This is logically efficient from a technical standpoint, but from a practical perspective is a terrible idea. You're only getting 2-2.5x th energy storage out of the process, but in return you're effectively requiring that the entire fluid system be isolated from the environment. Toxicity aside, you can't do anything with the fluid outside of the system. It's probably not something you want local fauna drinking, nor do you want even the slightest chance of this leaking into the local aquifers. I presume that, if it's not fully isolated, the fluid mix balance would have to be adjusted to offset evaporation of the water. And if the plant turns out not to be as great at you hoped hat do you do with the fluid?
Some numbers - a quick google says "According to Ofgem, the typical household in Britain uses approximately 2,900 kWh of electricity annually." I'm going to round that up to 8kWh/day. For a small village of, say, 1250 homes and a three day storage capacity, that's 30MWh. 1MJ (MWs) is 1000kg (one metric ton) stored at 100m - the upper end of this project. Since 3600 seconds per hour x 1MWs = 1 MWh, and we want 30, that's 1MT x 3600 x 30 = 108,000 Metric Tons of this high density liquid needed for a small project to put a 3 power day buffer in place for a town of 1250 houses. WTF are you going to do with 108,000 metric tons of high-density fluid if you decide is isn't working? Your reservoir would only need to be 25% bigger (wider, longer, and deeper/taller) to just do the whole thing with water and you wouldn't need to figure out how to get 3500 full size tanker trucks to transport it all away somewhere for a different project for for de-slurry processing.
Seriously, how can you possibly look at his history of dealings and not know, going in, he's going to screw you over / toss you under the bus the moment things get dicey.
Wow - this quote is about as close to having no regrets as you can get and still saying you'd choose differently.
Do I regret it?’ Well, I would probably put it this way. If I knew what I know now, which included all of the opportunity, energy it would take away from the core business I would have not entered [the agreement]
She basically said the money she was paid didn't improve her bottom line enough for the work involved. That's pretty darned far from "regret".
Huh - a data network that routes traffic around missing or blocked nodes. That sounds like an advanced project from some kind of Defense agency. Someone should patent it - an Interconnected Network; I'll bet it would be super popular. I wonder what they'd call it.
We do; I see them every year. Whether I'm travelling or just trying not to be sick (which costs me money since I don't get paid sick leave), knowing what is "out there" is pretty useful information. By the time flu vaccines start rolling out there's usually a round of articles on what the tri/quadvalent covers and the severity anticipated based on worldwide transmissions.
It would seem logical that Trump would want to demonstrate - once and for all in a court of law - that he is innocent of any wrongdoing as soon as possible so as to not have it hanging over him in the race. Mr. Smith is merely offering him that opportunity.
There is considerable overlap between the smartest AI and the dumbest humans. The concerns over bears and trash cans in US National Parks was ahead of its time.
Did someone say that my million dollar plane will cost another million dollars to operate? Oh noes, I can't...LOL - it's just money; I found 2 millions by raising the price of my apartments by $100 a month. Enjoy your new rent, proles!
A substantial fraction of their base is his cult now, and the Republicans know that they cannot win without his support. Ultimately they will bow to his will because the parts of the party which have not been utterly brainwashed realize that it is currently their only path to victory, no matter how distasteful that is.
This is logically efficient from a technical standpoint, but from a practical perspective is a terrible idea. You're only getting 2-2.5x th energy storage out of the process, but in return you're effectively requiring that the entire fluid system be isolated from the environment. Toxicity aside, you can't do anything with the fluid outside of the system. It's probably not something you want local fauna drinking, nor do you want even the slightest chance of this leaking into the local aquifers. I presume that, if it's not fully isolated, the fluid mix balance would have to be adjusted to offset evaporation of the water. And if the plant turns out not to be as great at you hoped hat do you do with the fluid?
Some numbers - a quick google says "According to Ofgem, the typical household in Britain uses approximately 2,900 kWh of electricity annually." I'm going to round that up to 8kWh/day. For a small village of, say, 1250 homes and a three day storage capacity, that's 30MWh. 1MJ (MWs) is 1000kg (one metric ton) stored at 100m - the upper end of this project. Since 3600 seconds per hour x 1MWs = 1 MWh, and we want 30, that's 1MT x 3600 x 30 = 108,000 Metric Tons of this high density liquid needed for a small project to put a 3 power day buffer in place for a town of 1250 houses. WTF are you going to do with 108,000 metric tons of high-density fluid if you decide is isn't working? Your reservoir would only need to be 25% bigger (wider, longer, and deeper/taller) to just do the whole thing with water and you wouldn't need to figure out how to get 3500 full size tanker trucks to transport it all away somewhere for a different project for for de-slurry processing.