Last month, Chemical and Engineering News devoted an article to biobased aromatics: aromatic compounds derived from biobased resources. Much is going on here. This developing sector holds the promise that it will be able to produce aromatic compounds cheaper than … Read more
Plastics in the Circular Economy are hot. The last EFIB-conference in October 2019 featured a track dedicated to ‘The future of plastics’. The last edition of Dutch magazine Agro&Chemie also featured an article on bio-plastics. And the recently announced European … Read more
During a workshop at the latest European Forum on Industrial Biotechnology (EFIB) in Brussels, the BBI JU funded ReSolve-project introduced a number of newly developed, less hazardous, viable bio-based renewable solvents. These new solvent molecules proved to have better performance … Read more
Once upon a time, energy from biomass like wood, manure, whale oil and other sources was the primary supplier of heat, light and food processing. If we should like to contain climate change effectively, would we have to return to … Read more
Evolved by Nature has developed pure liquid silk; properly speaking: silk in solution. This substance will enable yarns to be covered with silk. They will then have the properties that lend such an exquisite quality to silk: soft on the … Read more
This month, NNFCC’s newsletter highlighted the launch of two biobased leather products. Isn’t all leather biobased then? Yes, but here we mean leather of vegetable origin. The synthetic leather market amounted to $ 26 billion in 2018 and is still … Read more
In Asia, banana leaves were always used for food packaging. But they quickly deteriorate. They have been overtaken by plastics, that now often clog the waterways and pollute the oceans. An young Indian inventor has managed to process banana leaves … Read more
The bioeconomy may be dominated by plant-based processes, but the role of animals in the bioeconomy is also notable. This article was first published on the site of NNFCC. In the bioeconomy, we are well-used to processes involving plants. In … Read more
The strongest natural material ever found is part of, surprisingly, a mollusc. Its name is Patella vulgata, or in everyday language, the common limpet. An edible sea snail found all around European coasts. The material in question is part of … Read more
Fish farming is increasingly important. More than half of the fish consumed by mankind is farmed fish already, and its share is on the rise. Without fish farming, we would not be able to consume our average diet of 20 … Read more
Bitumen is a by-product of oil production and is used to bind the surfaces of paved roads. Some researchers, concerned about its environmental impacts and future supply if petroleum refining slows down, have started to develop alternatives: bio-bitumen. An alternative … Read more
In comparison to wood, tree bark is a very versatile resource. It consists of several layers, each with their products. It contains anti-microbial and anti-oxidant compounds that could be used as preservatives. Prospective medicines and flavourings. Raw materials for adhesives, … Read more
Eco-friendly personal care is one of the topics in the coming BIO World Congress on Industrial Biotechnology in Des Moines, Iowa, July 8-11. Other topics include of course biotechnology and genetic modification, and the future of agriculture. Organized by BIO, … Read more
Medical and recreational cannabis is becoming big business, according to Lux Research, a Boston-based international research company. The size of the cannabis market in the Americas is $ 12 billion now, and is expected to grow 15% p.a. over the … Read more
GreenTech 2019 is the major horticultural fair, to be held June 11-13 in Amsterdam. As they say themselves: ‘GreenTech 2019 brings people and technology together to increase growth, productivity, sustainability, inspiration and pleasure in horticulture. Because we believe that improvement and innovation … Read more
Through biosolar cells, researchers try to improve photosynthesis, the process through which plants, algae and some bacteria capture sunlight. The product of such ‘artificial leaves’ is hydrogen for instance, that can be processed to fuels and chemicals, with CO2 and … Read more
The use of microalgae for water purification is not widespread. Yet, they are very well capable of doing so, says Paul Hamm. Twenty-five years ago, he was involved as an investor in water purification by microalgae. But he was too … Read more
The world runs into planetary boundaries, or has transgressed them already. The three main problems can all be alleviated by a more efficient agriculture. Being: emission of greenhouse gases, excess of nitrogen fertilization, and biodiversity loss. But we will only … Read more
In September 2018, the Dutch minister for agriculture Carola Schouten announced that circular agriculture will become her main policy goal. Circular agriculture, also known as low external input farming, is the model of the future. The minister intends to remove … Read more
Hydrogen has a high energy content (120-142.9 MJ/kg); it is a clean energy carrier and can replace fossil fuels. Hydrogen is already a fuel of choice for space programs; it guarantees environmental quality and mitigates climate change. However, the presently … Read more
Every year the European car industry uses around 80,000 tonnes of wood and plant fibres to reinforce composites, instead of synthetic fibres like glass and carbon fibre. Biocomposites have become increasingly popular with car manufacturers because they can reduce vehicle … Read more
Ever since mankind developed agriculture, we try to selectively breed plants in order to secure enough and good food. Our capabilities to purposely engineer plant genomes have increased a lot over the past few decades. There are many applications of … Read more
Why cannot we lift all barriers for the use of bioenergy? Because the energy sector is much larger than the food sector. The 20 billion tons of fossil fuels that mankind uses each year, is equivalent to 40 billion tons … Read more
To date, most 3D printed buildings have been built from concrete. Could 3D printed bioplastic be a more sustainable option? Additive manufacturing, or 3D printing, is a major part of the fourth industrial revolution and it will transform the construction … Read more
Since the turn of the century, there is a discussion raging on the limits to biomass use for energy purposes, in order to control man-made CO2 emissions. After having been greeted with enthusiasm at first, bioenergy is now met with … Read more
If business site Forbes devotes attention to a subject as esoteric as healthy soils, we know that there will be business in it. As science has discovered the importance of the soil microbiome, this intricate ecosystem of microorganisms around plants’ … Read more
Food security is becoming an important issue even in Europe, where this year’s summer drought has led to significant crop failures. How can future food security be guaranteed in times of climate change? Are digitisation, robotization, biostimulants medium and long-term … Read more
The world needs to start purposely to restructure chemical industry in such a way that it is based on renewable carbon instead of fossil fuels, says nova-Institute in its latest position paper. Chemical industry cannot ‘decarbonize’ as the energy sector … Read more
Driven by government regulations and concerns regarding environmental preservation and depletion of natural resources, the bio-based solvents industry has faced an exponential rise in demand and a push towards the development of innovative green solutions. These solvents, among which bio-acetone … Read more
Among the wonderful new materials with unexpected properties that will change our world is microcrystalline cellulose. I got a new perspective on it through the lecture of Stéphane Laurent at the Siñal exhibition in Châlons-en-Champagne, end May. Microcrystalline cellulose (MCC) … Read more
Companies around the globe are building the biobased economy as they commercialize renewable chemicals and biobased products. Collectively, their progress has reached a tipping point for accelerated growth in the 21st century. Governments and policy makers can unleash this growth … Read more
Many universities and innovative companies are looking for new ways to close the future protein gap for food and feed, and cover future protein demand on a sustainable basis. German nova-Institute compiled an overview of the latest developments. Nova-Institute organizes … Read more
The strongest biomaterial ever has been assembled recently by Swedish, American and German researchers; it consists of cellulose, properly speaking of carefully parallel oriented cellulose nanofibrils (CNFs). The material is stronger than steel, even stronger than spider silk, regarded as … Read more
A new sustainable initiative in Bristol, in the UK, uses bio-based materials to face the need for additional and affordable housing supply: bio homes. Bristol is at the forefront of high-tech innovation in the UK, and was the European green … Read more
At first glance, World Bio Markets in Amsterdam appeared to be another one of those biobased conferences with little news. There were speeches that told us how well companies were doing, whilst only few breakthroughs or research developments were presented. … Read more
Dealing with hospital waste can be a logistical nightmare. But some believe that if medical centres switched to bio-based and biodegradable disposable products, they could simplify their waste management and see other benefits, such as a lower carbon footprint and … Read more
Omega-3 fatty acids have attracted a lot of attention from protagonists of healthy diets, and from the food industry as well – view their ads. Fatty fish like salmon and sardines are important natural suppliers of these substances to the … Read more
The 13th Material Xperience, ‘the world’s largest multisectoral materials exhibition’, will take place 13-15 March in Ahoy, Rotterdam. Tuned towards materials innovation, it will show materials in six categories: architecture, interior, fashion & workwear, product, mobility and graphic & packaging. … Read more
The ecological properties of hemp makes it one of the types of insulation used in construction with the lowest carbon emissions footprint. A relatively recent interest in hemp as a building material responds to a global trend that encourages the … Read more
After an initial period in which ideas went in all directions, proponents of seaweed (macro-algae) in the bio-economy have now set down to the painstaking work of developing and fine-tuning their technologies. Single-product facilities, like for the production of biogas … Read more
Whereas the two companies discussed in this series so far use fermentation technology to imitate silk, the American company Kraig Biocraft Laboratories uses the old workhorse, the silkworm. They introduced spider genes into the silkworm in order to arrive at … Read more
Spider silk combines properties that are very difficult to achieve for man-made materials. It is claimed to be 340 times stronger than steel; we are also told that a net woven from spider silk threads 1 cm thick would be … Read more
For a long time, silk has figured as a proverbial example of nature’s skills: strong and breathable, and soft to the skin as no man-made material could achieve. But we are about to cross this border: artificial silk has been … Read more
The impact of mineral, fossil and agricultural assets as a weapon in international politics will gradually become smaller, we concluded in three articles. Substitution of critical materials and the development of new technologies play a crucial role in this process. … Read more
The COSMOS Horizon 2020 EU research project aims at reducing the dependence of Europe’s oleochemical industry on imported tropical vegetable oils. It now imports much coconut, palm, palm kernel and castor oil for the production of products like plastics, detergents … Read more
3D printing has the future. It will change the way in which we produce objects – maybe much less in factories and much more in shops around the corner. But so far, biobased materials have been difficult to 3D print. … Read more
Nano3Bio is the name of an EU-funded program that investigated production and properties of chitosan, a promising biobased material. Recently the consortium held its final conference in Hyderabad, India. Chitosan holds important promises for medicine, agriculture, cosmetics and other industries … Read more
Bio-based park benches in Bergen op Zoom were in the news during the first week of September. The initiative to acquire eleven bio-based benches, constructed from a composite of lightweight concrete with fibres of elephant grass, came from the Bergen … Read more
Researchers of the University of Bath (UK) and ModCell Ltd have developed straw as a low-impact and viable modern building material. As they say, ‘our research has made affordable, environmentally-friendly houses a reality. The first super-insulated, low-carbon straw houses are … Read more
Vredestein showed a prototype of its Fortezza Flower Power at the Eurobike exhibition in Friedrichshafen in August. This innovative road tyre is made of dandelion rubber. The prototype is the result of a EU joint initiative in which KeyGene, Vredestein … Read more