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Bioeconomy, Biomass, Bioeconomy
Make it fun, make it easier: when games help learn the bioeconomyMake it fun, make it easier: when games help learn the bioeconomy
Make it fun, make it easier: when games help learn the bioeconomy
Put forty people in a room, all with a smartphone in their hand. Ask them to scan a QR code, redirecting to a set of questions like: “How much meat and eggs do you eat?” and “How often do you fly?” They will first start giggling, and speaking to each other to find their answers.
Organic by-product derived biochar, a greener option
Organic by-product derived biochar, a greener option
Biochar and compost are of interest to agriculture. Particularly, when it comes to meet the goal of reducing mineral fertilisers and chemicals use.
Grass as the new biofuel
Grass as the new biofuel
Grass could be used to produce biofuels. The advantage of using grass crops is that they can be grown in marginal lands that would otherwise not be used .
Edward Soméus – when animal waste provides greener fertilisers
Edward Soméus – when animal waste provides greener fertilisers
The Swedish environmental engineer Edward Soméus invented in the early ’80s a CO 2 free technology, abiding by the 3R principles: Recycle-Reduce-Reuse, to manufacture a natural fertiliser called biochar .
Biogas from animal waste in need of maturity
Biogas from animal waste in need of maturity
Livestock produces a lot of waste. One solution is to turn such agricultural waste into biogas to generate energy .  It requires using so-called anaerobic digestion, which consists in breaking down biodegradable material in the absence of oxygen.
Biomass bonanza as plastics’ raw materials
Biomass bonanza as plastics’ raw materials
Increasingly, many of the plastic products we use every day are no longer based on petroleum raw material . Instead, they are made from biomass such as starch, sugar, corn and other sources that also happen to be food products.