Essays & Op-Eds · Protein · Africa
Africa is not short of protein resources. It is short of protein industrialisation.
Why does a continent this rich in biomass import its protein?
Why does a Kenyan feed miller buy soybean meal from Zambia, while market refuse, abattoir offal and crop residues rot down the road? Why does a continent with the youngest workforce on earth import fishmeal it could replace with insects? And why does the global debate on sustainable protein take place in Brussels, Washington and Singapore, when the decisive battle will be fought in Nairobi, Lagos and Addis Ababa?
Here is my answer, and I offer it as a provocation.
Africa is not short of protein resources. It is short of protein industrialisation.
I grew up a herdsboy in Nandi, walking cattle to water before school. Today I am a food scientist and biotech entrepreneur in Germany, and I still farm in Kenya. I have seen the protein question from the boma at dawn and from the fermentation hall in Europe. From both ends, the conclusion is the same: Africa is the least prepared arena in the most important food contest of the century.
Is this about hunger, or about industry?
Let me be precise, because the lament is easy and mostly wrong. The United Nations projects Africa's population to rise from about 1.5 billion in 2024 to almost 2.47 billion by 2050. Africa's average protein supply, about 69 grams a head a day in FAO-derived food balance figures, is the lowest of any region. That is supply, not measured intake, and the average conceals wide differences in access, quality and price. The challenge is not simply producing more protein; it is making nutritionally adequate protein available, affordable and accessible to the people who need it. Recorded meat supply is under ten kilograms a head a year, yet a World Bank, FAO, ILRI and AU-IBAR study projected Africa's total meat consumption rising from 10.5 million tonnes in 2005/07 to almost 35 million by 2050.
Where quality falls short, children pay. Africa is the only region where the number of stunted children has grown since 2012, from 61.7 million to 64.8 million, according to UNICEF, the WHO and the World Bank. Stunting has many causes, from infection to sanitation, and protein is only one of them. But the demand is coming either way.
So this is not a lament about protein hunger. It is a question about who will make the protein Africa is about to eat: African factories, or someone else's.
Why does the money look away?
Ask any Kenyan poultry keeper what decides whether the year is profitable. Not the bird: the feed bag. Feed millers put soybean meal at 16 to 22% of a poultry ration, alongside fishmeal. Kenya grows little soya, sunflower or cotton, so it buys protein cake from Uganda, Malawi, Zambia and Tanzania. When Zambia suspended exports of soya and sunflower meal in 2021, Kenyan feed costs hit record highs and soya doubled in price. Is that food security, or a dependency we have chosen not to see?
Then look at the capital. Alternative-protein investment worldwide has fallen for four straight years. The Good Food Institute counts US$881 million raised in 2025, the first year below a billion since 2018. European companies took US$418 million and North American ones US$347 million. What did Africa get? Not enough to register in the headline figures.
Oxford's TABLE programme found that most European and North American funds regard sub-Saharan Africa as too risky for alternative protein. A handful of mission-driven investors are, in practice, the only door open to African founders. Sub-Saharan Africa received about 1% of global agricultural credit in 2019. Development finance still pours into conventional livestock, as if the West's twentieth-century protein model were the only one on offer. Who decided that?
And why must a Kenyan entrepreneur rearing black soldier fly larvae collect separate approvals from KEBS, NEMA and KEPHIS for each product? Each agency has a legitimate mandate: standards, environment, plant health. The complaint an ILRI workshop heard in 2025 was not that they exist, but that they act in sequence rather than together. Three agencies queuing at one larva is not a framework. It is an unnecessary tollgate.
What does Africa have that Europe must buy?
A frontier is defined by what has not yet been built. By that measure, Africa holds several cards that industrialised competitors cannot easily replicate.
It has room. The African Development Bank reckons the continent holds about 65% of the world's remaining uncultivated arable land. Europe is arguing over how to shrink its livestock on land long since spoken for. The figure is contested, and much of that land is better left wild. But Africa can still choose how its land is used, instead of inheriting the choice.
It has feedstock, and it is lying in the open. FAO and the World Bank have put post-harvest grain losses in sub-Saharan Africa at about US$4 billion a year. Kenya's own Livestock Principal Secretary told feed manufacturers in 2024 that about 46% of the livestock feed Kenya produces, most of it fodder and forage, is lost after harvest. Add tea waste, brewery spent grain, bagasse, fruit pulp from export packhouses, abattoir by-products and the refuse of markets in Nairobi and every county town. What Europe calls a sidestream and pays to collect, Africa still calls rubbish and frowns at it. Insects, fungi and fermentation turn that rubbish into protein. My partners and I do exactly this in Europe, in the EU-funded ZEST and PROSCALE projects. Not every residue is idle, mind: dairy farmers already buy brewers' grain, and crop residues feed soils and stoves. A protein industry earns its place only where it adds value, not where it merely outbids the cow.
It has a head start in law. In 2017 Kenya adopted KS 2711, drafted in 2016, a national standard for insect products in compound feed, and in 2020 standards for rearing and edible insects. These were among the first such standards anywhere. ICIPE trained more than 200 small enterprises and 3,000 farmers in black soldier fly rearing. Over 85% of Kenyan feed producers it surveyed said they would use insect meal. In 2025 IFAD and Kenya's aquaculture programme announced more than 500 youth-led black soldier fly units. That is an industry being born from the bottom up, on waste, by the young.
And it has the right first market. A feed miller does not ask whether a protein is natural; he asks for its amino-acid profile, its digestibility and its price per tonne. Feed and petfood buy protein on specification, not sentiment. That makes them the fastest route to scale for novel protein. It is also exactly where Africa's import dependence hurts most.
Is the sun worth more than a subsidy?
In Europe, the weather is a line item. From 2026 to 2028 Germany will compensate eligible energy- and trade-intensive firms for part of their electricity costs, under a scheme pegged to about five cents a kilowatt-hour; an insect or algae start-up is unlikely to qualify. Kenya's climate gives away part of what that money buys: warmth and light. It will not mill, aerate or dry for you. Two protein routes show how.
| Parameter | Germany | Kenya | Consequence |
|---|---|---|---|
| Black soldier fly larvae: approximate optimum for growth | 27–30 °C | 27–30 °C | Same biology; only the cost of providing it differs |
| Ambient temperature | January means of roughly 0–3 °C; summer heatwaves above 30 °C | Mild in the highlands, with cool nights; warm and humid in the lowlands | Germany heats for months and cools in summer; Kenya trims, ventilates and dries |
| Spirulina: growth range | Optimum about 30–35 °C for common strains; little growth below 20 °C | Same | Heated greenhouses or closed reactors in Europe for much of the year |
| Sunlight | About 2.5–3.3 kWh/m² a day on annual average; about 0.5 in December against 6.4 in June | About 6 kWh/m² a day or more over most of the country, with little seasonal swing | Europe buys light in winter; Kenya receives it |
| Day length | About 8 hours in midwinter, 16 in midsummer | About 12 hours, all year | A stable photoperiod for algae growth and fly mating |
Why does a German insect farm pay twice?
Black soldier fly larvae grow fastest at roughly 27 to 30 °C, and what matters is the temperature of the feeding substrate, not merely of the room. At 36 °C survival collapses; at 20 °C growth crawls. In a German winter, halls must be held near 28 °C while it freezes outside, sometimes down to minus 20 °C. In a German summer the bill comes again, because dense larval masses generate their own heat, enough in mass rearing to overheat and kill the larvae if it is not drawn off. The farmer pays to heat in January and to cool in July. Adult flies mate only under light, so breeding rooms are lit year-round. Energy and climate control are routinely named among the heaviest running costs of European insect farms.
The market has delivered its verdict. Enorm Biofactory in Denmark, once Northern Europe's largest insect farm, was declared bankrupt in October 2025, with energy and climate control among its burdens. Second-generation European ventures are moving to Andalusia for the sun. Why stop in Spain?
Kenya is no paradise, and I will not pretend otherwise. The Nandi Highlands are cool at night, so larvae there still need some heating after dark. Lowland heat demands ventilation. Humidity complicates drying, and the long rains make solar drying unreliable. Africa also has its failures: South Africa's AgriProtein collapsed in 2021 after raising more than US$100 million, and Inseco shut down in 2025, undone in part by power cuts. Climate is an advantage; it is not a business plan.
Why light a pond in Hamburg when the equator is free?
Spirulina is roughly 60% protein by dry weight. It grows best between 30 and 35 °C and needs 10 to 14 hours of good light a day. A commercial producer in sunny Portugal records winter output more than 60% below summer. A northern European producer who wants year-round output must heat the culture and light it with LEDs, or accept a lean winter. Dutch growers are now building fully indoor, daylight-free systems. Kenya sits on the equator. Arthrospira, the cyanobacterium sold as spirulina, blooms naturally in the alkaline soda lakes of Kenya's Rift Valley, such as Nakuru and Bogoria, where it feeds the flamingos. Yet Kenya imports spirulina from Asia. What irony!
Sunlight is free. Converting it into saleable protein is not. Too much sun can stall growth, open ponds evaporate scarce water, and harvesting and drying cost energy anywhere. Algae grown in the dark on sugars, in fermenters, gain nothing from Kenya's sunshine at all.
So the honest test is not Germany versus Kenya. It is a specific German plant against a specific Kenyan plant, run for a full year to the same specification, measured by total annual energy cost per kilogram of saleable, specification-compliant protein. On that measure, I am willing to bet on Kenya. Is anyone willing to fund the test?
Too theoretical? Come to Chebole, Bomet and Kipkenda, Nandi.
In 2022 Hyvene Kirui, a trained secondary-school teacher, turned to farming on less than an acre at Chebole in Bomet County. In 2023 her farm became the first project I supported through WIDU.africa, the German diaspora grant programme. Today it carries poultry, including ornamental birds, organic vegetables, Dorper sheep, pigs and dairy. Eight 550-watt panels, 4.4 kWp of peak capacity, charge a 5 kWh battery that runs all her lighting and water pumping. A biogas digester supplies backup energy. Black soldier fly larvae and Azolla, a nitrogen-fixing water fern, supplement the rations of her poultry and sheep. Frass and digester slurry go back to the soil as organic fertiliser. On less than an acre, she employs herself and five others.
My own farm, Kipkenda Poultry in Nandi County, makes the same point at a larger scale. Sixteen 500-watt panels, 8 kWp of peak capacity, charge two 10 kWh lithium batteries. They run everything: brooder heating, lighting, security cameras, an incubator that hatches 1,056 eggs at a time, and the machinery that processes our own poultry feed. Beside the poultry houses, 100 square metres of Azolla grow a green protein supplement for the flock.
Heating chicks, milling feed and running an incubator day and night are the very loads a European farmer pays dearly for each winter. In Bomet and Nandi, the sun pays. What Europe models in strategy papers, a Bomet schoolteacher is already doing. So why are there not ten thousand of her?
If the grid is green, why is the power so dear?
Kenya draws about four-fifths of its electricity from renewables, and in the year to June 2026 geothermal from the Rift Valley alone supplied about 41%. Germany managed 55% in 2025. So why does a Kenyan factory pay more for power than many of its competitors?
Because renewable does not mean cheap. The Kenya Association of Manufacturers puts industrial power at 18 to 23 US cents a kilowatt-hour, and KIPPRA, the government's own think-tank, finds Kenyan industry paying about twice what China's pays. Uganda has cut rates for large manufacturers to about a third of Kenya's. Monthly fuel and foreign-exchange surcharges add volatility on top. A tariff built on cheap geothermal steam and then loaded with charges is a policy choice, not a law of physics.
The opening lies in heat. Geothermal steam is not free: wells, maintenance, reinjection and pipework must all be paid for. But it has no fuel bill, and fermentation, drying and rendering need heat as much as electricity. A protein plant at Olkaria could tap geothermal process heat at costs and carbon intensities that many European competitors would struggle to match. That is worth proving plant by plant, because a geothermal field does not guarantee cheap heat until someone signs a contract for it.
| Factor | Kenya | Germany |
|---|---|---|
| Industrial electricity | US$0.18–0.23 per kWh (KAM, 2026) | about €0.16 per kWh without relief, €0.10 with; compensation pegged to about €0.05 for eligible energy- and trade-intensive firms, 2026–2028 |
| Renewable share of electricity | about 80% (EPRA, 2025) | 55.1% (UBA, 2025) |
| Statutory minimum wage, monthly | KSh 18,047, about US$139, general labourer in the five cities (2026) | €2,409 gross (2026) |
| Average bank lending rate | 14.3% (CBK, July 2026) | far lower |
| Median age | 19.3 years (Africa) | 42.8 years (Europe) |
Is cheap labour a strategy, or an insult?
A Nairobi labourer's legal minimum is about US$139 a month; Germany's is €2,409. Kenyan technical colleges enrolled 825,484 students in 2025, and universities hundreds of thousands more. It is tempting to sell Africa on cheap, plentiful hands.
Resist it. A biotech plant runs on fermentation technicians, process engineers, microbiologists, analysts and maintenance crews. The measure that matters is not the wage but total labour cost per kilogram of specification-compliant product. A German plant with high salaries, automation and steady uptime can beat a Kenyan plant with more staff, lower yields and frequent breakdowns. A Kenyan plant with skilled, well-paid technicians and high utilisation can beat them both.
That should be the ambition: decent, sustainable jobs, not cheap jobs. Kenya created about 822,000 jobs in 2025, and nearly nine in ten were informal. A protein industry that offered formal contracts, safe plants, training and careers would do more for the young than any wage advantage. An industry that depends on low pay cannot call itself sustainable. Otherwise it is a sweatshop with a sustainability report.
What does a 15% loan do to a good idea?
It can kill it. Take a hypothetical €10 million protein plant. Financed at 6%, it pays €600,000 in first-year interest. At 15%, it pays €1.5 million. The €900,000 gap can wipe out every saving that sunshine and wages provide. These are illustrative rates, not quotations, but Kenya's commercial lending averaged 14.3% in July 2026, with the central bank rate at 8.75%. Some argue that heavy government borrowing at home crowds out private lending. I leave that debate to the economists.
Why is money so dear? Public debt stands near 68% of GDP, and debt service is consuming about 72% of ordinary revenue in 2025/26, with nearly 80% projected for 2026/27. The Treasury hunts for revenue through each year's Finance Act, and investors never know which tax will move next. The World Bank's November 2025 Kenya Economic Update found Kenya's regulation more restrictive to competition, deterring private investment. The US Trade Representative's 2026 trade-barriers report flags bribery in public procurement. Add imported equipment, freight, currency swings and spare parts that take months to arrive. The true cost of a Kenyan protein plant is far above its interest rate.
Development finance, concessional loans, equipment leasing and public–private partnerships can close part of that gap. But let me be equally blunt with my own side: cheap money must not be used to disguise an uncompetitive plant. The only number that settles the argument is the landed cost:
Landed cost = feedstock + energy + labour + capital recovery + maintenance + quality assurance + compliance + packaging + logistics + risk allowance.
Does shipping kill the carbon case?
Not necessarily. A kilogram of protein made on a geothermal grid, from local waste, for a local feed mill, may well carry lower emissions than soybean meal grown on cleared land in South America and shipped to Mombasa. That is a hypothesis worth testing, not a result I can yet claim. For a shelf-stable ingredient sent to Hamburg by sea, freight may be a modest share of the total footprint.
But "should" and "may" are not evidence. EPRA reported that Kenya's grid emission factor rose about 18% in the second half of 2025 as thermal generation climbed, and imports now supply around 12% of electricity. The proper measure is kilograms of CO₂-equivalent per kilogram of specification-compliant, digestible protein delivered to the customer, assessed to ISO 14040 and 14044 against the German alternative. Europe demands that proof. Kenya should welcome the test, and invest in the conditions required to pass it.
Where should Kenya build what?
Why does every county want a special economic zone, and almost none a specialisation? Kenya should not chase every protein technology everywhere. It should put each where the resources, utilities and buyers already are.
| Location | What belongs there | What must be proven |
|---|---|---|
| Nairobi–Athi River | Fermentation, hydrolysates, ingredient formulation, analytical services; De Heus opened a 200,000-tonne feed mill here in 2026 | Land and utility costs; maintaining sophisticated plant |
| Naivasha (Olkaria) | Geothermal-linked fermentation, drying and integrated biorefineries in the special economic zone | Delivered heat and power prices; water; contracts, not maps |
| Eldoret–Nandi | Insect protein, feed ingredients, farmer-linked circular enterprises; tea and maize sidestreams | Feedstock aggregation; cool highland nights in BSF models |
| Mombasa | Export consolidation, storage and packing at the port | Port handling, clearance and inland freight in the landed cost |
The export doors are already open. Since 1 July 2024 the EU–Kenya Economic Partnership Agreement has given every Kenyan export, arms excepted, duty-free and quota-free entry to the European Union. AGOA, reauthorised in February 2026, was extended in September 2026 to December 2028. Mombasa is the gateway to Uganda, Rwanda, South Sudan and eastern Congo.
But is an open door a market? Duty-free is not the same as access: feed and petfood bound for Europe must still clear EU rules on animal by-products, feed hygiene and approved establishments. And Mombasa's flagship Dongo Kundu zone, conceived more than twenty years ago on some 3,000 acres, had drawn only two major private investors by August 2026, held back by missing roads, water and power. Kenya does not lack plans. It lacks finished infrastructure.
Is the law an asset or a tollgate?
Biology does not confer a licence. A larva that can eat something does not make that thing a legal feed. The European Union allowed insect protein in aquafeed in 2017 (Regulation 2017/893) and in pig and poultry feed in 2021 (Regulation 2021/1372). It still forbids feeding insects on catering waste, manure or meat-and-bone meal. A Kenyan plant that wants to sell to Europe must, therefore, give up the cheapest substrates, meet EU feed-hygiene and animal-by-product rules, and qualify as an approved establishment. A product that is lawful in Nairobi is not automatically lawful in Hamburg.
Algae have their own maze. Spirulina was on the European market before 1997 and needs no novel-food approval; other species and processes may. Classify the product before you build the plant, not after.
And let no one mistake weak regulation for a friendly business climate. Lax safety rules destroy consumer trust, close export markets and create liabilities that outlive the founders. Kenya's opportunity is to offer regulation that is science-based, fast and compatible with its export markets. Predictability is an investment incentive that costs the Treasury nothing.
Is it all rosy? An honest SWOT
No. A reader who has been sold Africa before deserves the weaknesses beside the strengths. Note where they cluster: not in biology, but in the systems needed to industrialise it.
A young, increasingly technical workforce
Abundant, largely unused sidestreams
A largely renewable grid with geothermal heat
A climate suited to insects and phototrophic algae
A strong research base (icipe, ILRI, universities) and agricultural export experience
Legal National insect standards among the world's first (KS 2711, 2017; KS 2921 and KS 2922, 2020)
Industrial power that is green but not cheap
Expensive, short-tenor capital and imported equipment
Inconsistent feedstock quality and aggregation
Few pilot and scale-up facilities
Legal Approvals split across KEBS, NEMA and KEPHIS; no clear pathway yet for fermentation-derived or algal feed protein; standards not harmonised across the EAC
The fastest-growing protein demand on earth
Import substitution for soybean meal and fishmeal
Feed and petfood as specification-driven entry markets
Higher-value exports: hydrolysates, palatants, specialty proteins
EU buyers seeking low-carbon, deforestation-free protein
Legal EU–Kenya EPA; EU approval of insect protein in fish feed (2017) and pig and poultry feed (2021); spirulina's established EU status
A four-year retreat of global alt-protein capital
Currency swings, drought and water stress
Established foreign competitors and cheap imports
A safety failure that taints the whole sector
Dependence on foreign technology and IP
Legal EU bans on catering waste and manure as insect feed; EU establishment rules; AGOA's annual review; abrupt tax and court reversals
What does an investor actually see? A PESTEL scan
The SWOT looks inward, at what Africa and Kenya bring. The PESTEL looks at the weather outside the factory gate. Read it row by row and one pattern stands out: several of the most consequential constraints are institutional, financial and regulatory, and therefore open to deliberate reform. Water, distance and biology are not; finance, permits and tariffs are.
Tax protests in 2024, fuel-price unrest in 2026, a general election due in August 2027; AGOA under annual US review
So Plan for disruption; never rely on one trade window
Debt near 68% of GDP; debt service above 70% of revenue; lending at 14.3%; no IMF programme since early 2025
So Expect tax pressure and dear credit; seek blended finance and hard-currency offtake
Median age about 19; TVET enrolment above 800,000 in 2025; most new jobs informal
So A ready workforce and a hunger for formal careers; build training into the business
Strong research base (icipe, ILRI, universities); almost no shared pilot fermentation capacity
So The lab-to-plant gap is the bottleneck; a shared pilot plant would unlock a cluster
About 80% renewable power but a rising thermal share; drought; water stress; large post-harvest losses
So Low-carbon claims are possible but must be measured; secure diverse feedstocks
Early insect standards; fragmented permits; EU export rules; volatile Finance Acts
So Treat regulation as part of industrial strategy, not an afterthought
The verdict. Kenya has the biology, the talent and the research base to build a competitive sustainable-protein industry. Whether it succeeds depends on finance, infrastructure, regulatory predictability and measured performance.
Are the SDGs a balance sheet or a brochure?
How many glossy reports have you read that tick five Sustainable Development Goals and measure none of them? Sidestream protein can serve several goals at once. But a claim counts only if it comes with a number, so here are the numbers to be held to.
| Goal | Kenyan baseline | Indicator to report |
|---|---|---|
| SDG 2: Zero hunger | 64.8 million stunted children in Africa, the only region where the number is rising | Cost per kilogram of digestible feed protein; price and household consumption of eggs, fish, milk and meat |
| SDG 8: Decent work | Nearly nine in ten new jobs in 2025 were informal | Formal jobs created, wage adequacy, safety record, women and young people employed |
| SDG 12: Responsible production | About 46% of the feed Kenya produces is lost after harvest | Share of incoming feedstock converted into saleable products, from a full material balance |
| SDG 14: Life below water | An estimated 60–80% of Lake Victoria's omena catch goes to animal feed | Tonnes of fishmeal displaced, with catch and stock indicators for the source fisheries |
| SDG 7 and SDG 13: Energy and climate | About 80% renewable power; a national target of a 35% emissions cut by 2035 | kg CO₂e and kWh per kg of saleable product; litres of fresh water per kg |
| SDG 9 and SDG 17: Industry and partnership | Almost no shared pilot capacity; strong research partners in Europe | Local value added, technologies commercialised, intellectual property owned in Kenya |
Is a job enough?
SDG 8 does not ask for jobs. It asks for decent work: safe, formal, fairly paid and skilled. Counting heads without counting quality is how development reports flatter themselves. A protein plant will not employ millions, but it can create the technician and laboratory careers a TVET graduate can build a life on, far from Nairobi. It can lift the incomes of the women who dry omena and ochonga and the smallholders who sell crop residues by giving them a buyer with a contract and a quality premium. Hyvene Kirui's farm shows the effect: six livelihoods on less than an acre, sustained by sunlight, insects and waste, sorry, sidestreams.
Can anything be zero waste?
Zero waste is a legitimate engineering ambition, not an automatic property of circular production. A black soldier fly unit fed on brewery grain can yield protein meal, insect oil, frass for treated soil use and, where it pays, chitin; every output needs processing, a safety assessment and a buyer. A spirulina pond can absorb CO₂ from fermentation. Very little in such a cascade need be discarded, though some residues and treatment losses always remain. But a zero-waste claim requires a material balance that shows what enters, what is sold, what is recovered and what remains. It also requires safety: circularity is no excuse for feeding contaminated substrate into the food chain. The honest goal is to maximise safe, profitable recovery, not to process waste at any cost.
Is a kilogram of protein a kilogram of protein?
No, and this is where most of the alternative-protein debate goes wrong. A laboratory report that says "55% crude protein" tells a buyer almost nothing about what he is paying for. Crude protein is nitrogen multiplied by a factor. Value lies elsewhere.
It lies in the amino-acid profile: does the meal supply the lysine and methionine a broiler cannot make for itself? It lies in digestibility: how much of that nitrogen does the animal actually absorb? It lies in anti-nutritional factors, consistency from batch to batch, and safety. In petfood, it also lies in palatability, because a dog or cat that refuses the bowl renders every nutritional claim irrelevant. And in human food it lies in functionality: solubility, foaming, emulsification and taste.
Two meals with the same crude protein can differ widely in price, because they differ in what they do. That is why I spend my working life on petfood ingredients and palatants rather than on bulk meal. A hydrolysate tailored to a customer's specification commands a premium that an undifferentiated tonne never will.
The lesson for Africa is blunt. Sell specifications, not tonnes. A continent that exports crude protein will be paid like a supplier of raw materials. A continent that sells digestibility, amino-acid balance and palatability will be paid like an industry.
Where should Kenya begin?
Not everywhere at once. The surest way to waste a frontier is to chase every technology on it.
The first phase is the home market. Insect protein, selected plant proteins and by-product processing should supply Kenya's own poultry, fish and pig farms. Kenya needs about 55 million tonnes of livestock feed a year by dry matter and produces only about 40% of it; roughly 400 millers make 2.5 million tonnes of compound feed. In July 2026 the government announced a ten-year National Feed Strategy valued at about KSh 465 billion, still being prepared rather than funded. Domestic demand is large enough to build an industry on before anyone ships a tonne abroad.
The second phase is shared regional hubs: pilot plants, analytical laboratories, quality assurance and training, sited where the feedstock, utilities and buyers are. No start-up should have to build its own pilot plant.
The third phase is export of higher-value ingredients: hydrolysates, functional proteins, fermentation products and petfood palatants. Kenya's own petfood market is small, about 2,568 tonnes in 2022, but sheltered by a 35% tariff and growing with urban pet ownership. Margins abroad are better than in bulk meal.
Keep the two markets apart. Replacing imported feed ingredients at home is about cheaper eggs, fish, milk and meat for Kenyans; that is where the nutrition dividend lies. Exporting hydrolysates and palatants is about margins and skilled jobs; its effect on the Kenyan plate is indirect. Both matter, but they are different businesses and need different policies.
The fourth phase is ownership. Kenyan firms must take part in process development, equipment adaptation, formulation, intellectual property and international marketing. Otherwise Africa will supply the waste while others capture the value, as it has with cocoa, coffee and tea.
What should be demanded, and of whom?
Of Nairobi: count protein the way you count maize, with a national protein balance sheet that includes livestock and pets. Write novel and sidestream protein into the National Feed Strategy, with targets for replacing imported soybean meal and fishmeal. Replace three regulators with one licence for insect, fungal, algal and fermentation protein, recognised across the East African Community. And make the Naivasha zone a protein cluster, with a guaranteed industrial tariff, direct geothermal heat and a shared pilot plant open to start-ups and universities.
Of the development financiers: stop treating alternative protein as a luxury for rich consumers. It is import substitution, waste management, youth employment and child nutrition in a single investment line. Shift a modest share of the capital now committed to conventional livestock into sidestream-protein plants beside breweries, tea factories, abattoirs and markets.
Of Brussels and Berlin: treat Africa as a partner in this transition, not a market for it. This is not an argument for relocating European plants to lower-wage countries. It is an argument for joint development: research in both places, pilot plants that test the same process under both climates, manufacturing sited where it is demonstrably cheapest and cleanest, and African ownership of a share of the technology. Research programmes on sidestream protein should include African partners and pilot sites by design, not as a line in the dissemination plan.
So, can Kenya land a kilogram in Hamburg?
Africa skipped the landline and went straight to mobile money; the world now studies that leap. Must it now copy the North's path of imported soya, confined livestock and the long, expensive retreat that follows? Or can it build a protein economy that runs on its own sunlight and its own sidestreams from the start?
The advantages I have described are real, and so are the traps. A climate advantage disappears in an inefficient plant. A wage advantage disappears with low productivity. A carbon advantage disappears with poor design or careless logistics. Africa does not need another flattering narrative about its potential. It needs an industrial strategy that survives an audit.
So here is the test I put to every minister, financier and fellow scientist who reads this:
Can Kenya manufacture a kilogram of sustainable protein, deliver it to Hamburg at a competitive price, prove a lower footprint, and create decent jobs doing it?
If the answer is yes for a given technology, it is an opportunity worth funding now. If the answer is no, the analysis must tell us why, and what investment, technology or policy would change it. That is how a frontier becomes an economy.
When I drove cattle as a boy, the elders measured a man's wealth by his herd. The next generation may measure a county's wealth by something less visible: how much protein it can make from what it once threw away. The frontier is open. Will Africans settle it, or will we once again import the finished product of someone else's ingenuity?
Dr. rer. nat. habil. Dr. Seronei Chelulei Cheison is a food scientist and the founder and CEO of Sinonin Biotech GmbH, which develops alternative proteins for petfood. He farms in Nandi County, Kenya, where he runs Kipkenda Poultry. He leads Work Package 5 of the ZEST project, is a partner in PROSCALE, serves on the advisory board of WIDU.africa and acts as a consultant focal person for the programme. ZEST (Grant Agreement No. 101157382) and PROSCALE are funded by the Circular Bio-based Europe Joint Undertaking and its members under Horizon Europe. Views and opinions expressed are those of the author only and do not necessarily reflect those of the European Union or the CBE JU, neither of which can be held responsible for them.
References
Numbered in the order the claims appear.
- Population 1.51 bn (2024) to ~2.47 bn (2050): UN World Population Prospects 2024, via INED.
- Protein supply 69.1 g/capita/day, lowest region: Gebremedhin & Bekele 2021 (PLOS ONE), from FAO food balance data, summarised by Nestlé Nutrition Institute Africa; protein quality: Schönfeldt & Hall, Br J Nutr 2012.
- Meat 10.5 Mt (2005/07) to 34.8 Mt (2050): World Bank, FAO, ILRI & AU-IBAR, Investing in African Livestock, 2013; per-capita supply under 10 kg: OECD-FAO data via Earthworm Express.
- Stunted children 61.7 m (2012) to 64.8 m (2024): UNICEF/WHO/World Bank JME 2025, reported by TheCable.
- Soybean meal at 16–22% of poultry feed: The Standard; Zambia's 2021 ban on soya and sunflower meal: Nation.
- Alt-protein investment US$881 m in 2025; Europe US$418 m; North America US$347 m; fourth annual decline: GFI via Green Queen.
- Investor risk perception: Brice, TABLE, Oxford; 1% of global agricultural credit: Alliance Manchester Business School.
- Separate KEBS, NEMA and KEPHIS approvals, as reported by industry participants: ILRI PAFIE workshop, July 2025.
- 65% of uncultivated arable land (AfDB claim): AfDB via MyJoyOnline; US$4 bn grain losses: FAO/World Bank, Missing Food, 2011.
- 55 Mt feed requirement, 46.3% lost (PS Jonathan Mueke, 2024): The Star.
- KS 2711:2017 (draft DKS 2711:2016, WTO TBT notification, Jan 2017; published standard cited by KEBS as KS 2711:2017 in DKS 2921:2020): GREEiNSECT brief; KS 2921:2020 and KS 2922: People Daily; INSFEED: IDRC; 500 planned BSF units: AllAfrica.
- German industrial power compensation, 5 ct/kWh to 2028: Polyform; BNetzA prices: Ugebrev.
- BSF survival at 27, 30 and 36 °C: Tomberlin et al. 2009; larval heat in mass rearing: Black soldier fly larval heat generation and management; European cost pressures: Ryba 2024.
- Enorm bankruptcy, Oct 2025: AgFunderNews; AgriProtein: Wikipedia; Inseco: AgFunderNews; Andalusia: AgTechNavigator.
- Spirulina winter output: Allmicroalgae, Portugal; lighting costs: OCL 2021; indoor systems and EU status: FreshPlaza; Kenya imports: WAS 2025; Arthrospira in East African soda lakes: FWF project P19911.
- German irradiation by month: Grünes Haus; Kenya irradiation: Kariuki & Sato.
- Kenya 80% renewable: AllAfrica/EPRA; geothermal 41%, imports 12%: Capital FM/EPRA; Germany 55.1%: UBA; industrial tariffs: KAM via The Star, KIPPRA via The Standard.
- Minimum wages: Nation (Kenya), Connexion Emploi (Germany); TVET enrolment: Capital FM; jobs: The Standard.
- Lending rate 14.39%: CBK via Khusoko; debt 67.6% of GDP: People Daily; debt service: Business Daily; World Bank: Zawya; USTR 2026: Capital FM.
- Grid emission factor: The Star.
- De Heus mill: AllAfrica; EU–Kenya EPA: European Commission; AGOA to 2028: BusinessDay, KNA; Dongo Kundu: The Standard.
- EU insect feed rules: Regulation (EU) 2017/893, Regulation (EU) 2021/1372.
- Omena to feed (estimate): Manyala; 35% emissions target: The Star.
- National Feed Strategy, 400 millers, 2.5 Mt: The Star, 2026; petfood market: Petfood Industry/USDA.
- Chebole and Kipkenda farm data: the author's first-hand operational records.
