Mechanical routes
Reinforcement, mixed layers, and repeated thermal processing limit recovered-material quality.
The Envalyx platform
Through BEAST, Envalyx integrates computational feedstock analysis, multi-enzyme system design and laboratory validation to develop a material-specific route from feedstock to target product.
System view
Material routes and target products
Route constraints
Why material-specific routes are needed
Chemical routes
Product separation, solvent recovery, and energy demand shape process performance.
Single-enzyme approaches
Heterogeneous streams combine multiple linkages, interfaces and separation steps that must be addressed within one development route.
Technical capabilities
Feedstock characterisation
Composition, physical form, variability, and required product specification.
Target chemistry mapping
Bond targets, additives, interfaces, and analytical baseline.
Biocatalytic process development
Matched multi-enzyme system, reaction conditions, and controls.
Product and residual-stream quantification
Product identity, yield, residual streams, and mass balance.
Platform extension
Additional routes
For partner-defined waste and side streams outside the current portfolio, we assess a defined conversion target and develop a matched biocatalytic route.
- Catalytic activity
- Conversion under a defined assay
- Operational stability
- Temperature, pH and solvent tolerance
- Reaction selectivity
- Substrate and product profile
- Process compatibility
- Reaction medium, substrate load and operating mode
Development inputs and outputs
Waste stream
- Representative waste sample
- Known composition and variability
- Operating constraints
Target product
- Product specification
- Purity and quality criteria
- Downstream requirements
Route outcome
- Target-product and residual-stream data
- Yield, composition, and mass balance
- Basis for further development
Validated routes can progress to scale-up, licensing, partner deployment or processing-capability planning.
Define a recovery target
Share the waste stream, target product, and known constraints.