The Real Mafia Bosses Still Control the Underworld
Organized crime affects every facet of our lives. The only truth may be that politicians only get in the way of running things efficiently. I've interacted with many mobsters and bikers. In the summer of 2005, I sat down with Antonio Commisso, an Ndrangheta boss, for a couple of hours in my office. We had a couple of espressos and talked about many things. Antonio had a sense of worldliness and exuded extreme calm. He was one of the most interesting individuals I've ever met, and I've known many people associated with organized crime. Personalities vary like weather anomalies. While I knew nothing about Antonio, the next day his photograph was plastered on the front page of every Toronto newspaper. I hold to the belief that the best education anyone will ever receive is on the streets - it's all reality, not fantasy. You acquire a heightened gut instinct that allows you to better sense many things, including danger. The danger signals in this world are screaming louder and louder.
We have a water supply shortage tsunami on the horizon; it's not just about hydro and food. Data Centres are drinking water faster than Mother Nature can replenish it. Do you really believe the Globalists are concerned about global warming and rising water levels? The Elite will destroy the entire planet if it becomes the only method in which to destroy humanity. The Underworld has many layers.
Most of the water used by data centres is not "used up" in computing itself. It's primarily used to remove heat from servers. Where it goes depends on the cooling system.
Here are the main possibilities:
- It evaporates into the atmosphere.
- Many large data centres use cooling towers.
- Water absorbs heat from the servers, then some of it evaporates in the cooling tower, carrying the heat away.
- This evaporated water leaves the local water supply and becomes part of the atmosphere, eventually returning as precipitation somewhere else, but not necessarily in the same watershed.
- This is the largest source of water consumption for many facilities.
- It is returned to the water system.
- Some facilities use "once-through" cooling (less common today), where water is drawn from a river, lake, or ocean, used to absorb heat, and then discharged back.
- The water is usually warmer than when it entered, so environmental regulations limit how hot it can be and how much can be released to protect aquatic ecosystems.
- It is recycled internally.
- Many newer data centres recirculate cooling water in closed-loop systems.
- The same water can circulate for months or years, with only small amounts added to replace evaporation or maintenance losses.
- This greatly reduces total water consumption.
- It goes to the wastewater system.
- Some water is periodically drained ("blowdown") to remove accumulated minerals that would otherwise cause scaling or corrosion.
- This water typically enters the municipal wastewater system or is treated before discharge.
How much water are we talking about?
It varies enormously based on:
- the climate,
- the cooling technology,
- the size of the data centre,
- and how hard the servers are working.
A large hyperscale data centre can use millions of litres (hundreds of thousands of gallons) of water per day during hot weather if it relies heavily on evaporative cooling. However, facilities in water-scarce regions increasingly use air cooling, liquid cooling with closed loops, or reclaimed (non-potable) water to reduce demand.
Why is this becoming a bigger issue?
The rapid growth of AI has increased electricity use, which means more heat to remove. In regions already facing drought or water stress, concerns include:
- competition with municipal drinking water supplies,
- impacts on rivers and aquifers,
- increased water demand during the hottest parts of the year, when supplies may already be strained.
To address this, some operators are:
- building data centres in cooler climates,
- using recycled wastewater instead of drinking water,
- improving cooling efficiency,
- designing systems that operate with little or no water for much of the year.
In short, most of the water "consumed" by water-cooled data centres is lost through evaporation, while smaller amounts are discharged as treated wastewater or returned to natural water bodies, depending on the cooling system.
The real currencies of the world are drugs, oil and gold. We can now add water to the list. Think of this - could the Technocrats/Globalist/Elite recapture used data centre water and store it under ground to limit the world's water supply? The answer is yes. Keep in mind, most of the water used in data centers today is freshwater.
Thank you and forget about it,
Joseph Pede