Vision
To become one of Europe's recognized applied research and pilot validation organizations for sustainable nutrient extraction and circular agricultural technologies.
European Research • Pilot Validation
Transforming Nutrient Recovery Through Applied Science.
Czech BioAgri Research is a European research and innovation organization advancing next-generation nutrient recovery and bio-based extraction technologies through scientific validation, pilot demonstration, and industrial collaboration.
- Pilot programs
- End-to-end
- Methodology
- European
- Focus areas
- Nutrient & Bio
- Validation
- Independent
About Us
European Research Culture. Industrial Execution.
Scientific innovation achieves value only when it can be demonstrated, validated, and translated into real industrial performance.
Czech BioAgri Research operates at the intersection of biotechnology, environmental science and process engineering. Our applied research program is built around the recovery of nutrients — particularly nitrogen and ammonia — from industrial and agricultural streams, and the development of bio-based extraction systems that can be scaled responsibly.
We combine the methodological transparency of European research with the practical orientation of industrial execution. From bench-scale characterization to pilot-scale demonstration, every program is designed to produce evidence that holds up under real operating conditions.
Our work supports the broader transition toward circular agriculture and sustainable industrial systems — turning residual streams into recovered nutrients, recovered nutrients into deployable inputs, and deployable inputs into measurable environmental performance.
Strategic Areas
Where applied science meets industrial relevance.
Our programs converge on five interlocking research and development areas, each with its own scientific depth and a clear path toward industrial deployment.
Sustainable Nutrient Recovery
Advancing recovery pathways for nitrogen, phosphorus and other essential nutrients from residual streams.
Bio-Extraction Systems
Engineering biologically-mediated separation processes that achieve high selectivity at industrial scale.
Applied Agricultural Innovation
Translating research into deployable fertilizer pathways and circular farming inputs.
Industrial Process Validation
Independent pilot-scale validation of emerging technologies under realistic operating conditions.
Environmental Performance Optimization
Quantifying ecological footprint and refining processes for measurable environmental gain.
Vision & Mission
A clear direction. A disciplined method.
Mission
To accelerate scientific innovation into commercially deployable solutions by delivering independent validation, pilot testing, and research collaboration for emerging environmental and agricultural technologies.
Core Expertise
Bio-Extraction of Ammonia.
Nitrogen is essential to global food production, yet the ammonia-rich streams emerging from agriculture, food processing and industry remain difficult to recover efficiently. Our core program focuses on biologically-mediated extraction pathways that capture nitrogen for reuse — closing the loop between environmental pressure and agronomic value.
Areas of investigation
Active research and development directions within the program.
- Biological ammonia recovery
- Nitrogen extraction optimization
- Bio-assisted separation technologies
- Circular nutrient management
- Sustainable fertilizer pathways
- Resource recovery systems
- Biological process intensification
- Integrated nutrient technologies
Our approach
Three pillars that anchor every program — from earliest evaluation through industrial transfer.
- Scientific rigor
- Process reproducibility
- Industrial applicability
Pilot Testing & Demonstration
Moving Beyond Laboratory Research.
Our pilot programs are structured as a continuous progression from bench characterization to deployment-ready validation — each stage producing the evidence required to advance the next.
Laboratory Evaluation
Bench-scale characterization establishes the scientific and operational baseline.
Activities
- Process characterization
- Recovery efficiency measurement
- Feedstock compatibility
- Material balance
- Extraction performance
Deliverables
- Technical summary
- Laboratory reports
- Data interpretation
- Development recommendations
Pilot-Scale Demonstration
Continuous operation under realistic conditions to verify process behavior at scale.
Activities
- Equipment configuration
- Process operation
- Recovery optimization
- Continuous monitoring
- Operational analytics
Deliverables
- Pilot datasets
- Performance benchmarking
- Validation reporting
- Process recommendations
Technology Validation
Independent assessment of viability, stability and readiness for commercial deployment.
Activities
- Technical viability
- Process stability
- Repeatability
- Environmental indicators
- Scalability
- Commercial readiness
Deliverables
- Validation dossier
- Independent assessment
- Risk evaluation
- Readiness scoring
Scale-Up Readiness
Engineering and planning support to translate validated technology into commercial deployment.
Activities
- Process optimization
- Engineering support
- Deployment planning
- Technology transfer preparation
Deliverables
- Scale-up package
- Engineering brief
- Deployment roadmap
- Transfer documentation
Research Capabilities
Multidisciplinary capability under one applied program.
Four core capability pillars combine biotechnology, analytical science, environmental assessment and agronomic insight.
Applied Biotechnology
- Microbial process development
- Bio-catalytic transformations
- Bio-assisted extraction
- Strain and consortium evaluation
Analytical & Process Sciences
- Quantitative chemical analysis
- Process performance metrics
- Mass and energy balances
- Operational data interpretation
Environmental Systems Assessment
- Resource flow analysis
- Environmental performance indicators
- Circularity evaluation
- Sustainability benchmarking
Agricultural Innovation Platforms
- Nutrient input development
- Soil and crop compatibility
- Field-relevant performance studies
- Circular agricultural pathways
Collaboration Framework
Four channels for working with us.
Structured collaboration models that span research, industry and academia — designed for the realities of multi-stakeholder technology development.
Research Partnerships
Joint scientific programs with research institutions and technology developers.
Industrial Partnerships
Pilot validation and process integration with operating industrial partners.
Academic Collaboration
Methodological cooperation with universities and applied science programs.
Innovation Consortia
Multi-stakeholder consortia for accelerated technology development and deployment.
Industries We Serve
Cross-sector relevance, single applied focus.
Our work supports decision-makers across the agricultural, environmental and industrial value chains.
Agriculture
Fertilizer & Nutrient Systems
Environmental Technologies
Food & Feed Processing
Biotechnology
Industrial Manufacturing
Our Approach
Four principles guide every engagement.
Each principle has practical consequences for how programs are scoped, executed and reported — and for the kind of partnerships we can sustain over time.
Independent Scientific Thinking
Unbiased technical assessment grounded in transparent methodology and reproducible results.
Engineering Practicality
Decisions informed by what holds up at operating scale, not only in idealized laboratory conditions.
Collaborative Development
Working alongside partners to translate scientific insight into deployable systems.
Long-Term Sustainability
Designing for circular nutrient flows, resource efficiency, and measurable environmental performance.
Why Partner With Us
A partner built for credible, deployable innovation.
Five reasons leading organizations select Czech BioAgri Research for their nutrient recovery and bio-extraction programs.
European Research Methodology
Structured, transparent and reproducible scientific practice rooted in the European research tradition.
Pilot-Driven Validation
Evidence generated at pilot scale, where laboratory promise meets industrial reality.
Cross-Sector Expertise
Biotechnology, process engineering, environmental science and agronomy under one applied program.
Commercial Perspective
Innovation assessed against the metrics that determine real industrial adoption.
Innovation With Accountability
Independent reporting, traceable data and defensible conclusions for every engagement.
Contact
Delivering Scientific Confidence for Sustainable Industrial Progress.
Whether you are exploring a pilot programme, planning a technology validation, or seeking a research partner, our team is ready to engage.
Contact
Dr. Jana Novotná
Head of Sustainable Nitrogen Technologies
Address
BioTech Park, Purkyňova 1234/56, 612 00 Brno, Czech Republic
Phone
+420-5-5555-0101
Start a conversation
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