Before the machines: land, power, water and permits

Most of the advice available to someone starting a manufacturing business in Africa is about machines: which line, what capacity, what it costs, where to buy it. That is the visible half of the project. The half that decides whether the visible half arrives on time is the site — and it is where first-time owners lose the most money, because the mistakes are made early, quietly, and cannot be undone once the concrete is poured.

One founder’s summary of the problem, from a discussion we collected during 2026, is as good a statement of it as any: “entrepreneurs considering a new manufacturing venture in Africa often face a critical initial hurdle: infrastructure. The prospect of securing land, guaranteeing reliable power, arranging water access, and navigating complex permits.”

This article is about that hurdle. It does not cover any single country’s law — those differ, and the answers change — but the questions are the same everywhere, and so is the order they have to be answered in.

Stage 5 of eight. This article is one step in the production line buyer’s roadmap — the full sequence from defining the product to the first year of operation.

The order that saves money

There is a correct sequence, and almost every first project runs it backwards.

The reason the forward order is cheaper is not tidiness. It is that each step generates the requirements for the next one. Capacity sets the process; the process sets the equipment; the equipment sets floor area, floor loading, door sizes, connected load, water demand and effluent volume. Those are the numbers a landlord, a utility and a regulator all need from you. Without them you are negotiating with guesses, and a guess in either direction costs money — too small and the project stalls, too large and you have paid for capacity you will not use for years. Sizing to what you can sell rather than what you can buy is the argument we make at length in your first production line.

Power: four numbers, not one question

“Is there power?” is not a useful question, because the answer is nearly always yes and nearly always insufficient. Four numbers are useful:

• Connected load in kVA, including the starting current of the largest motor. Starting current is what sizes the supply and what trips an undersized one, and it is routinely left out of a first estimate.
• Supply voltage and configuration at the site — and whether it matches what the equipment was built for. Imported machinery is built to a stated supply; reconciling it is an engineering item, not an adapter.
• Whether a dedicated transformer is required, and its lead time. This is frequently the longest single item in the whole project and it is entirely outside your control once ordered.
• What must keep running during an outage. A design decision, not a purchase. On most lines only a subset needs to ride through — controls, cold storage, cleaning-in-place, anything whose interruption spoils product. Specifying the entire line onto standby power is a common and costly reflex.

The last point deserves emphasis because it interacts with the equipment choice itself. A line that can be stopped and restarted cleanly is a different machine from one that must not be interrupted mid-batch, and that difference belongs in the specification rather than in the generator sizing. How grid conditions in each market should shape the line specification is the subject of power and production line selection across Africa.

Water: quantity, quality and continuity are three questions

They get collapsed into one and they behave completely differently.

Quantity is arithmetic: process water, cleaning water, cooling, and domestic use, at peak rather than average. Continuity is storage and redundancy — how many hours of production you can sustain with the supply interrupted, which in most African municipalities is a question that will be tested. Quality is the one that changes the equipment, and the one that has to start earliest, because a full chemical and microbiological analysis takes weeks to obtain and the treatment train is designed from its results. Hardness, iron, turbidity and total dissolved solids each drive different equipment; discovering them after the plant is specified means re-specifying it.

Where a borehole is the source — common, and often sensible — add two more items: a permit or licence from the water regulator in most jurisdictions, and a yield test establishing what the hole will sustainably give you rather than what it gave on the day it was drilled. Both take time. Neither is optional if the plant depends on the water.

Effluent: the item that blocks permits

Effluent is the most commonly underestimated part of a food, beverage or processing project, because it produces nothing and costs money. It is also frequently what a permit turns on. Know your discharge volume and its character — organic load, temperature, pH, solids — and know what the receiving authority will accept, before the layout is fixed. Retrofitting an effluent treatment plant into a site designed without space for it is one of the more expensive corrections in this business, and the alternative — operating on a consent you cannot meet — is worse.

The building: two dimensions that ruin projects

Everything else about a building can usually be worked around. These two cannot.

All six are checked against the equipment general-arrangement drawing, which means you need that drawing before you commit to premises — another reason the forward order matters.

Permits: the sequence, not the list

The individual permits differ by country and by sector, but the shape is consistent enough to plan against. Expect some combination of an environmental authorisation or impact assessment, a building or development permit, a business or manufacturing registration, a sector regulator’s licence where you are making food, beverage, pharmaceutical or regulated goods, an effluent discharge consent, and fire and occupational-safety approvals.

What matters more than the list is that several of them are sequential. An environmental authorisation commonly gates the building permit; the building permit gates construction; construction gates installation. A delay early in that chain does not compress later — it moves everything. Which is why the first practical step on a new site is not applying for anything, but establishing the sequence and the realistic duration of each step from someone who has recently been through it in that jurisdiction. Our country guides set out the import and clearance side of the same timeline for Ghana, Nigeria, Kenya, Tanzania and Zambia.

Where land itself is the risk

Land tenure varies more across African markets than any other item here, and it is the one where local legal advice is not optional. The pattern to check is consistent even though the law is not: what exactly is being transferred — freehold, a leasehold with a term, a right of occupancy, or a customary interest; who is entitled to transfer it; whether industrial use is permitted at that location; and whether the utility connections and access road serving it are real or promised. An industrial park or designated zone removes several of these questions at once, which is often worth the premium on a first project even when the rent looks high against a private site.

What to start first

If you take one thing from this article, take the ordering. The items below are ranked by how early they must begin, not by how much they cost:

1. Water analysis. Weeks to obtain, and it can change the equipment specification. Start it before anything else.
2. Utility connection enquiry. Establish transformer availability and the connection sequence early; this is frequently the longest pole.
3. Environmental and building permit sequence. Establish the chain and its realistic durations before assuming a construction start date.
4. Equipment general-arrangement drawing. Needed to assess any building at all. Available from a serious supplier at specification stage.
5. Effluent consent enquiry. Needs to be known before the layout is frozen.
6. Land and building commitment. Last, not first — once you know what you are looking for.

How we work on this part

We size the line to the market you can serve, produce the general-arrangement and utility schedules from it, and give you the building, power, water and effluent requirements as numbers you can put in front of a landlord, a utility and a regulator. Where the site is being built or converted, we set the readiness milestones against the shipping schedule so installation begins on a site that is ready, and we mobilise our own engineers from the Johannesburg engineering base to install and commission against them. Local legal and permitting work is done by your advisers in that jurisdiction — we plan the project around their sequence and hold the engineering schedule to it. What a complete project costs across all of these headings, not just the machines, is broken down in what a production line really costs.

Frequently asked questions

A note on scope: this article deals with the engineering and sequencing of a site. Land law, permitting procedure and their timelines differ by country and change; they are matters for advisers in your jurisdiction, and the value of settling the engineering numbers first is that it gives those advisers something concrete to work from. The quote above is reproduced verbatim from public discussion collected during 2026 and anonymised.