Water’s unique properties have allowed man to use it in both heating and cooling in a wide variety of ways. Power plants use it to cool their generators, buildings use it to heat, and we use it to heat ourselves in our cars in the winter while it keeps the engine cool.
Water is an element that works the opposite of nearly all other elements on the planet. When we think of heat, we think of expansion, and when we think of cooling, we think of contraction. Water follows these same attributes, expansion and contraction, until the tipping point that occurs at 4C and is known as waters maximum density.
Water also has a quality called sublimation. This is the process of turning from a solid (ice) into a gas (water vapor) bypassing the liquid state. The opposite is also true. Water vapor can turn from a gas to a solid state bypassing the liquid state and this is called desublimation or deposition. Water is the only element on our planet that naturally exists in all three states as a solid, liquid, and a gas.
The water we have today is the same water that has passed through all life before us. There is no additional gain or loss of water, the planet continually purifies what we have. This water that we drink and use has been through life before, purified, and recycled over and over. Just as we use water for washing our clothes or cleaning the baby’s bottle, so does the planet use water for purification. As it evaporates, it rises up in a purified state, cooling as it rises. As the water comes down in the form of precipitation, it brings with it contaminants to the surface. As it works its way through the soils, the planet purifies it again and adds life-sustaining minerals to it. Water is so much a part of our life that our bodies are more than 1/2 water.
Water is an element that works the opposite of nearly all other elements on the planet. When we think of heat, we think of expansion, and when we think of cooling, we think of contraction. Water follows these same attributes, expansion and contraction, until the tipping point that occurs at 4C and is known as waters maximum density.
Water also has a quality called sublimation. This is the process of turning from a solid (ice) into a gas (water vapor) bypassing the liquid state. The opposite is also true. Water vapor can turn from a gas to a solid state bypassing the liquid state and this is called desublimation or deposition. Water is the only element on our planet that naturally exists in all three states as a solid, liquid, and a gas.
The water we have today is the same water that has passed through all life before us. There is no additional gain or loss of water, the planet continually purifies what we have. This water that we drink and use has been through life before, purified, and recycled over and over. Just as we use water for washing our clothes or cleaning the baby’s bottle, so does the planet use water for purification. As it evaporates, it rises up in a purified state, cooling as it rises. As the water comes down in the form of precipitation, it brings with it contaminants to the surface. As it works its way through the soils, the planet purifies it again and adds life-sustaining minerals to it. Water is so much a part of our life that our bodies are more than 1/2 water.
Within any machine, coolant and circulation is a necessary process to maintain stable operation, no matter what the external environment may be. Four-fifths of our planet is water so as the Earth heats, water evaporates at a greater rate. The heat increases the winds, creates more dust, and increases the overall particulates in the atmosphere. The two necessary components for the formation of clouds, water vapor and particulates. When saturated, it returns back to the earth in the form of precipitation. Our radiators duplicate this process moving hot water in one end and cooler water out the other.
Water vapor is seen as a greenhouse gas resisting the flow of heat, but the entire process is far more dynamic. The heaters in our cars generate warmth and can be measured, but this is not the primary function. Water vapor creates a greenhouse effect at nights and during the winter slowly ascending the heat, but cool the surface during the summer offering both cloud cover and life-sustaining rains that cool the surface and promote growth. In this image to the right we can see the cool rains on July 17, 2017 as they move across the Dakotas drastically reducing the temperature. The Earth releases massive amounts of built up energy in this process cooling our world. The more heat, the more evaporation and as a result, increased precipitation. This process is self-generated and self-correcting acting as a thermostat, water pump, radiator, and purifier for the planet, as long as water is available.
Water vapor is seen as a greenhouse gas resisting the flow of heat, but the entire process is far more dynamic. The heaters in our cars generate warmth and can be measured, but this is not the primary function. Water vapor creates a greenhouse effect at nights and during the winter slowly ascending the heat, but cool the surface during the summer offering both cloud cover and life-sustaining rains that cool the surface and promote growth. In this image to the right we can see the cool rains on July 17, 2017 as they move across the Dakotas drastically reducing the temperature. The Earth releases massive amounts of built up energy in this process cooling our world. The more heat, the more evaporation and as a result, increased precipitation. This process is self-generated and self-correcting acting as a thermostat, water pump, radiator, and purifier for the planet, as long as water is available.
Looking at the planet as a machine generates questions that have not been thought of before. As we rise in elevation, water’s boiling point lowers until the freezing point and boiling point match and soon we find the boiling point at 0C, then -1C (32F then 31F) and so on continually declining, and the freezing point remains 0C or 32F. When reverse engineering, an occurrence such as this has a much greater meaning, and there is a purpose for this and it's calculated in pressure.
When water reaches 0.77 mmHg, this occurs and when reached, water can no longer liquefy and will remain in a vapor state due to the temperatures in this region. On the average, this is reached at an altitude of 72,980 feet, or 13.8 miles (22.25 km) above the planet, and this is where science indicates the ozone layer resides. This unique, yet natural characteristic of water allows the ozone to stabilize above this altitude. Ozone, or O3, is a chemical throughout our atmosphere, but above this elevation and at these pressures is far more stable and abundant. Our planets atmosphere compresses near the poles, and expands around the mid-latitude due to heat and expansion of the atmosphere. The ozone blocks much of our harmful incoming solar radiation, and aids in keeping oxygen and other gases within the lower portion of our atmosphere. Because it offers resistance, it will create a rise in heat and is registered in the graphical temperatures. Water in the form of vapor exists in this area of our atmosphere left over from the creation of our planet and is replenished from time to time through volcanic discharge and from incoming debris from space. Even space shuttle launches contribute to this layer. The Water Altitude Boiling Point Calculator can be used to confirm this.
When water reaches 0.77 mmHg, this occurs and when reached, water can no longer liquefy and will remain in a vapor state due to the temperatures in this region. On the average, this is reached at an altitude of 72,980 feet, or 13.8 miles (22.25 km) above the planet, and this is where science indicates the ozone layer resides. This unique, yet natural characteristic of water allows the ozone to stabilize above this altitude. Ozone, or O3, is a chemical throughout our atmosphere, but above this elevation and at these pressures is far more stable and abundant. Our planets atmosphere compresses near the poles, and expands around the mid-latitude due to heat and expansion of the atmosphere. The ozone blocks much of our harmful incoming solar radiation, and aids in keeping oxygen and other gases within the lower portion of our atmosphere. Because it offers resistance, it will create a rise in heat and is registered in the graphical temperatures. Water in the form of vapor exists in this area of our atmosphere left over from the creation of our planet and is replenished from time to time through volcanic discharge and from incoming debris from space. Even space shuttle launches contribute to this layer. The Water Altitude Boiling Point Calculator can be used to confirm this.