KENYA · GUIDE 0099 · EDITION 4.2
Crop drying rack fabrication in Kenya
Fabricate crop-drying racks to a buyer-approved design.
A CONCRETE EXAMPLE · ILLUSTRATIVE
Fictional fabrication of one three-tray crop-drying rack for a processor-approved product: external frame 1.2 m long×0.7 m deep×1.2 m high, three removable trays each nominal 1.0×0.6 m usable mesh. Total nominal tray area 1.8 m². This is equipment only; loading, drying conditions, endpoint, shelf life and food safety must be validated by the processor's qualified food specialist. No drying-temperature/time recipe is supplied.
Who is the first customer?
Growers and small food processors needing clean raised drying space.
Test the offer
Make one sample section and check food-contact material and cleaning access.
What your operating pack contains
- A business-specific operating guide PDF
- Offline itemised costing and quotation tool
- Supplier request and sales message drafts
- Job-card and quality-response documents
- Offline operations desk: supplier comparison, work checkpoints, accepted deliveries and cash tracking
- Cashflow and launch review: downside scenarios, break-even, 13-week cash plan and trial decision
- Source register and unresolved checks
Delivery and quality
The rack is equipment, not a validated food-preservation process or shelf-life guarantee.
Cost drivers
- materials
- fabrication
- delivery
Use your own supplier quotations. Worked figures in the pack are illustrative and do not establish a verified startup budget or profit forecast.
Evidence and scope
UC Davis / FAO: Small-scale Postharvest Handling, Harvesting Containers ↗
Harvest handling/container context only; crop grades, chemical dips, temperatures and storage-life numbers are not adopted. · Checked 2026-10-26
FAO: Good practice in design, management and operation of a fresh produce packing-house ↗
Cleanable equipment, contact surfaces and packing-house hygiene context only; not drying-process, shelf-life or structural validation. · Checked 2026-10-26