NanoVita's Technological Advantages

NanoVita aims to develop sustainable solutions for PET recycling processes using enzyme immobilization and magnetic recovery technologies.

01

Magnetic Recovery

The goal is for the enzyme carriers to be separated from the system and reused.

02

Immobilized Enzyme

The aim is to increase enzyme stability through the immobilization approach.

03

Low Energy Consumption

The aim is to develop more sustainable biological recycling processes.

04

Circular Economy

The aim is to convert PET waste into reusable monomer products.

NanoVita's Technological Advantages

NanoVita aims to develop sustainable solutions for PET recycling processes using enzyme immobilization and magnetic recovery technologies.

01

Magnetic Recovery

The goal is for the enzyme carriers to be separated from the system and reused.

02

Immobilized Enzyme

The aim is to increase enzyme stability through the immobilization approach.

03

Low Energy Consumption

The aim is to develop more sustainable biological recycling processes.

04

Circular Economy

The aim is to convert PET waste into reusable monomer products.

NanoVita's Technological Advantages

NanoVita aims to develop sustainable solutions for PET recycling processes using enzyme immobilization and magnetic recovery technologies.

01

Magnetic Recovery

The goal is for the enzyme carriers to be separated from the system and reused.

02

Immobilized Enzyme

The aim is to increase enzyme stability through the immobilization approach.

03

Low Energy Consumption

The aim is to develop more sustainable biological recycling processes.

04

Circular Economy

The aim is to convert PET waste into reusable monomer products.

NanoVita's Technological Advantages

Sustainable PET recycling processes are being targeted through immobilized enzyme and magnetic recovery technologies.

Magnetic Recovery

The goal is for the enzyme carriers to be separated from the system and reused.

Enzyme reusability

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Immobilized enzyme

The aim is to increase enzyme stability through the immobilization approach.

Low energy consumption process

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Low Energy Consumption

NanoVita’s biological approach aims for more sustainable systems compared to traditional recycling processes that require high temperatures.

More sustainable processes

Circular Economy Approach

It is intended to reuse resources by converting PET waste back into valuable monomer components.

Recycling PET waste

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