New technology for drinking-water production
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 influence of sunlight. Therefore, this results in a scheme of producing drinking-water from salt water
Vegan leather for sustainable fashion
Mankind has known leather for about seven thousand years, now. Leather is durable and versatile. And biodegradable. But it is produced as a by-product of the meat industry, in a process with much environmental pollution. So here’s the good news for vegans: leather-like materials (vegan leather) can be made from mushroom mycelium. With comparable properties
Energy autarky more difficult than expected
The Dutch Wadden islands aimed to attain energy autarky in 2020. They fail to reach that target. For in order to do this, energy production and consumption don’t just need to match over a year; they also need to match continually, whereas both production and consumption vary considerably over time. That is difficult to achieve.
EASAC: burning biomass often doesn’t reduce CO2 emissions
The European Academies’ Science Advisory Council (EASAC) urges the European Commission to base its carbon accounting on science and the real effects on climate. The present accounting rules favour energy from biomass. Whereas often, burning biomass doesn’t lower CO2 emissions at all. EASAC suggests a standard based on real emission reductions within 10 years. This
Battery recycling: we need to step it up
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 even how to retrieve the valuable materials this heap contains. We need to step up
Battery technology in fast development
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 the battery would far outlive the car and could have a second and third life.
Performance and sustainability, drivers of demand for biobased chemicals
‘Biobased materials and chemicals are driven by performance,’ we wrote in 2016. They do not compete primarily on cost, but on the new functionalities they offer. Now, in the middle of record low oil prices, this principle receives support from an article in Chemical and Engineering News, CEN. They highlight three companies whose biobased chemicals
Food loss and waste to be reduced by better management and new technologies
Food loss and waste currently causes an estimated $1 trillion in economic losses globally each year, according to Lux Research, a Boston-based tech and advisory company. This constitutes not just an economic crisis but also a major humanitarian one. It has led the United Nations to set a goal of reducing global food loss and
