Nombre del autor:Venvirotech

Innovations in Bioplastic Applications: Beyond Packaging 1 - Clave Web

Innovations in Bioplastic Applications: Beyond Packaging

Packaging has been the main application of many bioplastics so far. Indeed around 1% of plastics that are produced get used in packaging. Currently, polyethylene and polypropylene dominate the packaging market. This is due to the fact that they are cheap and currently have superior performance in this application.  Bioplastics might compete better in other […]

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Bioplásticos y Economía Circular: Cerrando el Ciclo 3 - Clave Web

Bioplásticos y Economía Circular: Cerrando el Ciclo

La industria actual de bioplásticos Se prevé que la producción mundial de bioplásticos alcance los 6,3 millones de toneladas en 2027. Un aumento significativo de una capacidad de producción de 2,23 millones de toneladas a partir de 2022. Actualmente, los bioplásticos solo representan alrededor del 1% de la producción mundial de plásticos.  Además del estancamiento

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Bioplastics Expected to see Wider Applications in 3D printing in the Future 8 - Clave Web

Bioplastics Expected to see Wider Applications in 3D printing in the Future

The Benefits of 3D Printing   3D printing or additive manufacturing is receiving growing interest due to factors such as the design flexibility it allows, fast prototyping, and the potential for broader application of bioplastics. 3D printing generally refers to a class of manufacturing techniques whereby an object is produced by printing materials in layers

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PHA Production by Bacteria 11 - Clave Web

PHA Production by Bacteria

PHA Production by Bacteria   PHA-producing bacteria accumulate PHA within their cell. For these bacteria, PHA serves as carbon and energy reserves. In a similar way, humans store glycogen and fat. However, these bacteria only produce PHA when it is required for them to do so. Therefore, the biotechnology of PHA production lies in the

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The Future of Bioplastics as a Sustainable Alternative to Reduce Plastic Pollution 13 - Clave Web

The Future of Bioplastics as a Sustainable Alternative to Reduce Plastic Pollution

The Plastic Pollution Problem   Between 1950 and 2017 an estimated 9.2 billion tonnes of plastic has been produced in the world. Approximately 7 billion tonnes of these plastics have become plastic waste still remaining in landfills or discarded elsewhere in the aquatic environment or land.  The plastics used today are predominantly nonbiodegradable plastics that

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El futuro de los bioplásticos como alternativa sostenible para reducir la contaminación plástica 14 - Clave Web

El futuro de los bioplásticos como alternativa sostenible para reducir la contaminación plástica

El problema de la contaminación plástica   Entre 1950 y 2017 se estima que se han producido  9.200 millones de toneladas de plástico en el mundo. Aproximadamente 7 mil millones de toneladas de estos plásticos se han convertido en desechos plásticos que aún permanecen en vertederos o se desechan en otros lugares del medio acuático

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Collaboration Projects 15 - Clave Web

Collaboration Projects

MAGAYA AEI 2022 Project   The objective of the project is the revalorization of magaya, a residue derived from the production of natural cider, by transforming it into a biopolymer that can be used in a new Additive Manufacturing process. In this way, the aim is to obtain a biodegradable material that can be used

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