Almost all of those videos are real. You can in fact quite easily identify most areas down to a few 100s of km just from the surrounding nature. It takes some practice but it is for example very easy to learn which continent the nature is in. The videos you see on social media is also of course the best case out of 100s of games.
The carbon removal plant in the picture is from climeworks where you can subscribe to carbon removal, if anyone is interested. Cost about $1000 per tonne https://climeworks.com/roadmap/orca
Thanks for posting this, I just subscribed. They should include a way to invite others to check it out, send personalized invites to the emails I enter.
I used Google calendar to send free SMS to myself with information about my services running on my raspberry pi. Each service had a future calendar entry with SMS reminder. Under normal operation the service would move the entry forward in time. If it had crashed, I got a SMS.
Sweden is actually the first country to build such an plant. Att the moment it is mostly testing plants but the real ones will be built soon. https://www.hybritdevelopment.com/
In the 1950's Norway had a pilot plant that made iron by electrowinning sulfide iron ore. Which was a waste product from copper mining. Used a low temperature wet cell. And the steel industry was perfectly happy to take their small production runs.
From memory efficiency was 4.5kwh/kg. At 12 cents/kwh that's $0.50/kg.
Seems like a better idea to do that than to pretend hydrogen is 'green'.
You need about 54kg of hydrogen per ton of iron. Assuming it takes 50 kWh of energy to make 1 kg of hydrogen, you get something like 2.7 kWh per kg of iron. This is significantly more energy efficient than the idea you're proposing.
Maybe the last part should also be included? The last reply is "yes, but I will write a pm about it". This is the answer to the statement about there being two interigations if she creates a new one.
