IN Brief:
- Greencovery has secured €1 million to move recovered cocoa ingredients towards industrial production.
- Initial capacity is planned at 1,000 tonnes across cocoa fibre, cocoa extract, and soluble cocoa fibre.
- A further €3 million financing round is being closed to support full-scale commercial manufacturing.
Greencovery has raised €1 million to take recovered cocoa ingredients into industrial production, following customer validation of its first commercial batches.
The Wageningen company will use the funding to expand production of cocoa fibre, cocoa extract, and soluble cocoa fibre. It is working with a strategic industrial partner on an initial 1,000-tonne production stage, while a further €3 million financing round is being closed to support full-scale commercial manufacturing.
The €1 million round includes ROM InWest, existing shareholder Brightlands Venture Partners, and a private investor. Greencovery has previously demonstrated its separation technology with coffee, oil press cakes, and nuts, but cocoa is becoming the first major application to move towards routine commercial volumes.
The proposition is based on recovering food-grade fractions from material already generated during cocoa processing and returning them to food manufacture. That shifts the project beyond waste reduction alone: the recovered products still have to meet the same expectations around specification, flavour, colour, microbiological quality, functionality, availability, and price that apply to conventional ingredients.
Greencovery is concentrating the scale-up in North Holland, where a dense cocoa-processing base provides both feedstock and potential industrial partners. The company says the region generates more than 350,000 tonnes of food-grade side streams each year, creating a sizeable raw-material pool around established processing infrastructure.
Keeping recovery close to the plants generating the material could improve the economics. Low-value, high-volume side streams become less attractive if they require long-distance transport before fractionation, while local processing can simplify storage, handling, traceability, and coordination with factories supplying the feedstock.
Cocoa also gives the technology a commercially demanding test. Manufacturers have faced prolonged volatility in cocoa cost and availability, increasing interest in formulation routes that recover more value from each tonne entering the chain. Some developers are pursuing complete alternatives, while others are working on extenders, partial substitution, or recovered cocoa fractions.
One adjacent route is a faba bean hull cocoa alternative moving towards a commercial-scale trial. Greencovery remains inside the cocoa chain instead, aiming to create additional functional ingredients from material that already emerges during processing.
That distinction may simplify some formulation work because recovered cocoa fractions retain a direct connection to the original raw material, but they still need application-specific qualification. Fibre-rich ingredients can alter water binding, viscosity, texture, colour, and flavour release differently across bakery, confectionery, beverage, filling, and dairy-style applications.
Scale-up will also expose variability that can be less visible during development work. Side-stream composition can move with cocoa origin, variety, upstream processing, moisture, and storage conditions. A commercial ingredient business must absorb that variation while keeping finished specifications stable enough for customers to approve repeated production runs.
Yield is another constraint. Recovery has to generate enough saleable ingredient to justify separation, while energy consumption, water use, cleaning, downtime, handling losses, and downstream processing all feed into the finished cost. Attractive circularity metrics will not compensate for an ingredient that is difficult to process or uneconomic at factory scale.
Quality systems will become more demanding as volumes rise. Material recovered from a food-processing side stream still needs defined acceptance criteria at intake, controls over storage time and temperature, traceability back to the generating process, and release testing before it can be sold into another food application. Those controls can determine how much of the theoretical feedstock pool is actually suitable for ingredient production.
Customer qualification may also proceed product by product rather than at platform level. A fraction accepted in one bakery application may require different particle size, colour, solubility, or flavour limits for beverages or fillings, so commercial scale could depend on how efficiently Greencovery can create standard grades without fragmenting production into too many low-volume specifications.
Greencovery’s earlier work has covered proof of concept, product development, market validation, and industrial testing. The latest funding moves the business into the stage where production consistency, customer qualification, and delivery performance become more important than laboratory recovery rates.
The planned 1,000-tonne capacity is therefore the more useful milestone. Producing an ingredient in occasional batches is very different from supplying it routinely against agreed specifications and lead times. Commercial users will expect repeatability across successive lots, particularly if the ingredient becomes part of a branded recipe or a high-throughput production process.
The further €3 million round is intended to support that next manufacturing phase. If the initial scale-up proves technically and commercially stable, cocoa processors could gain another outlet for material already generated on site, while ingredient buyers would gain additional formulation options without creating a separate agricultural supply chain.
