segunda-feira, 2 de maio de 2016

THE SUN IS NOT THE ONLY HEAT SOURCE FOR THE ATMOSPHERE

In the scientific developments that I have done I have always had a vast material to demonstrate that the pseudoscience of the “global warming caused by the CO2” does not know deeply neither basically the true physical concepts nor the working principles of the atmosphere. Even so, such wrong empirical “science” commands the world due to its strong political and mediatic influence, which, however, is not based on science, because this one is not sustained by them. For example, the solar/thermal radiation and its CO2 are not the only components or the responsible ones for the determination of the air temperature. This is demonstrated physically and mathematically in my articles “The Physical Principles Elucidate Numerous Atmospheric Behaviors and Human-Induced Climatic Consequences” (2012) and “Climate Changes: How the Atmosphere Really Works” (2015).

Also demonstrated in these papers is the fact that such pseudoscience and the rest of the world did not imagine that the Sun is not the only heat source for the atmosphere. In reality, there are many others that also affect the air temperature and other atmospheric behaviors. The demonstrations and the numerical example below will make this clear.

The Sun is obviously the only natural and external heat source for the planet and atmosphere, however, on the Earth’s surface there are other heat sources which are constituted by the generation of heat by certain human activities, such as fossil fuel and nuclear power plants, industries, vehicles, burnings, etc, which ones add heat and mass to the atmosphere and consequently affect its heat and mass balances and thus the air temperature and other atmospheric behaviors.

The equation (2) from Sartori (2015) represents and explains this heat balance

 S + H = qe + qr + qc + qL

where, S = solar radiation received by the Earth’s surface, W/m2; H = heat generated at or added to the surface by human activities, W/m2; qe = latent heat loss by evaporation, W/m2; qr = sensible heat loss by radiation, W/m2; qc = sensible heat loss by convection, W/m2; qk = sensible heat loss by conduction through the soil, W/m2; qL = latent heat loss from the surface due to the steam, W/m2.

This energy added to the Earth’s surface comes from the energy existent in the subsoil coal, oil, gas, uranium, etc, which is converted into heat by human activities. This heat is released to the atmosphere by radiation, convection and latent heat. The consequence is a warming of portions of the atmosphere. And extra heat generates clouds, rain, strong winds. And it is known from the study of the physics that latent heat generates storms. Then, if it generates storms it also generates tornadoes and hurricanes, as I have always demonstrated physically and mathematically. So, certain human actions can alter the heat and mass balances of the atmosphere and as a result alter its humidity, temperature and natural behaviors, directly, that is, not as has been said to us up to now due to the “greenhouse effect caused by the CO2”.

To illustrate, let’s see the following numerical example that considers the latent heat qL and corresponding mass only. The water consumption by a coal-fired power plant of 600 MW is about 3.5 l/MWh or 35,000 l/min, or even more, that is, this is the approximate amount of water that such plant consumes (water lost to the air, not included the water that is “recycled” by these plants) from rivers and lakes and throws into the atmosphere.

The corresponding latent heat released can be easily calculated. The mass of water that only one of these plants throws into the air is obtained as

m = 3.5 l/kWh x 600.000 kW = 2,100,000 l/h = 50,400,000 l/d

A nuclear plant releases 80% more water than a corresponding fossil fuel power plant.

Now, calculating the latent heat for this case we obtain qL = mL = 1,318,858,333 W, that is, only one of such power plant can emit to the atmosphere 2.2 times its own nominal power solely in latent heat. Moreover, if we concentrate such emitted energy in one square meter this energy will be equal to 1,318,858,333 W/m2, or 1,884,083 times (!) the solar radiation of 700 W/m2, which is a high solar energy value, or can heat 1,884,083 m2 with the equivalent energy of 700 W on each square meter.

For those who thought that human beings do not have the capacity to influence the climate, here are good measures and clarifying calculations, for the first time in the world.

If so much heat multiplied by so many heat sources is released into the air on every instant around the world, obviously that the local and regional air is heated and thermometers in the vicinities register such increases and then the average temperature and other atmospheric behaviors are affected.

Such impacts are due to certain direct human actions and not indirect ones due to some gases. This is clear and very different than the pseudoscience thinking for which almost only one gas (with a concentration of 0.039% (!) in the atmosphere) and the corresponding radiation must be considered alone for deciding about the planet’s air temperature and everything else about climatic issues. Furthermore, the CO2 has an influence of less than one percent on the air temperature, as I demonstrated in the above mentioned scientific papers.

Therefore, all of the factors, variables and atmospheric components described in the scientific papers mentioned above must be taken into account for computing the air temperature and climate changes, including the water vapor and the cloud cover strong influence, which elements also vary according to the new totals.

Moreover, these are scientific reasons on why we verify that the graph “hockey stick” (pillar of the pseudoscience) is erroneous and false and does not represent the atmospheric physical reality and the true air temperature.

So, these are other demonstrations of mine through which we can clearly see that the air temperature, its variations and other atmospheric behaviors cannot be attributed exclusively to the carbon dioxide, to its radiation, to its greenhouse effect and to the Sun.