Bioani
Produces black soldier fly larvae protein and organic fertilizer from organic waste for animal nutrition and agriculture.
Website: https://www.bioanifarm.com/
Cover Block
Public sources
| Field | Value |
|---|---|
| Name | Bioani |
| Tagline | Produces black soldier fly larvae protein and organic fertilizer from organic waste for animal nutrition and agriculture. |
| Headquarters | Abidjan, Côte d’Ivoire [Bioani] |
| Founded | 2022 [LinkedIn, Retrieved 2026] |
| Stage | Pre-Seed [Stardust Startup Factory] |
| Business Model | B2B |
| Industry | Agtech |
| Technology | Biotech / Life Sciences |
| Geography | Sub-Saharan Africa |
| Growth Profile | Social Enterprise [The Africa Business Index, November 2024] |
| Founding Team | Arthur de Dinechin, Thibault Guille, Amaury Gaschignard [Bioani, Unknown] [Stardust Startup Factory] |
| Funding Label | Pre-seed [Stardust Startup Factory] |
| Total Disclosed | ~$2,000 [Stardust Startup Factory] |
Links
Public sources
- Website: https://www.bioanifarm.com/
- LinkedIn: https://www.linkedin.com/company/bioani
Executive Summary
PUBLIC Bioani turns organic waste in Côte d’Ivoire into black soldier fly larvae protein for animal feed and frass fertilizer for agriculture, a model that merits investor attention because it sits at the intersection of feed input substitution, soil health, and waste valorization in a region where those constraints are tangible rather than theoretical [Bioani] [VEGEPOLYS Valley, September 2025] [The Africa Business Index, November 2024]. The public record suggests a modest, operationally grounded start: company materials and later profile coverage trace the effort back to Arthur de Dinechin’s earlier recycling work in Côte d’Ivoire, with one report describing the project as beginning in a garage in Abidjan’s Cocody district before shifting focus toward insect farming [Stardust Startup Factory] [The Africa Business Index, November 2024].
The product set is straightforward but commercially relevant if Bioani can prove consistency at scale: fresh, dried, and meal-form larvae protein, plus frass fertilizer and oil, all derived from black soldier fly production fed by organic waste streams [Bioani, Unknown] [Bioani, Unknown]. The differentiation, based on public materials, is less about novel biology than about a localized circular production model, with modular farms and operator training designed for tropical deployment near both waste inputs and end markets [VEGEPOLYS Valley] [EMpact, October 2024].
The founding team appears to center on Arthur de Dinechin, identified by Stardust Startup Factory as CEO and COO, alongside Thibault Guille, described in Bioani materials as Chief Strategic Officer, and Amaury Gaschignard, listed by Stardust as CFO [Stardust Startup Factory] [Bioani, Unknown]. That said, some role attribution is not fully consistent across sources, so the cleaner takeaway is that the company presents itself as a three-founder operation with backgrounds spanning project development, strategy, and finance, but with limited independently verified operating history in industrial insect protein [Bioani, Unknown] [Stardust Startup Factory] [LinkedIn, Retrieved 2026].
On financing, the only clearly disclosed cash support in the reviewed materials is a $2,000 pre-seed microgrant from Stardust Startups, while EMpact announced venture-studio support in October 2024 to help scale Bioani and support additional insect-farm businesses [Stardust Startup Factory] [EMpact, October 2024]. The business model reads as B2B, selling protein and fertilizer into animal nutrition and agriculture, but the public record does not yet identify named paying customers or institutional investors, which keeps commercial validation as the main open question rather than technical concept fit [Bioani] [VEGEPOLYS Valley] [The Africa Business Index, November 2024].
Over the next 12 to 18 months, the key points to watch are whether Bioani can move from ecosystem visibility into verifiable commercial proof, whether its modular-farm approach translates into repeatable deployments, and whether third-party backers beyond studio or grant support emerge [EMpact, October 2024] [VEGEPOLYS Valley, September 2025]. The company is early, thinly financed on the public record, and still largely represented through company and partner materials, but the underlying problem it addresses is real and the operating thesis is coherent enough to justify continued tracking [Bioani] [Stardust Startup Factory] [VEGEPOLYS Valley, September 2025].
Company-stated, unverified -- This section relies heavily on company and partner materials, with limited independent corroboration from The Africa Business Index and LinkedIn.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Pre-Seed |
| Business Model | B2B |
| Industry / Vertical | Agtech |
| Technology Type | Biotech / Life Sciences |
| Geography | Sub-Saharan Africa |
| Growth Profile | Social Enterprise |
| Founding Team | Co-Founders (3+) |
| Funding | Pre-seed, total disclosed about $2,000 [Stardust Startup Factory] |
How the Company Got Here
PUBLIC
Bioani presents a fairly simple proposition on the surface: take organic waste in Côte d’Ivoire and turn it into two agricultural inputs, black soldier fly larvae protein for animal nutrition and frass fertilizer for crop use [Bioani]. The company is based in Abidjan, Côte d’Ivoire, and its public materials describe a business built around insect farming as a circular production model rather than a conventional single-output feed operation [Bioani] [VEGEPOLYS Valley].
The chronology that can be supported from company and organization pages is narrow but usable. Bioani’s public profiles and website indicate a 2022 founding, while the company’s presentation names Arthur de Dinechin, Thibault Guille, and Amaury Gaschignard among the founding team and describes the decision to focus on black soldier fly production after earlier recycling work in Côte d’Ivoire [LinkedIn, Retrieved 2026] [Bioani] [Bioani, Unknown] [Stardust Startup Factory]. Public source material does not establish the legal entity details, but it does show a company that began with a local waste-conversion thesis and has since framed itself as a reproducible farm model for tropical markets [Bioani] [VEGEPOLYS Valley, September 2025].
A few dated milestones help anchor that story. Stardust Startup Factory says it provided a $2,000 microgrant for equipment and feedstock inputs, although the grant date is not stated in the source [Stardust Startup Factory]. By October 2024, EMpact had announced venture-studio support to help scale the business, and by September 2025, VEGEPOLYS Valley publicly welcomed Bioani into its network, describing the company as producing insect protein and frass from organic waste in Côte d’Ivoire [EMpact, October 2024] [VEGEPOLYS Valley, September 2025].
Lightly corroborated -- Based primarily on company website materials, with partial corroboration from LinkedIn and ecosystem organizations including VEGEPOLYS Valley, Stardust Startup Factory, and EMpact.
Product and Technology
MIXED
The product is straightforward on paper, which is useful here because the public evidence base is still thin. Bioani says it converts organic waste into two outputs: black soldier fly larvae protein for animal nutrition and frass, an organic fertilizer for agriculture [Bioani] [VEGEPOLYS Valley]. On its products pages, the company describes raising black soldier flies, feeding larvae with organic waste, and processing the larvae into fresh, dried, or meal-form protein; it also lists live larvae, dehydrated larvae, protein concentrates, fertilizer, and oil among the commercial forms it offers [Bioani] [Bioani, Unknown].
The underlying technical claim is a circular bioconversion process rather than a novel software or hardware stack. Bioani presents frass as suitable for cereal, market-garden, and tree crops because of its nutrient profile, and external ecosystem profiles broadly match the company's description of a model that turns local organic waste into feed and fertilizer in Côte d'Ivoire [Bioani, Unknown] [VEGEPOLYS Valley, September 2025] [The Africa Business Index, November 2024]. What remains unverified in public is the operating performance of that system at commercial scale, including conversion efficiency, cost per tonne, consistency of output, and any customer-qualified agronomic or feed results.
A second product layer, also described publicly, is the farm format itself. Bioani and affiliated ecosystem profiles frame the business as a reproducible, modular insect-farm model for tropical markets, supported by operator training and local deployment near waste streams and end users [Bioani] [VEGEPOLYS Valley] [EMpact, October 2024]. That is an interesting design choice because it suggests Bioani may be selling a production system and operating method alongside physical outputs, but the available public materials do not separate what is already deployed from what is still a scaling ambition.
Company-stated, unverified -- This section relies primarily on company materials, with partial descriptive corroboration from VEGEPOLYS Valley, EMpact, and The Africa Business Index.
Where the Demand Sits
PUBLIC
This market matters now because Bioani sits at the intersection of two pressure points that are becoming harder to ignore across African agriculture: the cost and availability of animal-feed inputs, and the need to turn organic waste into productive local inputs rather than a disposal burden [EMpact, October 2024] [The Africa Business Index, November 2024].
The public record does not provide a cited third-party TAM, SAM, or SOM for Bioani specifically, so the market has to be framed through adjacent demand pools rather than company-scale sizing claims. On the demand side, Bioani describes two outputs, insect protein for animal nutrition and frass fertilizer for crop production, which places it in feed-input and soil-input markets at the same time [Bioani, Unknown] [Bioani, Unknown]. VEGEPOLYS Valley characterizes the model as converting local organic waste into feed protein and organic fertilizer through deployable insect farms in tropical settings, which is useful because it defines the commercial arena more clearly than a generic agtech label [VEGEPOLYS Valley, Unknown] [VEGEPOLYS Valley, September 2025].
That framing suggests Bioani is not pursuing a single monolithic market but a narrower operational wedge where waste supply, livestock or aquaculture feed demand, and crop-input demand overlap geographically. The Africa Business Index profile points to an early link with a fish-farming cooperative and access to a 300 square meter farm beginning in October 2021, which is modest in scale but directionally consistent with aquaculture and local farming as plausible first demand centers [The Africa Business Index, November 2024]. In practice, the serviceable market will depend less on headline agriculture spend and more on whether Bioani can secure dense waste streams and nearby buyers for larvae-derived products and fertilizer.
| Market lens | What the sources support | Relevance to Bioani |
|---|---|---|
| Insect protein for animal nutrition | Bioani says it processes black soldier fly larvae into fresh, dried, or meal-form protein for animal nutrition [Bioani, Unknown] | Points to feed markets such as aquaculture, poultry, or livestock inputs, though no customer mix is publicly confirmed |
| Organic fertilizer from frass | Bioani says its frass is suitable for cereal, market-garden, and tree crops [Bioani, Unknown] | Opens a second revenue pool tied to crop-input demand rather than feed alone |
| Waste-to-input conversion | VEGEPOLYS Valley and EMpact both describe a circular model based on transforming organic waste into usable agricultural products [VEGEPOLYS Valley, Unknown] [EMpact, October 2024] | Makes the company relevant to waste management as an adjacent market, especially where disposal costs or collection constraints are material |
| Modular farm deployment | Public materials describe reproducible or modular farms and operator training across tropical countries [VEGEPOLYS Valley, Unknown] [EMpact, October 2024] | Suggests a longer-term expansion path that resembles a farm-platform or venture-studio model, not only a single production site |
The table points to a market structure that is broader than insect farming alone. If Bioani executes, the commercial case rests on monetizing two agricultural outputs while also solving a waste-handling problem upstream.
The most visible tailwind in the cited material is substitution pressure. Bioani and third-party ecosystem profiles repeatedly present the product set as a local alternative to imported or conventional inputs, with The Africa Business Index describing the fertilizer as cheaper than chemical fertilizers and the broader model as rooted in local transformation of waste into agricultural value [The Africa Business Index, November 2024]. That claim is still company-adjacent rather than independently benchmarked on price, but the direction of travel is credible: local feed and fertilizer substitutes tend to attract interest in markets exposed to import costs, currency pressure, and distribution friction.
A second tailwind is that the product pair can address two farm economics at once. Larvae-derived protein targets feed users, while frass targets crop producers, and Bioani's own product pages emphasize both outputs rather than a single hero product [Bioani, Unknown]. For a young operator, that matters because insect farming economics often improve when the residual byproduct has a real local market, not just a disposal path.
The adjacent and substitute markets are also worth watching because they can cap pricing or slow adoption. On the feed side, conventional fishmeal, soybean meal, and other animal-nutrition inputs are the practical substitutes, even though the reviewed sources do not quantify local pricing or usage shares. On the fertilizer side, the substitute set includes chemical fertilizers and other organic soil amendments, with Bioani's pitch relying on agronomic suitability for cereals, market gardening, and tree crops rather than on a disclosed certification or large field-trial dataset [Bioani, Unknown] [The Africa Business Index, November 2024].
Regulatory and macro forces are present in the background, but the public evidence here is thin and should be treated carefully. EMpact's October 2024 announcement places Bioani within a wider effort to scale insect-farm businesses through university-linked entrepreneurship networks in Côte d'Ivoire, which implies institutional openness to the category even if it does not establish formal regulatory endorsement [EMpact, October 2024]. More broadly, the company's membership in VEGEPOLYS Valley by September 2025 indicates some ecosystem recognition beyond its home market, but that is a network signal, not proof of commercial demand or regulatory clearance across jurisdictions [VEGEPOLYS Valley, September 2025].
The practical market question is therefore narrower than a top-down agri-input story. Bioani is operating in a potentially attractive overlap of waste conversion, feed substitution, and soil-input localization, but the public sources support the existence of that opportunity more clearly than they quantify its size.
Lightly corroborated -- This section relies on company materials and ecosystem profiles, with partial third-party corroboration from EMpact, VEGEPOLYS Valley, and The Africa Business Index.
Competitive Landscape
MIXED
Bioani is competing less against a clearly identified startup peer set than against existing feed and fertilizer supply chains, which makes its near-term position a question of substitution economics and local execution rather than category branding [Bioani] [Bioani, September 2025] [The Africa Business Index, November 2024].
The public record is thin on named direct rivals, so the cleanest way to map the field is by segment. In animal nutrition, the practical alternatives are conventional protein inputs and other feed ingredients already embedded in local purchasing behavior, while in crop nutrition the comparison is with chemical fertilizers and established organic inputs rather than another disclosed Côte d'Ivoire insect-farming startup [Bioani products] [The Africa Business Index, November 2024]. Bioani's own materials place it at the intersection of those two markets by turning organic waste into both black soldier fly protein and frass fertilizer, which is strategically useful because it creates two revenue surfaces from one biological process, at least in theory [Bioani products] [Bioani].
That framing also clarifies who the incumbent competition is. On one side are conventional feed suppliers that can offer consistency, existing distribution, and customer familiarity, even if the sources reviewed here do not name individual firms [The Africa Business Index, November 2024]. On the other are fertilizer suppliers, including chemical products that Bioani is reported to undercut on price in some cases, according to ecosystem coverage rather than audited commercial data [The Africa Business Index, November 2024]. The adjacent substitute is waste disposal itself: if municipalities, farms, or food businesses have easier outlets for organic waste, the feedstock advantage for an insect farm can narrow.
Bioani's clearest edge today appears to be local circularity, not scale. The company describes a model built around sourcing organic waste in Côte d'Ivoire, raising black soldier flies locally, and selling both protein and fertilizer outputs into nearby agricultural value chains [Bioani] [Bioani products]. EMpact's October 2024 announcement adds a second possible edge, a distribution and replication pathway through operator training and university-linked entrepreneurship networks, which could matter if Bioani is trying to spread a modular farm format rather than build one centralized facility [EMpact, October 2024]. That edge is still perishable. Training networks and modular-farm know-how can help early market entry, but they are not obviously durable unless they convert into exclusive waste contracts, repeat customers, regulatory approvals, or cost advantages that later entrants would struggle to match.
The exposure is straightforward. Larger incumbents in feed or fertilizer do not need to copy the full Bioani model to pressure it; they only need to remain cheaper, more consistent, or easier to procure on the metrics buyers care about most [The Africa Business Index, November 2024]. Bioani is also exposed to a proof gap around commercial traction. Public materials describe products, a 300-square-meter farm association dating back to October 2021, and ambitions for reproducible tropical deployment, but they do not identify named paying customers, deployment counts, or operating metrics that would establish channel control or production advantage [The Africa Business Index, November 2024] [VEGEPOLYS Valley] [EMpact, October 2024]. In practical terms, that leaves the company most vulnerable in segments where reliability and procurement trust matter more than sustainability positioning.
The most plausible 18-month scenario is that the competitive field remains defined by execution rather than a visible startup arms race. If local fertilizer adoption is driven mainly by price and agronomic performance, conventional fertilizer suppliers are the winner if Bioani cannot show consistent field results and delivery reliability at commercial volumes, because buyer inertia already works in their favor [The Africa Business Index, November 2024] [Bioani products]. Bioani is the winner if its modular farm and operator-training approach, supported by EMpact and ecosystem visibility from networks such as VEGEPOLYS Valley, translates into repeatable site launches and dependable output near waste sources [EMpact, October 2024] [VEGEPOLYS Valley, September 2025]. Based on the evidence available, the competitive contest is still open, but the burden of proof sits with the challenger.
Opportunity
Public sources If Bioani executes on the model its public materials describe, the prize is larger than a small insect-farm operator: it could become a repeatable waste-to-inputs platform for tropical agriculture, turning low-value organic waste into feed protein and fertilizer close to where both are consumed [Bioani, Unknown] [VEGEPOLYS Valley, September 2025].
The headline opportunity is straightforward. Bioani is not presenting itself only as a producer of black soldier fly larvae products, but as a locally deployable farm format that converts organic waste into two outputs, protein for animal nutrition and frass for crop production [Bioani, Unknown] [Bioani, Unknown] [VEGEPOLYS Valley, September 2025]. That matters because the model addresses two recurring constraints at once, feed input costs and soil fertility, while anchoring on a raw material that is locally abundant in many urban and peri-urban markets, organic waste [Bioani, Unknown] [The Africa Business Index, November 2024]. The reachability case remains early and mostly company-sourced, but there are at least some external signals that the model is moving beyond concept: Stardust Startup Factory documented a small grant tied to farm equipment, and EMpact said in October 2024 that it was working with Arthur de Dinechin and Thibault Guille to scale the business in and beyond Côte d'Ivoire through expertise, networks, training, and funding support for new insect-farm businesses [Stardust Startup Factory] [EMpact, October 2024].
The plausible growth paths are less about one flagship facility and more about replication. Public evidence does not yet show named enterprise customers or a financed rollout program, so the upside case has to rest on a narrower claim: Bioani has assembled an operating concept that can travel if its training, farm design, and local sourcing assumptions hold [Bioani, Unknown] [VEGEPOLYS Valley, September 2025]. The table below sets out three ways that could scale.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Modular farm network | Bioani standardizes a small-farm blueprint and deploys multiple insect farms across Côte d'Ivoire and other tropical markets, earning from protein, fertilizer, and operational support | EMpact's October 2024 partnership helps convert the current operating model into a repeatable rollout and training program [EMpact, October 2024] | Bioani and VEGEPOLYS Valley both describe a reproducible, modular farm model for tropical countries, and EMpact explicitly framed the work as scaling Bioani and supporting new insect-farm businesses [Bioani, Unknown] [VEGEPOLYS Valley, September 2025] [EMpact, October 2024] |
| Embedded rural input supplier | Bioani becomes a local supplier to fish farming, livestock feed, and crop producers by pairing insect protein with frass fertilizer in one circular offering | Early access to a 300-square-meter farm through a fish-farming cooperative relationship creates a wedge into aquaculture-adjacent demand [The Africa Business Index, November 2024] | The product suite already spans fresh, dried, and meal-form protein plus fertilizer, which gives Bioani more than one way into farm economics if quality and pricing hold [Bioani, Unknown] [Bioani, Unknown] |
| Operator-led expansion | Bioani turns its know-how into a training and operating system for entrepreneurs or institutional partners, extending beyond facilities it owns directly | University-linked networks cited by EMpact produce trained operators and local launch partners [EMpact, October 2024] | Public materials say Bioani trains "operator associates" and frames the model as reproducible; EMpact named the International University of Grand-Bassam and Institut National Polytechnique Félix Houphouët-Boigny de Yamoussoukro as part of that expansion context [Bioani, Unknown] [EMpact, October 2024] |
What makes the model interesting is the potential for compounding at several levels rather than one. Each additional farm should improve sourcing knowledge around feedstock, insect rearing conditions, product formats, and buyer demand, while also widening the local proof set for the next deployment [Bioani, Unknown] [VEGEPOLYS Valley, September 2025]. If the company can show that one waste stream reliably yields saleable protein and fertilizer, a second and third site become easier to finance and operate because the training, process design, and commercial scripts are already partially written. EMpact's support matters here less for capital scale than for institutional scaffolding: its announcement points to network access, training, and funding pathways for additional insect-farm businesses, which is exactly the kind of support a replication strategy needs in the earliest stage [EMpact, October 2024].
The size of the win is hard to benchmark precisely from public data because no credible market-size report or directly comparable public peer valuation was supplied in the source set. The cleaner way to frame upside is strategic rather than numerical. If the modular-farm scenario works, Bioani could occupy a valuable position as enabling infrastructure for circular agriculture in francophone West Africa, with economics tied to waste intake, protein conversion, fertilizer sales, and potentially operator services (scenario, not a forecast) [Bioani, Unknown] [VEGEPOLYS Valley, September 2025] [EMpact, October 2024]. That is still a conditional outcome, not an observed one, but it is a real opportunity surface because the company is tackling an operational problem that is concrete, local, and repeated across many tropical markets rather than a one-off niche [The Africa Business Index, November 2024] [VEGEPOLYS Valley, September 2025].
Company-stated, unverified -- This section relies heavily on company materials, with limited external corroboration from EMpact, Stardust Startup Factory, The Africa Business Index, and VEGEPOLYS Valley.
Sources
Public sources
[The Africa Business Index, November 2024] Entreprise/Startup : Bioani, la startup agricole innovante, engagée à avoir un maximum d’impacts sociaux et environnementaux | https://theafricabusinessindex.com/2024/11/13/entreprise-startup-bioani-la-startup-agricole-innovante-engagee-a-avoir-un-maximum-dimpacts-sociaux-et-environnementaux/
[EMpact, October 2024] EMpact venture studio help scaling Bioani Insect Farm business | https://empact.studio/empact-venture-studio-bioani/
[VEGEPOLYS Valley, September 2025] 19 nouveaux adhérents ont rejoint le pôle | Bienvenue dans le réseau ! | https://www.vegepolys-valley.eu/actualites/16315-19-nouveaux-adherents-ont-rejoint-le-pole-depuis-septembre-bienvenue
[LinkedIn, Retrieved 2026] Arthur de Dinechin - Co-fondateur - Living Soils | LinkedIn | https://www.linkedin.com/in/arthur-de-dinechin-4b727bb3/
[Stardust Startup Factory] BioAni | https://starduststartupfactory.org/bioani/
Articles about Bioani
- Bioani's Fly Larvae Turn Abidjan's Food Waste Into Fertilizer and Feed — The startup's reproducible model for black soldier fly larvae production is backed by EMpact's venture studio as it looks to scale across West Africa.