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Top Emerging Bio-based Products, their Properties and Industrial Applications

Top Emerging Bio-based Products, their Properties and Industrial Applications

The top 20 innovative bio-based products in Europe

This brochure includes a set of infographics presenting the top 20 innovative bio-based products in Europe. Through an assessment of the active marketplace, EU-based development, innovation degree and market potential, the top 20 most innovative BBPs holding the greatest promise for commercial deployment within the next 5–10 years were identified. This selection includes engineering materials, new bioplastics, high added-value products for demanding applications in the pharmaceutical and biomedical fields as well as sustainable substitutes for critical raw materials. The brochure is available for download.

The 20 case studies were part of a study that mapped the most relevant value chains currently under development that originate from different kinds of large-volume biomass components (natural rubber, vegetable fibres, lignin, renewable oils and fats) and low-volume high-value (LVHV) biomass components (terpenes, natural polyelectrolytes) as well as urban wastes.

More than 100 innovative BBPs were monitored; lignin was found to generate the highest number of innovative products, together with terpenes and urban wastes. More than 30 innovative BBPs are approaching full availability on the market, and more than 20 products are now at the pilot plant level.

This study was performed for the European Commission's DG for Research & Innovation under the framework of the BIOSPRI tender "Study on support to R&I policy in the area of bio-based products (BBPs) and services".


Citation

Ecologic Institute 2018: Top Emerging Bio-based Products, their Properties and Industrial Applications. Berlin.

Language
English
Credits

Authors & Editors:
Paola Fabbri, University of Bologna
Davide Viaggi, University of Bologna
Fabrizio Cavani, University of Bologna
Lorenzo Bertin, University of Bologna
Melania Michetti, University of Bologna
Erika Carnevale, University of Bologna
Juliana Velasquez Ochoa, University of Bologna
Gonzalo Agustin Martinez, University of Bologna
Micaela Degli Esposti, University of Bologna
Piret Kukk Fischer, Fraunhofer ISI
Sven Wydra, Fraunhofer ISI
Alexander Schwarz, Fraunhofer ISI
Frank Marscheider-Weidemann, Fraunhofer ISI

Layout:
Beáta Welk Vargová, Ecologic Institute

Coordination:
Paola Fabbri, University of Bologna
Piret Kukk Fischer, Fraunhofer ISI
Chiara Mazzetti, Ecologic Institute

Funding
Publisher
Year
2018
Dimension
28 pp.
Project ID
3513
Table of Contents

Abstract
Introduction
1 | Guayule Rubber
2 | Microfibrillated cellulose
3 | Thermoplastic biopolymers reinforced with natural fibres
4 | Natural fibres reinforced bioresin pre-pregs
5 | Self-binding composite non-woven natural fibres
6 | Lignin biocomposites reinforced with natural fibres
7 | High-purity lignin
8 | Lignin-based carbon nanofibres
9 | Lignin bio-oil
10 | Lignin-based phenolic resins
11 | BioBTX aromatics
12 | Bio-based phenol and alkylphenols
13 | Bio-based polyamide 12
14 | Biolubricants
15 | PHAs from renewable oils and fats
16 | Limonene-based engineering polymers
16 | Bacterial biosurfactants
18 | Biotechnological chitosan
19 | PHAs from urban wastes
20 | Volatile fatty acids (VFAs) mixture

Keywords
Bioeconomy, bio-based products and processes, Europe, design, layout