Maintaining the balance between floods and droughts.
Provide constant electrical energy independent of the weather as pumped storage power plants.
But unlike anything that has happened since the discovery of America, this change should not be at the expense of nature and its inhabitants, but in favour of natural resources. In the spirit of quantum renewal, for the benefit of all and not just a few speculators, for whom there is usually only a kitschy, ostentatious design. In a way that is mostly irreversible because it is subordinated to a short-sighted profit motive.
The pictures are just examples of what is possible, especially in the countries along and near the equator. Always with careful consideration of the topography, climate and type of landscape. Especially in places where there are still uninhabitable landscapes with a lot of potential for sensible use, which as a side effect can also do a lot for the quality of life in a wonderful environment. In a symbiotic relationship and not in an exploitative relationship where there is only one winner. So-called „locusts“, who mostly leave scorched earth in their wake and whose behaviour encourages the outbreak of wars that are a natural consequence of disregarding what they are trying to achieve at the same time. Because it must be constantly renewed in order to generate more and more profit.
The aim should be to create something that constantly renews itself through quantum effects. The side effect: through precisely metered water management that enables a constant balance between high and low water. This also recognises the need to maintain sufficient dry areas, which are just as important for a balanced climate as the creation of wetlands. There is considerable scope here for water replenishment or abstraction. The latter can take place where, for example, a near-surface terminal is available at the optimum location in the entire reservoir area. The extracted water can be returned to the sea and used to produce hydrogen, for example. Fresh water produced from seawater can be fed in anywhere in the upper reaches of the reservoir. This makes it possible to use the lake continuously to generate electricity without having to worry about it ever drying up.
Cleaning the ocean waters.
Even if the proposed system is not designed for the purpose of cleaning ocean water, I can still see ways of combining the pleasant with the useful.
For example, if heavily polluted water is available as the only source medium, as in our Baltic Sea, this disadvantage could be overcome by a few additional processes.
Coarse pre-cleaning in the container filling plants removes the visible impurities. At the end of the distillation process, a high salt content remains, which is normally discharged back into the sea as brine to the detriment of the environment.
It has now been shown that salt in seawater is heavily contaminated with microplastics.
However, as salt has a much higher melting point than any other conceivable substance, it can be removed by incineration, leaving only pure salt that can be used commercially. (There is even an interesting example where salt pressed into bamboo is burned up to 9 times at temperatures of 800 – 1,850 to be sold at a high price as bamboo salt, although there is no evidence that such evidence that such salt has any benefits).
The remaining coarse dirt particles can be taken in separate containers to the appropriate waste incineration plant. If new plants have to be built due to the high demand, the construction of the Copenhagen plant, which has been in the media spotlight because of the ski slope on the roof.
In my opinion, seas such as the North Sea and the Baltic Sea can also be brought back into ecological balance in the long term. The additional costs involved should be worth it if society is to assume its responsibility for a functioning ecosystem. However, the ocean currents should be closely monitored in order to find the optimal extraction points.
Translated with DeepL.com (free version)
- Quantenerneuerung: Die Seite spricht über eine nachhaltige Neugestaltung unseres Planeten, die nicht auf Kosten der Natur geht, sondern ihre Ressourcen schützt.
- Ausgewogene Nutzung: Es wird betont, dass die Nutzung von Land in Äquatornähe sorgfältig unter Berücksichtigung von Topografie und Klima erfolgen sollte1.
- Symbiose statt Ausbeutung: Die Idee ist, eine harmonische Koexistenz zu fördern, anstatt einseitige Gewinner und Verlierer zu schaffen.
- Wassermanagement: Ein ausgeklügeltes Wassermanagement soll einen Ausgleich zwischen Hoch- und Niedrigwasser schaffen und so zum Klimaausgleich beitragen2.
- Einschließlich einer hocheffizienten militärischen Landesverteidigung, bei der unsere eigenen Truppen praktisch unsichtbar sind. Aber in Sekundenschnelle reagieren, wenn es darauf ankommt.
