Copyright 2022, PostScriptor
Emilia's excitement at new experiences was a real joy for me. And when we flew from Lima to Santiago in my private jet, it was another first for her, and she was just overflowing.
Alas, that had to end.
"Emilia, we have to talk," I said, "and we have to talk now, before we arrive in Chile.
"We are trying to get a major concession for The Trust to mine lithium. But we are competing with most of the major mining companies to get what is a limited number of operations that Chile will allow.
"I am working on the assumption that in Chile, the government, the people we will be dealing with, will bug our hotel rooms and even when we are not in meetings, they will have us surveiled. So we will not talk about anything of substance until I tell you it is safe for us to do so.
"Another thing, and one of the reasons I reached out to you (yes, I know, beyond the fact that you are beautiful,) is that your English is perfect, and with your light colored hair and skin tone, we will pass you off as a Norte Americano. While we will not deny your perfect Spanish, unless we are directly asked, we will not volunteer the information. So remember not to say anything in Spanish that would clue them in."
I handed her a bluetooth earphone that appeared to be one just like a million others, along with a phone that was already mated to the ear piece.
"You know what this is, right? Only it is more.
"There will be times when their negotiating team will back off to discuss our proposals. If they believe that we can't speak or understand Spanish, they will be more candid about their thoughts and opinions.
"There is a button on your phone," I showed her the button, "that will turn the earpiece into a powerful listening device. That way, as their team is strategizing, you can be listening to what they say, and when we are alone, you can let me know what they've said. Okay?"
"Okay, Kevin," she replied.
"Oh, and by the way, get used to calling me 'Mr. Walker'. As a lover, you would call me Kevin; as my personal assistant, you wouldn't be so casual. Got it?"
"Yes, Mr. Walker," she replied with a grin.
I smiled back at her.
For the rest of the flight, I was giving her a tutorial on the facts about lithium mining in Chile, which is NOT done the same way, for example, as in Australia. And how I thought we could stand out as different from the other competitor vying for the same area.
You have to understand that while the wealthy parts of the world think they are saving the planet by moving to electrical systems powered by batteries, they are ignoring the environmental damage that is merely being moved upstream in the process. Lithium is an example.
In Chile, there is a salt-water aquifer that contains lithium. They don't really 'mine' the lithium, they pump up this mixture into shallow ponds, called 'solers' and allow the water to evaporate in the sun. Then they scrape off the white powder on the top β the lithium β and it goes from there off for processing.
The concern is, that while the locals couldn't use the salt water for agriculture or for human consumption, they are worried (rightly so) that as the salt water is pumped out, fresh water from nearby sources may start seeping in, reducing the already limited amount of fresh water.
What I was going to offer the Chilean government was, The Trust would contract with the same Israeli company that I was already in touch with, to build and operate a mega-sized desalination plant on the coast, and work with the government to distribute the water into those areas where they feared the loss of fresh water.
In exchange, we would get the 200,000-acre (a very small part of the total Lithium mining area) concession that Jack and I had spotted in our earlier travels, and not pay the government fees for a minimum of 10 years. I was going to aim for 15 years.
Now, nothing is simple in this world, and this deal certainly wouldn't be.
First, in addition to the desalinization plant, we would have to also build a power system to provide that large amounts of electricity needed to make reverse osmosis work.
It would be a hybrid system: PV panels to power the system during the daylight hours, a large battery storage system, and a petro fueled system for nights, after the batteries were depleted.
Then we would have to set up a supply chain to bring in either oil, or natural gas for the electrical generators.
On the surface, the government would soon decide that I was a fool, because to provide those facilities would almost eliminate any profit from the lithium.
So, the question was: how was I going to turn this into yet another fabulously profitable enterprise.
The answer to that was, as in real estate: location, location, location.
When my Uncle Jack and I had been wandering around the Chilean desert, lithium hadn't been on our minds. We had found evidence of copper and silver as well as some of the other 'hangers on' metals β nickel and other trace metals usually found with copper or silver.
Our agreement would cover the concession for 'mineral' rights, but it would not be limited to lithium. Everyone, of course, expected us to be solely mining lithium. We would have two operations going on eventually; one a lithium extraction operation and the other a standard metals mining operation that would be almost pure gravy!
Obviously Chile would discover the additional mining eventually, but at least for the first period β ten or fifteen years β we would be operating under the first contract, which would be greatly to our advantage. After that, they would have a tough time shutting us down, since by then the entire region would be used to getting their water supply from The Trust (we would own the desalinization plant and the generating plant outright) and suddenly cutting off the water would be an ecological disaster for the region. One of the considerations of the period of the agreement was that reverse osmosis membranes need to be replaced roughly every five years. If they boot The Trust out, or nationalize the mine, then they would have to do the expensive reboot of the plant.
A side benefit of the desalinization plant would be to use the brine that is separated from the fresh water to pump back into the existing saltwater aquifer to address the concept of fresh water seeping into the saltwater area as the saltwater is pumped out.
As I mentioned, we would probably use a combination of photovoltaic cells in addition to a petro fuel-based power plant. The cost of the plant and equipment is too great, as is the need for fresh water, to not run the plant 24/7/365.