Author name: DesarrolloWh

La Vanguardia - Venvirotech's Sustainable Solution: Growing Bacteria to Replace Plastics 1 - Benviro

La Vanguardia – Venvirotech’s Sustainable Solution: Growing Bacteria to Replace Plastics

News /

We are excited to announce that VEnvirotech has been featured in an article by La Vanguardia! The biotech company, which uses bacteria to transform organic waste into biodegradable plastic, has closed a record funding round of 11 million euros. The funding will allow us to scale up our pilot projects with companies such as Nestlé, […]

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Cadena SER - "Fattening Bacteria", the sustainable technique to replace plastic 2 - Benviro

Cadena SER – “Fattening Bacteria”, the sustainable technique to replace plastic

News /

We are very excited to share with all our readers that we recently recorded a podcast with Cadena Ser. In it, we explain how we are revolutionizing the world of biodegradable plastic through the technique of “fattening bacteria”. This process involves feeding bacteria with organic waste to obtain sustainable bioplastics. In just one day, our

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From Discarded Waste to Valuable Fibers and Minerals 3 - Benviro

From Discarded Waste to Valuable Fibers and Minerals

Bioplastics /

VEnvirotech Bioplastics Produced from Revalued Organic Waste   VEnvirotech uses innovative biotechnology to create biodegradable and biocompatible bioplastics using biological materials. The company has a patented technology to produce bioplastics from organic waste that has been developed for both pilot and large-scale production. Over the years, we have developed technologies to track waste pollution from

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Bioplastics formulation for Diverse Processing Technologies 4 - Benviro

Bioplastics formulation for Diverse Processing Technologies

Production /

Bioplastics Formulations for 3D printing, Injection Moulding, and Flexible Films Technologies   VEnvirotech specializes in the production of bioplastic formulations from organic waste. Our products are primarily base bioplastics incorporating bio-based additives from sustainable sources. Our base bioplastics are PHA as well as other bioplastics like PLA in varying blends for specific applications. In the

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3 Key Organic Waste Sources for Bioplastic Production 5 - Benviro

3 Key Organic Waste Sources for Bioplastic Production

Bioplastics /

Transforming Organic Waste into Raw Materials for Bioplastics Industry 3 Key Organic Waste Sources Around 46% of global solid waste comprises organic waste. Organic waste is a rich source of fats, proteins, polysaccharides, and minerals that are valuable raw materials for the bioplastic industry. VEnvirotech focuses on 3 key categories of waste for bioplastic production.

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Biotechnology to Achieve Sustainably Produced Bioplastics With Competitive Yield and Performance 12 - Benviro

Biotechnology to Achieve Sustainably Produced Bioplastics With Competitive Yield and Performance

Bioplastics /

The American Society for Testing and Materials (ASTM) defines bioplastics as “degradable plastics in which the degradation results from the action of naturally occurring microorganisms such as bacteria, fungi, and algae”. Examples are polylactic acid (PLA), polycaprolactone (PCL and polyhydroxyalkanoate (PHA).  Bio-based, biodegradable plastics have to compete with the highly efficient, controlled large-scale production of

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The Future of Bioplastics as a Sustainable Alternative to Reduce Plastic Pollution 16 - Benviro

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

Applications /

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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