Bionic Technology for Investors
The Bionic mf200B is an industrial platform for converting regional biomass into µSoil, bio-oil fractions, biochar, process gas and further material streams. At its core is µSoil as a soil, nutrient and fertilising product with potential to substitute mineral fertiliser strategies, improve water management, regenerate soils and store carbon over the long term.
For investors, Bionic combines real industrial assets, marketable products, CO₂-negative value creation, fertiliser resilience, European manufacturing, scalable site networks, optional energy and grid resilience and a clear policy tailwind from the EU Fertiliser Action Plan 2026. The platform is not designed as a permanent subsidy model, but as a product-based industrial rollout with additional climate, soil and supply-security benefits.
Executive Summary
Europe is entering a new phase of industrial and agricultural supply policy. Energy, fertilisers, soil fertility, water availability, CO₂ storage, regional value creation and industrial production capacity can no longer be treated separately. The EU Fertiliser Action Plan adopted on 19 May 2026 further shifts the market towards domestic production, bio-based fertilisers, recycled nutrients, fertilisation efficiency, decarbonisation and resilient value chains.
The Bionic mf200B is an industrial platform for converting pelletised biomass into defined product streams. It produces Bionic biochar, µSoil, bio-oil fractions, process gas, organic acids and further material fractions. The economic core does not lie in a single pyrolysis fraction, but in the combination of material value creation, soil product, CO₂ sink, energy options and industrial scalability.
The most important product pathway is µSoil. µSoil is a biochar-based soil improver and nutrient carrier that combines nutrient supply, water retention, humus build-up, nitrogen retention and long-term soil regeneration. One mf200B plant can produce around 65,000 m³ of µSoil per year. At a typical application rate of 15-20 m³/ha, this represents a relevant regional contribution to soil and fertiliser supply.
Bionic is not designed as a permanent subsidy model. The plant generates marketable products in regular operation. The CO₂ sink effect arises additionally within a productive value chain. This distinguishes Bionic from many CO₂ removal concepts whose economics depend primarily on certificates, support mechanisms or regulatory obligations.
| Investor-relevant factor | Meaning |
|---|---|
| Real industrial asset | Asset-based plant with reactors, skids, utilities, automation, maintenance and product streams. |
| Multiple product pathways | µSoil, bio-oil fractions, biochar, organic acids, process gas and later material applications. |
| Fertiliser resilience | Regional alternative to import-, gas- and transport-dependent mineral fertiliser chains. |
| EU policy fit | Direct fit with bio-based fertilisers, recycled nutrients, low-carbon fertilisers and nutrient efficiency. |
| CO₂-negative value creation | Carbon storage is created within a productive business model. |
| Soil and water resilience | µSoil improves water retention, soil structure and nutrient efficiency. |
| European manufacturing | Plant engineering, automation, stainless-steel technology, high-frequency technology, service and logistics can largely be represented in Europe. |
| Scalability | Decentralised site networks, double lines, clusters, service contracts and licensing models are possible. |
| Optional power module | Additional resilience function through electricity, heat, balancing power and island-operation capability at suitable sites. |
1. Why Investors Should Pay Attention Now
1.1 Supply security is being revalued
Recent years have shown that supply security is not only about energy imports, gas storage and power grids. Modern economies depend on complex material chains: oil, gas, ammonia, urea, phosphates, sulphur, fertilisers, petrochemical precursors, logistics, water, soil fertility and industrial production capacity.
When individual chains come under pressure, cascading effects emerge. An energy crisis becomes a fertiliser crisis. A fertiliser crisis becomes a yield risk. A soil problem becomes a water problem. A water crisis becomes a question of food security. This development creates a market for technologies that do not solve just one isolated problem, but reduce several systemic vulnerabilities at once.
1.2 The EU Fertiliser Action Plan 2026 as a market trigger
The EU Fertiliser Action Plan was adopted on 19 May 2026. It addresses fertiliser availability and affordability, domestic production, lower import dependency, fertilisation efficiency, decarbonisation, circular fertilisers, bio-based fertilisers and more resilient value chains. For investors, this matters because a conventional product market is turning into a politically supported structural market.
The Bionic platform fits this structural market because it converts regional biomass and suitable organic material streams into marketable soil, nutrient, carbon and energy products. It therefore addresses several policy-defined target areas at the same time.
| EU target corridor 2026 | Investor relevance for Bionic |
|---|---|
| Home-grown fertilisers | Regional µSoil production reduces dependency on external fertiliser chains. |
| Bio-based fertilisers | µSoil can be positioned as a bio-based soil and nutrient carrier. |
| Low-carbon and circular fertilisers | µChar stores biogenic carbon and carries a circular nutrient matrix. |
| Recycled nutrients | Organic nutrient streams, digestates and biomass can be converted into higher-value soil products. |
| Nutrient efficiency | Nutrients are buffered in the root zone and can be used more efficiently. |
| Strategic autonomy | Decentralised plants create local production capacity instead of pure import dependency. |
| Lead markets | EU demand-side instruments for bio-based and low-carbon fertilisers improve market prospects. |
| Market transparency | Standardised quality data, analytics and product evidence improve investment readiness. |
1.3 The market is shifting towards functional soil products
Agriculture, horticulture, the substrate industry, municipalities and consumers are changing their requirements. The market is no longer focused only on short-term nutrient application. It increasingly requires products that fulfil several functions at the same time.
- nutrient supply
- soil improvement
- water retention
- humus build-up
- nitrogen retention
- reduced leaching
- CO₂ storage
- regional origin
- credible sustainability
Bionic µSoil addresses precisely this development. The product is not only a fertiliser and not only a soil improver. It combines a biochar-based carbon matrix with nutrient effect, water and nutrient storage, microbiological soil activation and long-term soil regeneration.
2. The Bionic mf200B as an Industrial Platform
2.1 Not a single-purpose plant
The Bionic mf200B is not a conventional pyrolysis plant, not a pure power-generation project and not a single CO₂ removal system. It is an industrial materials platform. The investor is therefore not investing in an isolated raw material pathway, but in a platform with several product and value-creation layers.
| Product stream | Meaning |
|---|---|
| Bionic biochar / µChar | Carbon matrix for µSoil, CO₂ sink and potential specialty materials. |
| µSoil | Central value driver for soil, agriculture, horticulture and climate markets. |
| Bio-oil fractions | Material use, storable energy option and resilience pathway. |
| Process gas | Internal energy use and efficiency improvement. |
| Organic acids / condensates | Additional industrial material pathways. |
| Heat / ORC potential | Self-supply and optional energy integration. |
2.2 Technological core
The mf200B uses microwave-assisted process control. Unlike externally heated pyrolysis systems, energy is introduced directly into the material. This allows the biomass to be heated volumetrically. In combination with vacuum operation, inert conditions, rapid removal of volatiles, catalytic process control and multi-stage condensation, this creates a controlled reaction window.
| Technical feature | Investor relevance |
|---|---|
| Segmented microwave power | More precise process control than simple external heating. |
| Magnetron-specific control | Better control of dynamic process states. |
| Tuners, circulators and reflection measurement | Protection of high-frequency technology and stable energy coupling. |
| Arc detection and safety logic | Protection of critical components. |
| Online gas measurement | Continuous process assessment. |
| AI-supported supervision | Optimisation within defined safety and operating limits. |
| Multi-stage condensation | Defined fractionation instead of unspecific mixed fractions. |
3. µSoil as the Central Value Driver
3.1 Product positioning
µSoil is the most important market-oriented product pathway of the Bionic platform. It is a functional 12/12/12 soil improver that can substitute mineral fertiliser strategies in suitable applications while also improving soil structure, water balance, humus build-up and carbon storage.
The important point is that µSoil is not assessed solely by nutrient content. Its actual added value comes from the combination of nutrient supply, better nutrient retention, reduced leaching, water retention, soil biology, humus build-up, CO₂ storage and restoration of damaged soils.
3.2 Production and area logic
One mf200B plant can produce around 65,000 m³ of µSoil per year. At a typical application rate of 15-20 m³/ha, this results in a relevant regional area effect. This scale is important for investors: one plant is large enough to create regional visibility, but small enough to be integrated into decentralised markets, regional agriculture, horticulture, substrate production and municipal applications.
| Key figure | Classification |
|---|---|
| µSoil production per mf200B plant | approx. 65,000 m³/a |
| Typical application rate | 15-20 m³/ha |
| Target effect | soil improvement, fertiliser substitution, water resilience, carbon storage |
| Market role | regionally scalable soil and nutrient pathway |
3.3 Agricultural benefits
| Benefit field | Effect |
|---|---|
| Mineral fertiliser substitution | Functional replacement or significant supplementation of mineral fertiliser strategies in suitable applications. |
| Nutrient efficiency | Nutrients remain longer in the root zone and become more plant-available. |
| Water retention | Better resilience under drought and irregular rainfall. |
| Yield stability | More stable root-zone environment and more even supply. |
| Workload | Fewer time-critical fertiliser applications and fewer field passes may be possible. |
| Soil regeneration | Degraded and denatured soils can gradually be restored to fertility. |
| Nitrogen retention | Lower losses via ammonia, nitrate and nitrous oxide pathways. |
| CO₂ storage | Stable carbon matrix in the soil. |
For investors, this means: µSoil does not only address the fertiliser market. It also touches water resilience, soil health, nitrogen regulation, climate adaptation and carbon-removal logic.
4. EU Policy Fit and Funding Corridors
4.1 From EU action plan to investable market logic
The EU Fertiliser Action Plan 2026 turns bio-based, circular and low-carbon fertiliser pathways into a strategic market segment. For investors, the main point is not only potential access to funding, but the policy direction itself: the EU wants to strengthen domestic production, reduce dependency on imported raw materials, create lead markets for bio-based and low-carbon fertilisers, and improve fertilisation efficiency through CAP and advisory instruments.
| Policy lever | Possible Bionic fit |
|---|---|
| EU fertiliser value chain partnership | Bionic can connect plant engineering, biomass supply, agriculture, biogas, municipalities and the fertiliser market. |
| Lead markets for bio-based and low-carbon fertilisers | µSoil fits the demand trend for bio-based and low-carbon fertilising products. |
| Fertilising Products Regulation / Single Market | Clear product classification, analytics and CE/national market access increase scalability across EU markets. |
| Digestate valorisation and RENURE extension | Biogas and digestate regions can be integrated into value-creating µSoil and nutrient pathways. |
| CRCF and Carbon Farming | Biochar-based carbon storage can be linked to product revenue and carbon-farming logic. |
| Fertilisers Market Observatory | Transparency on prices, volumes and supply conditions increases the value of regional alternatives. |
4.2 Funding and de-risking matrix
Bionic should be presented to investors not as a funding project, but as a product-based business model with additional funding and de-risking capacity. Public instruments can support project development, demonstration, scale-up, CAP-related agricultural uptake and industrial decarbonisation.
| Programme / instrument | Investor logic |
|---|---|
| CAP eco-schemes and agri-environment measures | Demand support for fertilisation efficiency, nutrient management, organic fertilisation and resilient farming. |
| Cohesion Policy | Regional plants and bio-waste, sewage sludge, biogas and nutrient recovery projects may become structurally relevant. |
| Horizon Europe / Mission Soil | Field trials, living labs, soil impact, nutrient efficiency and scientific validation. |
| Circular Bio-based Europe Joint Undertaking | Flagship and scale-up logic for bio-based fertilisers and industrial bioeconomy. |
| Innovation Fund / Industrial Decarbonisation Bank | Industrial decarbonisation, circular applications and climate-relevant production pathways. |
| State aid frameworks | Possible national support for farmers uptake, plant investments or crisis resilience. |
| CRCF / Carbon Farming | Potential additional revenue or cost compensation for biochar-based carbon storage and more efficient fertiliser use. |
| ETS revenue use | Potential public funding for industrial decarbonisation and circular downstream applications. |
5. µSoil Market Potential
5.1 DACH + Benelux as the core market
The suitable start and scaling region is DACH + Benelux. This region combines high purchasing power, large consumer and garden markets, dense retail structures, professional horticulture and substrate markets, intensive agriculture, nitrogen pressure, organic farming areas and political attention to soil health.
| Market indicator | Meaning for µSoil |
|---|---|
| approx. 132 million people | large high-purchasing-power consumer and garden market |
| approx. 63 million households | basis for 10-l and 20-l bagged products, online sales and repeat purchases |
| approx. 23-24 million ha of agricultural land | basis for follow-up plants and agricultural scaling |
| approx. 3.0 million ha of organic farmland | particularly accessible market for organic soil activators |
| developed garden and substrate markets | fast entry via consumer and B2B horticulture |
| intensive agriculture and nitrogen pressure | strong argument for retention and soil products |
5.2 Consumer market as preferred entry market
For the first plants, the consumer market is particularly attractive. Initial volumes are valuable and should first enter markets with high value creation, fast brand building and direct customer feedback.
| Product line | Packaging | Target customer | Core benefit |
|---|---|---|---|
| µSoil Home Active | 10 l | balcony, pots, urban gardening, trial buyers | easy application, soil activation, biochar |
| µSoil Garden Plus | 20 l | garden, raised beds, vegetables, garden centres | premium soil activator, water and nutrient storage |
| µSoil Premium Active | 10 l / 20 l | demanding garden customers, premium retail | high-quality biochar and Terra-Preta positioning |
5.3 Agriculture as follow-up and scaling market
Agriculture is the high-volume scaling market. It absorbs larger volumes and makes the systemic value of µSoil visible. However, market entry should be targeted. Particularly suitable are segments with high value creation, soil pressure, water stress or nitrogen issues.
| Priority | Segment | Reason |
|---|---|---|
| 1 | vegetable production, fruit, wine, berries, herbs | high value creation per hectare, high benefit from water and nutrient stabilisation. |
| 2 | organic farming, regenerative farms, organic horticulture | strong fit with organic nutrient and soil-building systems. |
| 3 | biogas regions, slurry and digestate regions | nitrogen retention and conversion of loss-prone material streams. |
| 4 | recultivation and municipal land | soil build-up, humus, carbon and water retention. |
| 5 | standard arable farming | later volume field via programmes, partial areas and regional soil projects. |
5.4 Substrate market and peat reduction
The substrate market is undergoing a structural change. Peat is losing its former role for climate and nature-conservation reasons. The market is looking for functional substitutes that are not only formally peat-free, but also work reliably in application. µSoil should therefore not be positioned as ordinary potting soil, but as a functional product with water, nutrient, carbon and soil-structure effects.
6. Commercialisation Strategy
6.1 Stepwise market entry
| Phase | Focus | Objective |
|---|---|---|
| Phase 1: Consumer first | 10-l and 20-l bagged products, online, garden centres, premium retail | brand, cash flow, customer feedback, visibility |
| Phase 2: B2B horticulture | nurseries, substrate manufacturers, raised-bed suppliers, landscaping | professional references and larger individual offtakes |
| Phase 3: Agriculture scale-up | 500-l bulk, specialty crops, organic farming, nitrogen regions | volume growth, area effect, regional programmes |
| Phase 4: Site and licensing models | decentralised plants in DACH, Benelux and further EU markets | industrial scaling and platform multiplier |
6.2 Omnichannel sales
| Channel | Function |
|---|---|
| Own online shop | product explanation, customer data, repeat purchases. |
| Marketplaces | reach, fast testing, scaling. |
| Premium garden centres | brand trust and offline visibility. |
| DIY stores | later volume scaling. |
| Raised-bed and seed partnerships | application context and cross-selling. |
| Agricultural trade / cooperatives | professional agricultural market access. |
| Reference farms and field days | trust in the agricultural market. |
| Municipal projects | visibility and political relevance. |
An own online shop is particularly important because µSoil needs to be explained: application, dosage, effect, biochar, water retention, nutrient retention and sustainability benefits.
7. CO₂ Sink with Productive Value Creation
Many CO₂ removal approaches initially generate costs and then require certificates, support mechanisms or regulatory obligations to become economically viable. The Bionic logic is different. The plant generates marketable products. The CO₂ sink effect additionally arises from converting biogenic carbon into stable biochar and applying it to soil.
| CO₂ impact pathway | Effect |
|---|---|
| Carbon fixation | part of the biogenic carbon remains bound in stable biochar. |
| Soil storage | µSoil introduces the carbon matrix into soil over the long term. |
| Humus build-up | improvement of soil structure and organic matter. |
| Avoided mineral fertilisation | reduction of energy-intensive fertiliser pathways. |
| Reduced nitrogen losses | lower NH₃-, nitrate- and N₂O-related loss pathways. |
| Material oil pathways | oil fractions can be used in higher-value ways and do not have to be used purely energetically. |
7.1 CRCF and Carbon Farming
The Carbon Removals and Carbon Farming Framework may become relevant for investors if biochar-based carbon storage, soil organic matter build-up and more efficient fertiliser use are translated into robust methodologies and monitoring processes. Bionic should therefore be prepared for measurable product data, feedstock documentation, µChar analytics, application data and soil monitoring.
7.2 ETS revenues and circular downstream applications
The EU action plan refers to the possible use of ETS revenues for industrial decarbonisation and circular applications. For investors, this is not core revenue, but an additional structural lever: projects with clear European added value, regional nutrient circularity and carbon storage can become easier to position politically.
8. Digestate, RENURE and Regional Nutrient Streams
An important addition to the investor page is the connection to biogas, digestates, manure and nutrient surplus regions. The EU is examining simplifications and extensions for certain recovered nitrogen materials and digestates. Bionic should not prematurely be described as a RENURE product. The stronger and cleaner approach is: Bionic can develop project structures compatible with digestate, manure and organic nutrient pathways, converting loss-prone streams into higher-value soil and nutrient products.
| Initial situation | Bionic approach |
|---|---|
| Nutrient surpluses in livestock and biogas regions | conversion and upgrading into transportable, storable and marketable soil products. |
| Loss-prone nitrogen pathways | binding and buffering in a µChar/zeolite/µSoil matrix. |
| Regulatory fragmentation | project structure with clear feedstock, product and certification pathway documentation. |
| High transport and application complexity | regional plants close to biomass and nutrient sources. |
9. Energy Options and Optional Power Module
The mf200B is primarily a materials and µSoil platform. At the same time, bio-oil fractions and process gas are produced and can be used materially or energetically. Bio-oil has a strategic advantage: it is storable. It can be stored, prioritised and used energetically when needed. This creates an additional resilience layer.
| Component | Function |
|---|---|
| Fuel conditioning | conditioning, blending and supply of oil fractions. |
| Generator block | controllable electricity and heat generation. |
| Supercaps | very fast response for frequency support. |
| Battery | bridging until generator load is available. |
| Grid and protection technology | safe feed-in, switching, island operation. |
| Heat extraction | use of exhaust-gas and cooling-water heat. |
The boundary remains important: regular operation is based on µSoil and material streams. Energy is an additional site benefit and can improve resilience and project quality at suitable locations.
10. Asset Quality and Risk Mitigation
10.1 Asset-based investment logic
The mf200B is a real industrial asset. Investors are not investing only in an idea or a certificate model, but in reactors, skids, condensation chains, tanks, silos, switch cabinets, automation, utilities, service infrastructure, product streams and data and maintenance architecture.
10.2 Risk mitigation
| Risk field | Risk mitigation |
|---|---|
| Technical risk | modular skid architecture, defined interfaces, FAT/SAT, ramp-up. |
| Operational risk | automation, sensors, remote monitoring, preventive maintenance. |
| Product quality | feedstock testing, µChar analytics, µSoil quality control. |
| Availability risk | spare-parts strategy, full maintenance, service concept. |
| Market risk | several product pathways and several sales segments. |
| Permitting risk | industrial standard components and clear process boundaries. |
| Insurability | structurable machinery-breakdown, construction, service and trade-risk logic. |
| Regulatory risk | product classification, analytics, quality evidence and EU/national market pathways established early. |
11. European Manufacturing and Employment Effect
A larger rollout of Bionic technology would not only have a supply-policy dimension, but also an industrial-policy dimension. The plants are not designed as import-dependent black-box technology. Essential parts can be manufactured, assembled, automated, tested and maintained within European industrial and supplier structures.
| Employment field | Effect |
|---|---|
| Plant and apparatus construction | reactors, skids, vessels, piping, auxiliary systems. |
| Stainless-steel and mechanical engineering | high-quality mechanical components and process-related assemblies. |
| Electrical and automation technology | switch cabinets, sensors, HMI, PLC/DCS, safety technology. |
| Microwave and high-frequency technology | magnetrons, waveguides, tuners, power electronics, measuring systems. |
| Assembly and commissioning | FAT, SAT, site integration, ramp-up, operator training. |
| Maintenance and service | spare parts, preventive maintenance, remote diagnosis, lifecycle service. |
| Laboratory and quality assurance | feedstock testing, µChar analytics, µSoil release. |
| Regional logistics | biomass acceptance, product storage, delivery. |
| Agricultural application | application, advisory services, soil management, distribution partners. |
12. Follow-on Applications and Platform Upside
The current investment story should not depend on speculative follow-on applications. Nevertheless, these fields increase long-term platform value.
| Follow-on application | Strategic value |
|---|---|
| Supercaps / storage technology | highly porous carbon structures as functional materials. |
| Filtration technology | adsorption and separation in gas and liquid systems. |
| Tyre technology / rubber compounds | potential replacement or addition to fossil carbon carriers. |
| EM coatings | functional carbon materials for specialty applications. |
| Special adsorbents | designable pore structures for technical applications. |
| Synthetic wood and insulation materials | use of defined oil and carbon fractions. |
13. Why the Platform is Investable
13.1 Several independent value drivers
| Value driver | Investor relevance |
|---|---|
| µSoil | central economic lever, high societal demand, several market segments. |
| Bio-oil fractions | material use, storable energy option, resilience value. |
| Biochar / µChar | CO₂ sink, soil matrix, specialty-material upside. |
| Organic acids / condensates | additional material value pathways. |
| Service and maintenance | recurring technical revenue. |
| CO₂ impact | additional strategic and potentially monetisable value. |
| Power module | optional upside through balancing power, heat and supply security. |
| Rollout / licensing | platform multiplier through site networks and clusters. |
13.2 Differentiation from other approaches
| Comparison | Difference of the Bionic platform |
|---|---|
| Conventional pyrolysis | microwave-based process control, defined fractionation, µSoil upgrading. |
| Composting | functional carbon matrix and industrial material pathway. |
| Pure biochar projects | integrated oil, gas, acid, µSoil and energy options. |
| Pure CO₂ sinks | product economics before certificate revenues. |
| Biogas plants | additional solid carbon and soil-product logic. |
| Power projects | energy only as additional benefit, not the main model. |
| Imported fertiliser | regional production and soil improvement instead of pure nutrient delivery. |
14. Investor Rationale
14.1 Which investors may find Bionic attractive?
- strategic industrial investors
- plant engineering companies
- agricultural and fertiliser companies
- energy and utility companies
- infrastructure investors
- family offices with an industrial focus
- climate-tech and impact investors
- carbon-removal-oriented investors
- project financiers with an asset focus
- regional industrial and development partners
14.2 Key investor questions
| Investor question | Bionic answer |
|---|---|
| Is there a real market? | Yes: soil improvement, fertilisers, horticulture, agriculture, substrates, CO₂, energy options. |
| Is there a physical asset? | Yes: industrial plant with asset value and product streams. |
| Is the model subsidy-dependent? | No, regular operation is based on marketable products. |
| Is there strategic upside? | Yes: CO₂, energy, specialty carbon, rollout, service, EU policy fit. |
| Is scaling possible? | Yes: modular plants, European manufacturing, regional clusters. |
| Is there political relevance? | Yes: food security, fertiliser resilience, climate, energy, industrial policy, EU Fertiliser Action Plan. |
| Can risk be structured? | Yes: engineering, FAT/SAT, maintenance, quality assurance, service, insurability and product evidence. |
15. Investment Thesis
16. Conclusion
The coming years will show that supply security is not only built through import contracts, power grids and gas storage. It is created where regions build their own material cycles, soil fertility, fertiliser pathways, energy options and industrial value creation.
Bionic is positioned precisely in this field. The mf200B is an industrial platform that converts regional biomass into marketable product streams. µSoil creates a pathway for substituting mineral fertiliser strategies, regenerating soil and improving water resilience. Bio-oil fractions create material and energy options. Biochar enables long-term CO₂ storage. The optional power module expands suitable sites with electricity, heat and balancing-power functions.
For investors, this creates a rare profile: real industrial asset, multiple product pathways, not dependent on permanent subsidies, CO₂-negative impact, large addressable DACH + Benelux core market, consumer entry market with brand potential, agricultural scaling market with high systemic relevance, European manufacturing and employment effect, scalable platform structure and strategic added value in energy, grid stability and supply security.
The EU Fertiliser Action Plan 2026 reinforces this market logic. It creates a policy corridor for home-grown fertilisers, bio-based fertilisers, recycled nutrients, low-carbon fertilisers, nutrient efficiency, lead markets, Carbon Farming and more resilient European value chains. Bionic is therefore not only a technology project. It is an industrial entry point into a new class of regional resilience infrastructure.
Official links
Current Bionic investor page: https://bionic-world.net/en/investor-info-en.html
Official EU page on the Fertiliser Action Plan 2026: EU Fertiliser Action Plan 2026