Generation Z in Hungary is lagging behind the older generations in caring about the environment, with one third of surveyed Gen Zers dismissing the protection of the environment as unimportant and declining to recycle waste, according to a survey by online retail site Jófogás.
Source: bbj.hu
The UNECE region leads the world in producing, value-adding and transforming its natural resources for socio-economic consumption. However, these resources are often finite. Their production and consumption require enormous energy and other resource inputs, and lead to environmental degradation and increased vulnerability to climate change – effects that are compounded on the region’s increasingly urbanized populations. Transitioning to a more circular economy and sustainable use of natural resources is crucial for achieving the SDGs.
Environmental health experts at Flinders University are advancing research into a highly sustainable wastewater recycling program by developing a cost-effective way to harvest microalgal biomass for use in biofuels and other applications. The high-rate algal pond (HRAP) model, recycling wastewater at two regional South Australian locations at Kingston-on-Murray and Peterborough with support from the Flinders University research team, uses algae and bacteria to treat the wastewater.
Plastics can accelerate their contribution to the European Circular Economy objectives of reduced greenhouse gas emissions, higher resource effciency and job creation, according to a new report from EuPC and 4 other partners. ‘Plastics Strategic Research and Innovation Agenda in a Circular Economy’ was developed in cooperation with SusChem, the European Technology Platform for Sustainable Chemistry; CEFIC, the European Chemical Industry Council; PlasticsEurope; and ECP4, the European Composites, Plastics and Polymer Processing Platform. The report presents a shared vision, demonstrates how collaboration within the plastic value chain will be a driving force for change, and outlines the future research needs required to fulfil the objectives of the European Plastic Strategy. The technology solutions described are part of an integral approach to make the entire plastics production more circular. To achieve an overall increased circularity, the report identified a number of key factors: Design materials with enhanced separation and recycling properties, Design articles/products to encourage reuse, Develop repair solutions that extend the lifetime of plastic articles, Innovate advanced recycling technologies to increase the value retrieved from plastic waste, Incorporate alternative feedstocks in the production of plastics – feedstocks that take waste or by-products from other sectors and processes, such as biological feedstock from the agricultural industry, carbon-based feedstock from the chemical industry and chemical and secondary plastics from the plastic industry.
Read the full article at: waste-management-world.com
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