Bio Base Europe Pilot Plant (BBEPP) is an independent, state-of-the-art facility that operates from laboratory level to multi-ton scale. Bio Base Europe Pilot Plant is a service provider for process development, scale-up and customised manufacturing of bio-based products and processes. A wide and flexible spectrum of modular unit operations combined with the experience of our highly competent engineers and technicians enables us to turn your biobased laboratory protocol into a viable industrial process.
It is a pleasure to share the latest news on the BioNanoPolys project, in which we have been working tirelessly to promote innovation in bio-based nanomaterials. A significant step has been taken this September with the start of the implementation of the six projects selected in the Open Call.
We are particularly pleased with the response we received to this call.
Our Open Innovation Test-Bed Bionanopolys aims at building a reference ecosystem for the upscaling of safe nano-enabled bio-based materials and polymer bionanocomposites for multifunctional and new advanced applications such as textiles, cosmetics, 3D printing, rigid and flexible packaging, foams, cellulosic fibres. As part of the management structure of the Ecosystem, the OITB partners have agreed to include an Advisory Board formed by up to 7 parties to support its strategic mission and business growth.
The Centre for Nanotechnology and Smart Materials – CeNTI – is a private, non-profit R&D institute in the north of Portugal with a multisectoral focus and cutting-edge technology. CeNTI’s participation in the BIONANOPOLYS project focuses, among other things, on the production of bionanoadditives, i.e. functional nanocapsules for the controlled release of active ingredients that can be used in various fields.
Pupils from the HBLA für Forstwirtschaft Bruck an der Mur did an internship at acib and describe their experiences in a blog post. They explored how to use wood to produce biopolymers, and gained some insights into the H2020 OITB project Bionanopolys.
Wood residues, straw and further agricultural wastes based on lignocellulose are excellent raw materials for the production of bionanomaterials. The raw material is physically pretreated (steam explosion) and enzymatically hydrolyzed to release the valuable sugar building blocks. The hydrolysate is subsequently used as a feedstock in fermentation processes to produce for example PHA (polyhydroxyalkanoates) or PLA (polylactic acid). PHA and PLA are compostable plastics and thereby the circle closes.
The formulations used to produce current foams in the market are mostly based on fossil-based polymers such as polyolefins, polystyrene, polyurethanes among others or even blends of them. They are also quite complex …
The 17 Sustainable Development Goals (SDG), defined by the UN in 2016, aim at securing the sustainable development globally in terms of economic growth, resource management, equality, ecosystem and the enhancement of resilience. The central topic of Bionanopolys, which is the safe and sustainable development of bio-based nanomaterials, perfectly fits into this Agenda 2030.
The analysis of compostability and recyclability is one of the services that are offered by the Bionanopolys team. For a sustainable approach it is important to characterize materials in terms of their biodegradation, disintegration behaviour and their compost quality.
Let’s ask Jordi Palau and Hector Torres from ITENE, who are our experts in this field:
Author: CIDAUT 3D printing technology is an additive manufacturing technique that has progressed significantly in the recent years. Some of the advantages of additive manufacturing include the possibility to manufacture free-form complex components that would otherwise be impossible to build with subtractive manufacturing processes. For example, 3D printing offers the possibility to make accurate and […]