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CD Biosynsis engineers microorganisms for environmental remediation and sustainability. From hydrocarbon-degrading bacteria for oil spill cleanup to engineered algae for carbon capture, we develop biological solutions for ecosystem restoration.
Serving the Environmental Services Sector
Environmental Consultants
Remediation strategy partners
Waste Management Firms
Organic waste processors
Government Agencies
Public health and environmental protection
Energy Companies
Oil & gas environmental compliance
End-to-end infrastructure for environmental cleanup strain development
Engineered pathways for hydrocarbon and chemical breakdown
Microbial mobilization and immobilization systems
Living cell sensors for environmental monitoring
CO2 conversion to bioproducts
Environmental contamination and climate change demand innovative biological solutions. Our platform engineers microorganisms for effective, sustainable environmental remediation.
Many contaminants resist natural degradation including PFAS, heavy metals, petrochemical residues, and Persistent Organic Pollutants (POPs). Synthetic biology enables engineered pathways for persistent pollutant breakdown.
Environmental organisms must function across diverse climates, temperatures, and contamination levels. We engineer strains with broad environmental tolerance for global application.
Environmental release requires extensive risk assessment, biocontainment strategies, and regulatory compliance. Our team provides guidance on contained use and planned environmental release pathways.
Platform Approach
40% faster development
We engineer microorganisms for environmental applications including bioremediation, biosensing, and carbon utilization. Strains are designed for field deployment under challenging conditions while meeting regulatory requirements.
Engineer Pseudomonas, Rhodococcus, and Alcanivorax strains with enhanced petroleum degradation for spill cleanup and contaminated site remediation.
Develop microbial systems for cadmium, lead, arsenic, and mercury through metal-binding proteins, efflux systems, and biomineralization.
Engineer novel enzymatic pathways for PFAS defluorination using directed evolution and metagenomics-guided enzyme discovery. Our platform targets C-F bond cleavage—the most challenging step in PFAS remediation.
Engineer phosphorus recovery, nitrogen removal, and waste valorization from wastewater streams for agricultural reuse.
Design living cell biosensors for real-time monitoring of pollutants, toxicity events, and environmental stressors.
Engineer carbon fixation pathways for CO2 conversion to valuable bioproducts through acetogenic and algal platforms.
Why environmental remediation is shifting to biological solutions
| Parameter | Chemical Inputs | Synthetic Biology |
|---|---|---|
| Energy Input | High energy chemical oxidation and excavation | Low energy biological processes |
| Degradation Completeness | Often incomplete, creating secondary pollutants | Complete mineralization to harmless products |
| Environmental Impact | Physical disturbance and chemical contamination risk | Non-invasive, ecosystem-friendly approaches |
| Long-term Cost | Escalating costs for large contaminated sites | Self-propagating systems reduce long-term costs |
| Ecosystem Restoration | Temporary solutions requiring repeated treatment | Self-sustaining biological communities |
Integrated capabilities for remediation strain development and field deployment.
Metagenomics and genome mining for novel degradation pathways
CRISPR and directed evolution for enhanced environmental performance
Contained field trials and environmental monitoring protocols
EPA, state, and international environmental compliance
We function as your external strain engineering and metabolic pathway team. Whether you need a single engineered chassis or a complete pathway optimization pipeline, we deliver publication-quality data and transfer-ready strains.
Each project is assigned a dedicated PhD-level scientist as primary contact, ensuring technical continuity and rapid decision-making throughout development.
Engage us for full end-to-end development or specific phases (strain engineering only, fermentation optimization only, etc.). Scale investment according to your validation needs.
All proprietary strains and sequences remain your exclusive property. We offer clean IP transfer with no residual license claims or downstream revenue sharing requirements.
In-house regulatory affairs team experienced with EPA RCRA, TSCA, and OECD guidelines. We prepare submission-ready dossiers for your target markets.
Concept to pilot validation. Includes strain engineering, fermentation optimization, and greenhouse testing.
Genetic modification and characterization. Deliverables include sequence-confirmed strains and technical reports.
Process development and optimization. From lab-scale proof to pilot-scale production parameters.
Characterization, stability testing, and regulatory dossier preparation for submission.
Get answers to common questions about our environmental biotechnology solutions. our team for project-specific inquiries.
We have active programs in hydrocarbon degradation (petroleum, PAHs, BTEX), nutrient remediation, and emerging contaminants (PFAS, microplastics). Feasibility assessments combine bioinformatics with literature review.
Requirements vary by jurisdiction. In the US, EPA TSCA and state regulations apply. We prepare environmental risk assessments, containment strategies, and monitoring protocols for regulatory submissions.
We implement containment strategies including auxotrophy, genomic integration, self-limiting constructs, and kill switches selected based on deployment scenario requirements.
Yes, we have experience with thermophilic, halophilic, and psychrophilic strain engineering. Directed evolution enables strains for desert, marine, Arctic, and other challenging deployment environments.
Regulatory classification depends on your final product and modification approach. We can engineer strains using methods that may qualify for streamlined review (e.g., self-cloning, site-directed mutagenesis). Our regulatory team provides guidance on EPA TSCA (Toxic Substances Control Act), RCRA (Resource Conservation and Recovery Act), and Environmental Risk Assessment (ERA) requirements for field trials during the project design phase to ensure your strain aligns with your intended regulatory pathway.
Get a customized quote for your Environment project. Our experts will respond within 24 hours.
CD Biosynsis is a leading customer-focused biotechnology company dedicated to providing high-quality products, comprehensive service packages, and tailored solutions to support and facilitate the applications of synthetic biology in a wide range of areas.