Policy
Why Europe's advanced-fuel mandates are an African opportunity
Nicolas Couture-Miambanzila · Managing Partner, Parkactive Group
Europe has legislated a demand it cannot yet supply. That gap is where Africa's waste becomes an asset.
The EU's Renewable Energy Directive (RED III, Directive 2023/2413) sets binding 2030 transport obligations — either a 14.5% reduction in greenhouse-gas intensity, or a 29% renewables share — together with a combined sub-target of 5.5% for advanced biofuels and renewable fuels of non-biological origin. Crucially, recycled carbon fuels (RCFs) — fuels made from non-recyclable waste streams such as mixed plastics — sit within the directive's scope. The fossil comparator is fixed at 94 gCO2e/MJ, and compliant fuels must beat it by a wide margin.
This is demand created by law, not by sentiment — and it rises every year through 2030. Yet the supply of genuinely advanced, waste-derived fuels remains thin. Most feedstock-rich geographies in Europe are already contested; the obvious waste streams are spoken for.
Africa changes the equation. The continent generates enormous and fast-growing volumes of plastic and municipal waste that today escape any formal value chain. Convert that waste into a certified low-carbon fuel, and you connect an under-priced local liability to a regulated, premium European market. The arbitrage is not financial engineering; it is geography meeting policy.
Parkactive's role is to make that connection bankable and repeatable — to originate the feedstock, build to the right standards, and certify the molecule so it counts where it matters. The mandate is European. The opportunity, increasingly, is African.
Science
Recycled Carbon Fuels, explained: from unrecyclable plastic to drop-in diesel
A conversation with a conversion-process chemist on Parkactive's technical advisory network
"None of this is exotic. The chemistry has been understood for decades. The discipline is in doing it cleanly, consistently and to spec."
Q. Start simple — what actually happens to the plastic?
Mixed plastics that cannot be mechanically recycled are heated in the absence of oxygen. The long polymer chains break down — depolymerise — into a synthetic oil. That oil is then upgraded and refined the way any hydrocarbon stream is, until it meets a finished-fuel specification.
Q. And the output is a real, usable diesel?
Yes. The target is a drop-in fuel — meaning it meets the European EN 590 diesel standard and can be used in existing engines and logistics with no modification. That is the whole point of "drop-in": no new infrastructure, no compromise on performance.
Q. Where does the carbon credit come from?
From displacement. You are making fuel from waste that would otherwise be burned, buried or lost to the environment, instead of from crude oil. Under a recognised methodology and chain-of-custody — mass-balance accounting verified by a scheme such as ISCC — that reduction can be certified and counted.
Q. So the innovation is…?
Integration, not invention. Each unit operation is proven. Making them work together reliably, at the right size, on a messy real-world waste stream — that is the engineering that separates a pilot from a plant.
Field note
The feedstock that grows with the city
Cyril Kluxen · Founder & Group CEO, Parkactive Group
Most industries fear running out of raw material. Ours has the opposite problem — there is more every year.
The World Bank's What a Waste 2.0 is blunt about it: global waste will grow by about 70% by 2050, and Sub-Saharan Africa is the fastest-rising region of all — its volumes are expected to roughly triple over the same period, driven by the highest rates of urbanisation and population growth on earth. The same report notes the cruel asymmetry: waste is growing fastest exactly where collection infrastructure and municipal budgets are weakest.
On the ground this is visible everywhere — in the drains, the canals, the open dumps at the edge of every growing town. It is treated as a nuisance. We treat it as a deposit. Every new neighbourhood and every new factory adds to a stream we are built to transform, and that stream only thickens as the economy grows.
That reframes the investment question. A conventional plant bets that demand for its product will hold. A Parkactive platform sits on a feedstock supply that is structurally increasing, in lockstep with the continent it serves. The risk most projects fear — running short of input — runs in reverse for us.
The work, then, is not finding waste. It is organising it: turning an informal, uncounted flow into a measured, contracted, sortable resource — at city scale, with the city as a partner.
Infrastructure
Why "right-sized" infrastructure beats "mega" in Africa
Nicolas Couture-Miambanzila · Managing Partner, Parkactive Group
The continent's problem is rarely the absence of grand plans. It is the absence of projects that actually close, build and run.
Africa's infrastructure financing gap is estimated by the African Development Bank at the order of US$400 billion a year, with an annual shortfall of roughly US$130–170 billion. The headlines favour mega-projects; the execution record favours something quieter. Analysts increasingly describe an "execution gap" — the distance between announced capacity and operating assets.
Medium-sized, standardised infrastructure is the antidote. A right-sized platform is small enough to finance without a sovereign guarantee, fast enough to build inside a single political cycle, and simple enough to repeat. It matches the scale of a city's waste rather than the scale of a press release. And because it is modular and replicable, each unit de-risks the next: lenders underwrite a proven template, not a one-off.
This is the logic of a hub-and-spoke model — modest, disciplined units that aggregate into meaningful capacity over time. It trades the seductive economics of scale for the unglamorous virtue of completion. In a market where the binding constraint is bankability and delivery, that trade is the whole game.
Parkactive is deliberately built this way: one platform proven, then sequenced into a corridor — growth by repetition, not by gamble.
Finance
How frontier projects become bankable: blended finance and guarantees
Nicolas Couture-Miambanzila · CEO, Parkactive Capital Markets
Capital is not missing from Africa. The instruments that make capital comfortable are.
Private investors do not avoid African infrastructure because the returns are poor; they avoid it because the perceived risks — political, regulatory, currency, construction — are hard to price. Blended finance exists to close that gap: concessional and development capital, alongside guarantees, are used to absorb the risks the market will not, so that commercial capital can step in on terms it understands.
The toolkit is now mature. Partial-risk and credit guarantees from development finance institutions, political-risk cover, special-purpose vehicles that ring-fence a single asset, and layered debt-and-equity structures together convert a frontier project into something resembling an institutional-grade one. Used well, a relatively small slice of catalytic capital can mobilise a much larger pool of private money.
For a developer, the implication is design discipline. Bankability is not retrofitted at financial close; it is engineered from day one — in how the project company is structured, how revenues contract, how environmental and social risk is governed, and how each guarantee attaches. Build to those standards from the start, and the capital that the headlines say is missing turns out to be available after all.
Science
Pyrolysis, gasification or mechanical recycling — what works at city scale
A conversation with a process engineer on Parkactive's technical advisory network
"There is no single 'best' technology. There is the right combination for a given waste stream — and a lot of ways to get that combination wrong."
Q. Why not just recycle mechanically?
You should — for everything you can. Mechanical recycling is the cleanest, lowest-energy route, and it always comes first. But a large fraction of municipal plastic is mixed, contaminated or degraded; it has no mechanical market. That residual stream is the problem everyone leaves unsolved.
Q. So for the residual — pyrolysis or gasification?
Pyrolysis decomposes plastics thermally into a liquid you can upgrade into fuel — it suits a plastic-rich residual stream and yields a high-value product. Gasification converts a broader mix into a synthesis gas, better when the waste is wetter and more heterogeneous, typically aimed at power or chemicals. They answer different questions.
Q. What actually decides it at city scale?
Feedstock tolerance, energy balance and operating cost — in that order. A technology that performs in a lab on a clean stream can fail on real municipal waste. The art is matching the process to what the city genuinely produces, and integrating an energy-recovery step so the plant runs on its own residuals rather than buying power.
Q. The common mistake?
Over-engineering for a feedstock that does not exist locally. Proven, robust, "boring" equipment configured intelligently beats a clever process that cannot handle a bad day's waste.
E&S standards
Designing waste infrastructure to IFC Performance Standards
A conversation with an environmental & social specialist
"Done properly, environmental and social design is not a compliance tax. It is the thing that makes a project financeable in the first place."
Q. Why do lenders care so much about IFC standards?
Because they are the common language of development finance. The IFC Performance Standards — beginning with PS1, on the assessment and management of environmental and social risk — apply to every IFC investment, and almost every development bank and guarantee provider aligns to them. Meet the standards and you are speaking the language every serious lender already understands.
Q. What does PS1 actually require?
An integrated system. You identify impacts and risks early, build an Environmental and Social Management System to avoid, minimise and mitigate them, engage affected communities, and monitor performance over the life of the asset. It is a way of running the project, not a document you file once.
Q. And the ESIA?
The Environmental and Social Impact Assessment is the evidence base. For an industrial waste platform you would expect a full, high-category assessment, conducted to international standard — covering emissions, water, community, labour and safety. Getting that right early is what keeps a project on schedule later.
Q. Your advice to developers?
Start the E&S work before you need it. The projects that struggle are the ones that treat it as paperwork at the end. The ones that close treat it as design from the beginning.
Energy
Power from the bin: distributed energy for African cities
Cyril Kluxen · Founder & Group CEO, Parkactive Group
A plant that cleans a city should not have to draw on the city's scarce power. Done right, it gives power back.
Across much of Africa, reliable electricity is the binding constraint on industry. The IEA has repeatedly underlined how far the continent remains from universal, dependable access. Any new industrial load that simply adds to grid demand is, in that context, part of the problem.
A well-designed waste platform inverts this. The fraction of waste that cannot be recycled or converted into fuel still holds energy; recovering it on site lets the platform run on its own residuals rather than buying electricity. Size that recovery correctly and the plant becomes a net contributor — feeding surplus power back to the local grid or to neighbouring users.
This is what we mean by circular power: the same site that removes a city's waste also strengthens its energy base. It is distributed generation born from a problem the city already has, rather than a new fuel import it must finance.
For municipalities, the proposition is unusually clean — cleaner streets and more dependable power from a single piece of infrastructure. For us, energy self-sufficiency is not a sustainability flourish; it is what makes the economics work in places where bought power is expensive and unreliable.
Society
Formalising the informal: circular economy as social infrastructure
Nicolas Couture-Miambanzila · Managing Partner, Parkactive Group
Behind every open dump is an economy — undignified, unsafe, unmeasured, but real. The opportunity is to formalise it, not erase it.
In most African cities, waste is already "managed" — by tens of thousands of informal collectors and pickers who recover value by hand, without contracts, protection or recognition. They are the existing supply chain. Any serious waste platform either works with them or against them; we choose with.
Formalisation means turning that precarious activity into structured employment: collection contracts, safety equipment, training, predictable income, and a measured role in a value chain that international lenders can audit. It is, in the language of development finance, a just transition — and in plain terms, it is dignity attached to work that already exists.
The numbers compound. Each direct industrial job at a platform supports several more across collection, sorting, transport and local supply — disproportionately reaching young people and women, who dominate the informal sector. The social return is not a by-product of the project; for public authorities, it is often the primary reason to back it.
This is why we describe what we build as social infrastructure. The fuel and the power are the visible outputs. The quieter output is an economy that was informal and unsafe, rebuilt as something countable, safer and shared.
Operator lesson
From ethanol to plastics: what Europe's biofuel scale-up teaches us
Nicolas Couture-Miambanzila · Managing Partner, Parkactive Group
I spent years inside one of Europe's largest bioethanol producers. Almost everything that mattered there matters again now — just with a different molecule.
Europe's biofuel industry scaled because it solved three things at once: a reliable feedstock chain, an industrial process run to consistent specification, and a certified, regulated offtake. Get any one wrong and the plant is a stranded asset; get all three right and you have a durable business sitting on top of policy demand.
The lessons transfer directly. First, feedstock is everything — the businesses that survived were the ones that secured and organised their input, not the ones with the cleverest technology. Second, certification is not bureaucracy; under schemes like ISCC, the certificate is the product's access to the premium market. Third, sustainability accounting — measuring the genuine greenhouse-gas reduction, credibly and auditably — is what turns a fuel into a compliant fuel.
What is different today is the input. Bioethanol drew on agricultural crops, with all the land-use debate that followed. A recycled carbon fuel made from unrecyclable municipal plastic starts from a waste that society is desperate to be rid of — no land, no food trade-off, a feedstock whose disposal is otherwise a cost.
So Parkactive is not a leap into the unknown. It is a proven industrial discipline — feedstock, spec, certification — pointed at a better raw material and a continent that needs the infrastructure.
Finance
What private-debt lenders really underwrite in a waste-to-fuel deal
Nicolas Couture-Miambanzila · CEO, Parkactive Capital Markets
Lenders do not buy a vision. They buy a cash flow they can stress, ring-fence and recover. Everything else is narrative.
When a private-debt or development-finance lender looks at a circular-infrastructure project, four questions decide the deal. First, the offtake: is there a contracted buyer for the product, at a price that survives a downturn? A bankable project sells before it builds. Second, the feedstock: is the input secured, at a cost and volume the model can rely on? An unsecured input is an unbankable project. Third, completion: who carries construction risk, and is there a credible EPC and a contingency? Fourth, the structure: is the borrowing entity ring-fenced, with a cash waterfall that pays operating costs, then senior debt, then a debt-service reserve, before anything reaches equity?
Around these sit the coverage ratios — chiefly the debt-service coverage ratio (DSCR), the multiple by which cash flow exceeds debt service. Lenders set a floor and stress it against lower prices, lower volumes and higher costs. A project that only works at its best case is not financed; one that still covers its debt in a bad year is.
None of this is unique to waste-to-fuel — it is the discipline of project finance. What we add is designing for it from day one, so the conversation with lenders starts at "how", not "whether".
Certification
Origin matters: traceability and mass-balance in recycled carbon fuels
A conversation with a sustainability-certification specialist
"A green molecule that cannot prove where it came from is just a molecule. The certificate is half the value."
Q. Why is traceability such a big deal for a fuel buyer?
Because the buyer is not only buying energy — they are buying a compliance benefit. To count a recycled carbon fuel toward a regulated target, they must prove the whole chain: the waste origin, the conversion, every change of ownership. Without that proof, the molecule cannot be claimed, and the premium evaporates.
Q. How is that proof maintained in practice?
Through a chain-of-custody method under a recognised scheme such as ISCC — typically mass balance, where sustainable and non-sustainable quantities are tracked and balanced through the supply chain. Every entity that takes legal ownership has to be certified, or the chain breaks.
Q. Does African origin help or hurt?
It is neutral to the chemistry and positive to the story — provided the documentation is impeccable. A well-certified fuel from a frontier market is exactly as claimable as one from Rotterdam. The discipline of certification is what turns "made in Africa" from a question mark into a selling point.
Q. Where do projects go wrong?
They treat certification as an afterthought. By the time they seek it, the records are incomplete. The platforms that win design the audit trail into the plant from day one.
Market
The 2030 cliff: how big is Europe's advanced-fuel shortfall?
Nicolas Couture-Miambanzila · Managing Partner, Parkactive Group
A binding target with no supply is not a target — it is a price signal waiting to happen.
RED III obliges EU member states, by 2030, to cut transport greenhouse-gas intensity by 14.5% or reach a 29% renewables share, and to hit a combined 5.5% sub-target for advanced biofuels and renewable fuels of non-biological origin, with at least 1% from RFNBOs. These are floors, written into law, ratcheting toward 2030 and beyond.
The arithmetic is unforgiving. Europe consumes hundreds of millions of tonnes of transport fuel a year; a few percentage points of genuinely advanced, waste-derived fuel translates into a very large tonnage — and today's supply of certified recycled carbon fuels covers only a fraction of it. Crop-based biofuels are capped; electrofuels remain expensive and early. That leaves waste-derived fuels carrying a disproportionate share of a mandate that is legally certain and supply that is not.
For a producer who can deliver a certified, compliant molecule, the implication is a structurally short market through 2030 — demand set by regulation, supply constrained by feedstock and execution. That is the gap Parkactive is built to fill, and the reason the timing is now rather than later.
Science
Self-powered by design: why energy balance is a credit metric
A conversation with a process engineer on Parkactive's technical advisory network
"Show me a plant that buys its own power on a weak grid, and I'll show you a plant with a hidden cost — and a hidden risk."
Q. Why does energy self-sufficiency matter beyond sustainability?
Because energy is often the single largest operating cost, and on many African grids it is also unreliable. A plant that recovers energy from its own non-recyclable residuals to run its process removes both a cost line and a dependency. That is not a green nicety — it is balance-sheet resilience.
Q. How does that read to a lender?
As lower and more predictable operating cost, and as protection against grid outages that would otherwise halt production. Anything that stabilises cash flow improves coverage ratios. A self-powered design is, in effect, a credit enhancement built in steel.
Q. Is there a catch?
You have to size it honestly. Over-promise the internal energy balance and you build a plant that quietly draws from the grid anyway. The engineering discipline is to design the energy loop around the real waste stream, with margin — not around a brochure.
Africa finance
Local currency, OHADA and CEMAC: the plumbing of Central African project finance
Nicolas Couture-Miambanzila · CEO, Parkactive Capital Markets
The deal everyone debates is the headline. The deal that actually closes is built in the plumbing: law, currency and regional institutions.
Financing infrastructure in Central Africa means working with three realities at once. First, law: most of the region operates under OHADA, a harmonised business-law framework across seventeen African states that gives lenders something rare on the continent — predictable, common rules for companies, security and insolvency. That harmonisation lowers legal risk and shortens diligence.
Second, currency. Revenues from an export fuel are typically hard-currency, while local costs are in CFA franc — a currency pegged to the euro, which dampens but does not erase mismatch risk. Structuring which cash flows sit in which currency, and where, is half the financial engineering.
Third, institutions. The region has a deep bench of development and regional finance bodies, and a growing toolkit of guarantee instruments designed to absorb exactly the political and credit risks that deter commercial lenders. Assembled well, they convert a frontier project into one an international lender can hold.
None of this is glamorous. But it is where deals are won or lost — and it is why local structuring expertise, not just capital, is the scarce ingredient.
