Over the last 10 years, our software has been extensively trained against experimental data. Feel free to contact us to discuss your use case in more detail !
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/Logo-Polinivio-transparant-1-e1626268360125.png)
Over the last 10 years, our software has been extensively trained against experimental data. Feel free to contact us to discuss your use case in more detail !
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/UC-Composite-Materials-web.png)
Designing composite materials
Controlling the incorporation of every functional group
at any manufacturing scale
- curing
- minimization of nanoheterogeneities
- viscosity control
- chemical structure – macroscopic property relationships
- curing agent design
Effective drug delivery maximizing healing processes
3D insights for drug loading and release in polymeric matrices
- designing pharmacokinetics
- mapping drug-polymer-solvent interactions
- hydrogel macromolecular control
- tuning of molecular pore size distribution
- scale-up and transition to continuous operation
- controlling pH and thermo-responsiveness
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/UC-Pharma-Web.png)
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/Use-Case-Plastic-Recycling.jpg)
Plastic recycling
Bottom-up design of recycling plants
- depolymerization and polymer degradation
- blend and additive design
- energy savings
- raw material analysis
Engineering next-generation extrusion technology
Computer driven screening of extrusion process and design parameters
- screw design
- process intensification
- polymerization and recycling kinetics
- polymer modification and functionalization
- rheological control
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-Extrudor-Web-1.png)
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-Coatings-Web-1.png)
Providing sustainable coatings
Macromolecular engineering and tailoring of individual species
- comonomer formulation design
- feeding strategies
- energy savings
- production control
- VOC regulation
Supporting membrane technological progress
Molecular scale driven separation
- tuning polymer-penetrant interactions
- free volume and pore control
- morphology design
- reverse osmosis
- multi-objective optimization
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-RO-Membrane-Design-Web-1.png)
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/UC-Composite-Materials-web.png)
Designing composite materials
Controlling the incorporation of every functional group at any manufacturing scale
- curing
- minimization of nanoheterogeneities
- viscosity control
- chemical structure – macroscopic property relationships
- curing agent design
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/UC-Pharma-Web.png)
Effective drug delivery maximizing healing processes
3D insights for drug loading and release in polymeric matrices
- designing pharmacokinetics
- mapping drug-polymer-solvent interactions
- hydrogel macromolecular control
- tuning of molecular pore size distribution
- scale-up and transition to continuous operation
- controlling pH and thermo-responsiveness
![Alt Text](https://polinivo.com/wp-content/uploads/2021/07/Use-Case-Plastic-Recycling.jpg)
Plastic recycling
Bottom-up design of recycling plants
- depolymerization and polymer degradation
- blend and additive design
- energy savings
- raw material analysis
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-Extrudor-Web-1.png)
Engineering next-generation extrusion technology
Computer driven screening of extrusion process and design parameters
- screw design
- process intensification
- polymerization and recycling kinetics
- polymer modification and functionalization
- rheological control
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-Coatings-Web-1.png)
Providing sustainable coatings
Macromolecular engineering and tailoring of individual species
- comonomer formulation design
- feeding strategies
- energy savings
- production control
- VOC regulation
![Alt Text](https://polinivo.com/wp-content/uploads/2021/08/Polinivo-UC-RO-Membrane-Design-Web-1.png)
Supporting membrane technological progress
Molecular scale driven separation
- tuning polymer-penetrant interactions
- free volume and pore control
- morphology design
- reverse osmosis
- multi-objective optimization