In Europe, most people seem to have lost their belief in improvement. A concept of dreamers. But improvement takes place all the time; and the odd thing about this is that many improvements are swift and fundamental in nature, but … Read more
The solutions are here!, talking about major global problems. Solutions that exist already but are not generally applied. Or that are under severe and undeserved attack and therefore receive insufficient support. We have in mind: renewable energy and energy storage, … Read more
Researchers at Monash University in Melbourne, Australia, have developed a new technology for drinking-water production. They use metal-organic frameworks (MOFs) that remove ions dissolved in salt or brackish water, producing potable water. The MOFs can be regenerated quickly, under the … Read more
Battery recycling is an area long neglected by battery producers. Performance and cost were much more important. So now we are stuck with a rapidly growing heap of worn-out batteries of which we don’t know how to treat it. Or … Read more
Much excitement in the universe of battery technology. Battery storage is rapidly growing world-wide, important for the energy transition. Batteries are improving and their costs are falling, all the time. And the million-mile battery might be coming soon. Meaning that … Read more
Biobased Press published its manifesto ‘Waltzing with Nature’ on May 1, 2020. In this manifesto, we testify to the importance of science for solving mankind’s major global problems. Like global heating, plastic littering everywhere, insect decline, nutritional diseases because … Read more
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
As plastic waste can now be found in the remotest areas of the Earth, plastic recycling becomes urgent. We know that biodegradable plastics are a niche solution, so we need to organize and implement recycling of non-degradable plastics fast now. … Read more
Brexit and The Wall not only generate news. These issues also provide for interesting comments that ultimately can apply to other, or much broader, areas like the bio-economy. Where continuous development is hampered by risk aversion, learning to identify and … Read more
‘Again and again, new products fascinate us: the smartphone, the airplane wing that can be glued, new medicines,’ says Ton Schoot Uiterkamp, ‘but we do not think in terms of chains and generally ignore the indirect effects of these inventions. … Read more
BiofuelsDigest, the world’s most widely read biofuels daily, as they proudly claim, concluded in May this year that ‘The pace of invention and change is just too strong … to highlight annual or even quarterly or monthly rankings and summaries … Read more
Imitating nature’s engineering secrets at the nanoscale could lead to a host of useful applications, like energy saving materials. Biomimicry, also called bionics, uses structures found in nature to solve everyday problems. A well-known example is the Velcro strip, which … Read more
Every year, around a billion scrap tyres reach the end of their useful lives around the world. Many of these end-of-life tyres end up clogging landfills, providing breeding grounds for pests and becoming a threat to the environment. With innovative … Read more
Last January, the news that a Chinese team of scientists had cloned macaque monkeys drew a lot of attention. Discussion was quick – too quick – to focus on the question if cloning monkeys could lead to cloning humans. But … Read more
The solar industry is in turmoil. The price of solar panels falls continuously and each year demand grows by 30%. This poses a major challenge to an industry that is quite sizeable already, with an expected turnover of some $ … Read more
Solar energy (photovoltaics, PV) is no longer that cute but hardly relevant technology of energy supply – it will evolve into the basis of our entire energy system. The world will have to take another look on PV: adapt itself … Read more
Bio-waste is problematic from two sides. It may be a problem to dispose of it, and it represents an unused value. In a world where ‘there is no such thing as waste’, it should be valorised. That is: upgraded in … Read more
Mankind will have to grow more food on less land, so Hidde Boersma and Joost van Kasteren argue in the recently published volume (in Dutch) Ecomodernism, Rethinking Green and Growth. Genetic modification will play a major role in this process. … Read more
The biobased and circular economy is coming nearer and nearer. Each year, new applications of biobased resources come to the market. Industry aims at using the whole crop, among others by valorisation of what used to be called waste streams. … Read more
Separation and purification are essential processes in the production of bio-based chemicals. This is challenging because bio-based compounds can only be manipulated under mild conditions. Scientists and engineers are trying to overcome these challenges and at the EFIB-event in Glasgow, … Read more
CocoPallet is a Dutch start-up that valorises the husk of the coconut to pallets for freight transport. Last month, Michiel Vos, founder and CTO of the company, was in Indonesia with a trade mission headed by Dutch prime minister Mark … Read more
The German start-up Susteen Technologies GmbH will come to the Netherlands with its thermocatalytic reforming process (TCR®), an improved pyrolysis technology. Its customers will locally transform various kinds of biomass into synthesis gas, charcoal and oil of diesel quality, to … Read more
At first there was just LanzaTech, about which we wrote four years ago. Now there are many others: Newlight Technologies, INEOS Bio, Mango Materials. Companies that develop gas fermentation, using gases like methane or syngas and processing them with microorganisms. … Read more
Cleantech might have a much better impact on the economy than just sustainable energy. In the large body of literature that investigates the economic effects of climate policy, most economists are on the pessimistic side; they assume that climate policy … Read more
In fifty years’ time, technology has changed from the bogeyman to the saviour of mankind. Large-scale and energy intensive processes used to be the pinnacle of technology, producing much collateral damage that was merrily cleaned up afterwards (it was all … Read more
Juiciness, that was the missing element in this week’s synthetic burger. But hopes are high. Within twenty years we will all have the opportunity to buy a burger that did not cost a cow’s life. However, we can do just … Read more
The price of crude oil has risen to a level at which it will transform the fuels landscape, says Lux Research, an American advisory group. In the United States, this process is accelerated by the emergence of cheap and abundant … Read more
Potatoes contain a lot of proteins. Up to two percent. Moreover, the potato contains its proteins in a special way, i.e. in an aqueous solution. AVEBE, the Dutch potato starch producer, recovers those proteins in a cold process; it separates … Read more
A room in the Chemical Lab of Groningen University (RUG) hosts a revolutionary test equipment. It produces bioBTX through chemical catalysis. This is a mixture of benzene, toluene and xylene, identical to the BTX produced from crude oil refinery. A … Read more
They were awarded many prizes for their innovative technology. New Zealand’s LanzaTech owns an entire fleet of bacteria, fit to process industrial waste gases and waste products directly into biofuels and chemical building blocks. Sean Simpson, the company’s CSO, highlights … Read more
‘Chinese concentrate in their research on four important areas: CO2-economy (of which artificial photosynthesis is a part), solar energy (PV), methanol, and artificial meat (proteins).’ According to Michael Carus, director, and Frabizio Sibilla, researcher at nova-Institut, at an Essen conference … Read more
Until quite recently, a few developments seemed to be clear, at least to the editors of this website. The economy would become more sustainable by finding alternatives for oil (over the peak), natural gas (source of international conflict), and coal … Read more
German Nova-institute released an interesting press release, August 15: ‘The next revolution: CO2 plus renewable energy can serve as a feedstock for fuels, chemicals and plastics’. According to Nova’s CO2 expert Dr. Fabrizio Sibilla, CO2 will produce many environmental gains, … Read more
Biobased PEF (polyethylene furanoate), the new feedstock for soft drink bottles (Coca Cola and Danone) is not only green, but also cheaper to produce than both fossil and drop-in green PET (polyethylene terephthalate). It also has better properties. Tom van … Read more
In the biobased economy, green chemistry will play an important role. But many aspects of it need further research and development. Almost all petrochemical technology will have to be adapted of even reinvented: separation and process technologies, catalysis, and analytical … Read more