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PART 6: How can new countries join the global economy with sustainable industry?
Such considerations are not futile in all desert regions. Modern technologies (keyword: solar power in combination with large-scale sun shading equipment) would, in principle, be possible to implement now. With minimal capital, the maximum return could be made. Such investments would be sustainable, particularly when you consider the various side benefits such as reforestation, revegetation, increased diversity and, last but not least, additional habitats. There are still und

Stirnrunzler
Nov 161 min read


PART 1: How can new countries join the global economy with sustainable industry?
Such considerations are not futile in all desert regions. Modern technologies (keyword: solar power in combination with large-scale sun shading equipment) would, in principle, be possible to implement now. With minimal capital, the maximum return could be made. Such investments would be sustainable, particularly when you consider the various side benefits such as reforestation, revegetation, increased diversity and, last but not least, additional habitats. There are still und

Stirnrunzler
Nov 161 min read


PART 9: How can algae use CO2 for industrial purposes?
Heterotrophic bacteria such as Cupriavidus necator can already produce PHB bioplastic. These bacteria's energy source is the sugar obtained from crops. Cyanobacteria has a significant advantage in PHB production. To conclude, microalgae can fix sunlight and extract energy from it. As a result, PHB production is CO2-neutral. Heterotrophe Bakterien wie Cupriavidus necator können bereits PHB-Biokunststoff produzieren. Die Energiequelle dieser Bakterien ist der aus Pflanzen gewon

Stirnrunzler
Nov 151 min read


PART 8: How can algae use CO2 for industrial purposes?
Heterotrophic bacteria such as Cupriavidus necator can already produce PHB bioplastic. These bacteria's energy source is the sugar obtained from crops. Cyanobacteria has a significant advantage in PHB production. To conclude, microalgae can fix sunlight and extract energy from it. As a result, PHB production is CO2-neutral. Heterotrophe Bakterien wie Cupriavidus necator können bereits PHB-Biokunststoff produzieren. Die Energiequelle dieser Bakterien ist der aus Pflanzen gewon

Stirnrunzler
Nov 151 min read


Strategy meets sustainability 🌍
Precision and purpose drive progress. Discover our channels: 🌐 Blog: stirnrunzler.blog/eco-trade 🍃 Kickstarter: https://stirnrunzler.com/kickstarter 🏛️ Organisation: https://stirnrunzler.com/organisation-stirnrunzler

Stirnrunzler
Nov 151 min read

Our new book is being launched on Kickstarter.
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