How Carbon Capture Should be Split Between the Western and Eastern United States
“Why should we deploy carbon capture devices in the Western US and plant trees instead in the Eastern US?”
As of right now, there is a fierce debate in the negative emissions technology space. Some believe that mechanical negative emissions technologies are too expensive and electricity dependent and that we should plant trees instead Others believe that trees take up too much water and land resources. However, these solutions are not mutually exclusive, and should be deployed according to an area’s needs. In the Western US, water is scarce and is being more so while there is plenty of sunlight for cheap solar energy, making mechanical carbon capture devices quite practical. In the Eastern US, rain and water is plentiful and floods are happening more frequently, so planting a large amount of trees would be logical. This is How Carbon Capture Should be Split Between the Western and Eastern United States.
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Boiler Feed Water Treatment Systems
“Why do we need to treat water before being sent into boilers?”
As apart of the water treatment process, water needs to be boiled. However, incoming water after raw water filtration may be contaminated with impurities, which could damage the infrastructure of the boilers. As a result, the incoming water will first need to go through Boiler Feed Water Treatment Systems in order to work properly.
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Raw Water Treatment System
“How is raw water treated?”
Raw water is water that comes in its natural form, with all of the minerals, ions, particles, bacteria, and parasites found with it. To make it drinkable, it must go through a water treatment process, which will remove everything necessary to make the water clean.
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Price Signals and Energy Wholesale Markets
“How do price signals affect energy wholesale markets?”
When the price of a commodity in a market changes, it sends a signal to consumers about some form of information. When the price of energy in the wholesale market, this is usually to a change in supply or demand of said source of energy. This is how Price Signals and Energy Wholesale Markets relate.
Industrial Water Treatment Plants
“How is water treated on the industrial scale?”
Water treatment is vital for industrialized civilization. However, in order to have it on a massive scale, special facilities will need to be used. This can be accomplished through Industrial Water Treatment Plants, where massive scales of water can be fed in and cleansed. These systems are typically kept close enough to municipalities so they can provide quick service but far enough away where they won’t be able to cause too much pollution to people’s lives.
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Negative Carbon Emission Technologies
“How can we use technology to remove carbon dioxide from the atmosphere?”
Humanity is reaching a crisis point. We are adding so much carbon dioxide to the atmosphere each second that we will soon reach irreversible climate damage. To solve this, we’re going to need to use every technology we have at our arsenal, whether it be wide arrays of solar panels or intense energy efficiency measures. But the true kingmaker of solutions comes from a group of technology that is still quite ominous and undeveloped. These Negative Carbon Emission Technologies work by using a series of processes to store more carbon dioxide than they produce. This can be done in a multitude of ways, whether it be through planting more trees or capturing carbon from the atmosphere and shoving it down into the ground. With these solutions, we can tip the odds in our favor in our fight for decarbonization.
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“What happens when water has a super-high concentration of salt?”
It is hard for humans to digest water with salt mixed in. So when water has an ultra-high concentration of salt, it takes on interesting properties. The salinity of this Brine can be used for food-processing, de-icing roads and structures, and as a refrigeration fluid. Brine is one of the myriads of chemicals that allows our modern world to work.
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