In the future, we might not blow, mould or cast most of our materials, but grow them. That is, if we embrace mycelium, the ultimate biobased material: fully green, growing on any substrate (particularly on waste) and fully biodegradable. We … Read more
Nothing is wrong with bioenergy; something is wrong with the ambitions that its proponents have: bioenergy should save the climate. Because that ambition would require the production of biomass in amounts beyond the capabilities of agriculture and forestry; or else … Read more
‘Companies that consider the construction of a factory for biobased bulk chemicals, will have to consider Europe. Some years ago, this was quite different. Nobody even considered the option of going to Europe; the United States, Brazil and Thailand were … Read more
At EFIB, last October, the most brilliant lecture – in my humble opinion – was delivered by Johanna Buchert, a Finnish professor who works at VTT, the Technical Research Centre of Finland. She showed the vast range of products that … Read more
Insect biorefinery. Almost unimaginable, a few years ago. And yet, it is in full development. Its products will come to the market soon. The insect world will show us many surprising applications. The surprising world of insects Every now and … Read more
This is going to be another story than told so far about the development of a green chemical industry in Europe. So far, the news was mostly negative: too little and too late in comparison to other continents. This is … Read more
Europe should develop a more practical vision on its future sustainable industry, says Dirk Carrez. ‘We do not have to stretch ourselves to be as sustainable and as cost-effective as possible from the outset. Let us take our time for … Read more
Food supply should have absolute priority, no less so in a biobased economy. Says Rudy Rabbinge, emeritus professor in sustainable development and food security at Wageningen UR. That is why Rabbinge opposes biofuels from agriculture, but accepts biobased high-value products … Read more
In the future, wood fibres can be processed to be as strong as steel, or as soft as cotton. These wood fibres are biodegradable, but stronger than steel or aluminium per kilogram. KTH Royal Institute of Technology in Stockholm developed … Read more
A biobased industry should not copy petrochemical industry’s structure: that structure has been optimised for over a century, for this particular feedstock. In order to compete, the biobased industry should particularly be lean on materials flows: it should use all … Read more
If plans work out as projected, Sardinia’s new Matrìca plant in Porto Torres might show the way into a new industrial future for the whole of Europe. The Matrìca project, sized € 500 million, will turn the site of an … Read more
The Dutch agricultural sector has one major problem: an excess of manure production as a consequence of the large livestock population. Dutch livestock farming depends on major imports of soy and other crops for fodder production. ‘At the end of … Read more
Coffee-roasting house Peeze in Arnhem introduced the first fair-trade and climate-neutral coffee on the market, last month. In the production chain of this fair-trade coffee, CO2 emissions are first reduced as much as possible; the remaining emissions are compensated by … Read more
At EFIB, it was a surprise to me as a Dutchman, living in a country where agriculture is mainly about food crops, to learn that wood biorefinery is important in the developing biobased economy of the Nordic countries. As was … Read more
Flax and hemp are making a comeback. Many new products contain these fibres. ‘But the growth does not yet entail large volumes,’ says David Kasse, an agricultural engineer in the Dutch farmers’ association. Flax and hemp are as old as … Read more
Entering the hall of the Dutch potato cooperative AVEBE, one’s attention is immediately drawn to a large pane of stained glass, showing all products once produced from the potato, one hundred years ago. Building and pane belonged to ScholtenHonig, later … Read more
In the Northern provinces of the Netherlands, Ron (son) and Hein (father) Aberson have been pioneering with rapeseed for ten years; they try to establish an autarkic cooperation. SOS, Solar Oil Systems, is the name of the company, based in … Read more
Seaweed is on its way to become a serious hype, and a sustainable one. At the second international seaweed conference Seagriculture, in Den Helder and at the Wadden isle of Texel, the long red, green and brown strings even became … Read more
Plants contain many valuable compounds, even in parts usually discarded after the harvest. For instance, waste products from growing paprika (discarded fruit, leaves, binding materials) contain many carbohydrates, sugars and valuable micronutrients like colouring agents, vitamins and antioxidants. The Dutch … Read more
Synthetic and glass fibres have never completely substituted natural fibres. On the contrary, there is a growing interest for application of natural fibres in composite materials – biobased or not, biodegradable or not – and as an insulating construction material. … Read more
North-western Europe may become a feedstock supplier. Not a supplier of natural gas, but of sugar. A major opportunity for the chemical industry, and a possible breakthrough for the biobased economy. What has changed? North-western Europe has been producing sugar … Read more
Europe has the best feedstock for producing biopolymers, beet sugar, but instead aims at developing cellulosic crops. An example of Europe’s ineffectiveness. ‘A Southeast Asian delegation recently remarked to me: While Europe talks, we build,’ says Marc Verbruggen, CEO and … Read more
Use of biomass feedstock for chemicals and biofuels? The food/fuel discussion is very polarised. But a number of parties have come forward that seek a middle ground in this debate. They point out that industrial use of first generation (edible) … Read more
Biomass has a fundamental problem for use in the energy sector. There is not enough of it, and it is too expensive. Fossil industry emits 35 Gton CO2 around the globe each year. Agriculture captures 7 Gton CO2 per year. … Read more
‘Wood is competitive for heating purposes, the alternative being natural gas (at the retail price for residential heating) or fuel oil,’ says Zwier van Olst. ‘District heating is an excellent market for locally produced wood. Recently, we agreed on a … Read more
‘We should again valorise the entire potato.’ In one sentence, AVEBE’s ambition in the biobased economy. In order to realize this goal, the corporation has many ideas for opportunities in research. ‘More than we can finance. We will have to … Read more
For Cosun, the beet is exceptionally suited as a starting point in the bio-based economy. ‘The sugar beet has by far the highest yield in the Netherlands (and elsewhere), and carries the highest income to the farmer. Even algae do … Read more
RWE-daughter Essent is the main importer of biomass for energy purposes in the Netherlands. It has gone to great lengths to improve the sustainability of its imports, and in doing so has set the standards for biomass imports in the … Read more
In the landscape, differences between Niedersachsen and the Northern Netherlands are almost unnoticeable. On both sides of the border, biobased economy is in full development. A lot of research and talks take place in the Eems-Dollard regional association. Some important … Read more
We should take another view of grass, according to Grassa. Cows in meadows are beautiful, but grass contains too much proteins for the cow. Why not extract that excess first? Besides, grass contains many valuable substances like fibres and sugars, … Read more
‘Cows in the meadow in a real Frisian landscape will always be the subject of romanticism’, says Gjalt de Haan, ‘but the dairy farmer as the producer of milk as a sole product might change. In the Northern part of … Read more
Dutch Northern provinces could become the centre of algae production and technology. Algae contain proteins, fats and carbohydrates. For their growth they just need heat, carbon dioxide, and minerals from waste streams. Optimists claim that up to 20% of Dutch … Read more
In the biofuel debate, it important to distinguish first and second generation technologies. First generation technologies produce biofuel from edible feedstock like starch (from maize), sugar (from sugar cane) or rape seed oil. Second generation technologies produce biofuel from wood … Read more