Online Archive
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Articles
- Issue 06 | 2022
Cyanobacteria 101 – How to get from wastewater to PHB
PlastoCyan is a project developing an eco-innovative technology for the production of bioplastics in cyanobacteria that uses nutrients from municipal wastewater and wastewater from the dairy ... - Issue 06 | 2022
Steel mill gases transformed into bioplastic
Recently, a Korea-Spain joint research team recreated bioplastic from wasted by-products from gas fermentation from steel mills. - Issue 06 | 2022
Enzymes to boost plastic sustainability
The power of evolved ancestral enzymes and biotechnology - Issue 06 | 2022
Cobalt-based catalysts for chemical plastic recycling
The accumulation of plastic waste in the oceans, soil, and even in our bodies is one of the major pollution issues of modern times, with over five billion tonnes disposed of so far. Despite major ... - Issue 05 | 2022
Bioplastics IN SPACE
Combining high strength with low weight, corrosion-resistant, and shapable into almost any form, composite materials are a key ingredient of modern life: employed everywhere from aviation to civil ... - Issue 05 | 2022
Biopolymers – Materials, Properties, Sustainability
Joint project planned for November 2022 - Issue 05 | 2022
Print, recycle, repeat – biodegradable printed circuits
A Berkeley Lab-led research team has developed a fully recyclable and biodegradable printed circuit. The advance could divert wearable devices and other flexible electronics from landfill, and ... - Issue 05 | 2022
Wheat gluten based bioplastic in construction
The energy released by the construction industries increases year after year, raising concerns about growing CO2 emissions. It is worth noting that the construction industry is responsible for 23 % ... - Issue 04 | 2022
Industrial starch struck gold ... Yukon Gold
Genetic engineering of potato starch opens doors to industrial uses - Issue 04 | 2022
Biodegradation of plastic waste in marine and aquatic environments
Marine litter is a serious problem for our seas and oceans and the intense use of plastic has made this substance one of the biggest ocean polluters. Some of the reasons why plastic materials are so ... - Issue 03 | 2022
Earthworm diet PLA vs. PET
Earthworms are a welcome sight for gardeners and farmers because the wriggling invertebrates recycle nutrients from soil, making them more accessible to plants. As worms burrow, they consume almost ... - Issue 02 | 2022
Melt spinning of CO2-based thermoplastic polyurethanes
An environmentally friendly approach for the production of elastic yarns - Issue 06 | 2021
Biobased polymers to fertilizers
B ioplastics can be chemically recycled into nitrogen-rich fertilizers in a facile and environmentally friendly way, as recently demonstrated by scientists from the Tokyo Institute of Technology ... - Issue 06 | 2021
Clean-up ships fuelled by garbage
Millions of tonnes of synthetic plastics are released to the environment each year. Of this, a fraction ends up in one of several oceanic gyres, natural locations where the currents tend to ... - Issue 04 | 2021
It depends where it ends
How biodegradable plastics perform in the marine environment - Issue 02 | 2021
The polymer of squares
As the planet’s burden of rubber and plastic rises unabated, scientists look to the promise of closed-loop recycling to reduce trash. Researchers in the Chirik Lab, Department of Chemistry at ... - Issue 01 | 2021
New strain of bacteria could make PHB more affordable
The United States generates a colossal seven million tonnes of sewage sludge annually, enough to fill 2,500 Olympic-sized swimming pools. While a portion of this waste is repurposed for manure and ... - Issue 06 | 2020
New findings about the plastic eating caterpillars
They seem not to biodegrade plastics – however more research needed - Issue 03 | 2020
Added-value biobased products from municipal solid waste
Organic fraction of municipal solid waste: a potential source of chemicals and biobased products - Issue 03 | 2020
Biodegradability of microcapsules
I n many areas of life, petroleum-based plastics are being replaced with biobased and biodegradable plastics. This also applies to microcapsules, which are used, for example, to encapsulate ... - Issue 02 | 2020
Alternative composites for marine applications
There is a growing demand for composites for applications in a marine environment due to the growing markets for fish and seaweed farming, energy harvesting, boats, pontoons, anchoring and buoy ... - Issue 02 | 2020
Waste to plastic by enzymes and bacteria
From plastic waste to PHA using enzymes and the bacterium P. putida - Issue 06 | 2018
Compostable plastics’ behaviour in different environmental conditions
Compostable polymers are increasingly found in applications such as packaging, disposable nonwovens and hygiene products, consumer goods and agricultural products. A wide variety of compostable ... - Issue 06 | 2018
New method for high yield FDCS production
enables large-scale production of bio-based plastic bottles