects — greenhouse, irrigation, pumps, seeds, fertilizer, climate control and solar or power support defined as one project (/crop-procurement).
Individual supplier outreach vs one structured requirement
Neutral comparison of two procurement routes. Neither guarantees a price, a timeline or a project outcome.
| Dimension | Contacting suppliers one by one | One structured requirement |
|---|---|---|
| Scope definition | Re-explained per supplier, drifts each time | Defined once and issued identically |
| Comparability | Different formats, different inclusions | Normalised line structure |
| Coverage | Limited to suppliers found by search or contacts | Routed by capability category and geography |
| Clarification cycles | Repeated per supplier | Handled against a single specification |
| Scope gaps | Often found after contract | Surfaced as explicit exclusions |
| Documentation | Scattered across mailboxes | Held against the project record |
| Financing readiness | Rebuilt from scratch | Requirement already documented |
Buyer FAQ
SeedMatch Group is an independent procurement platform. It does not manufacture greenhouses, irrigation equipment, seeds or fertilizers, does not build or install projects, and does not replace the agronomic, engineering or legal professionals a project needs. Supplier proposals, delivery, installation, commissioning, warranty and performance remain the responsibility of the selected suppliers and contractors.
The ten-step procurement process, with the tool and decision owner at each step.
Consultant-side view: what stays with the adviser and what the procurement layer handles.
Crop, climate, area, growing system, automation and phasing defined before suppliers are contacted.
Turn a defined requirement into one structured request every supplier quotes on the same basis.
Start from the crop and production target, then derive area, water and equipment scope.
Normalise price per m² and flag missing scope across competing quotations.
The line-by-line normalisation method applied before price is weighed.
Break an indicative project budget into civil, structure, climate, irrigation, energy and post-harvest lines.
Comparable cost per usable m² using local energy tariffs, water pricing and operating schedules.
Indicative peak and seasonal water demand before irrigation and storage are sized.
Dosing, EC/pH and injection assumptions for fertigation scope in the RFQ.
Capital structures, documentation and third-party financing routes for capital projects.