Updates for the Week of 3/17/19

Energy Lecture for the Week: Energy Needs for Transportation

https://upload.cat/a6a14cbc28b044f4

(I found a different website to host the video. There are several seconds of advertisement before the video.)

Things are getting better by the minute:

Actually you don't have to wait for the energy industry to change over to hydrogen to run an internal combustion engine on hydrogen. It is possible to generate your own hydrogen gas, compress it and then burn it in an engine, like this:

https://youtu.be/REV739pRNcw?list=PLTYlUGKLEk-GZfbXewpyRNn2iJ8RNepBd

Though the car may need a compressor and a system to keep the hydrogen pressurized.

I was thinking about the Tesla battery powered automobiles, if people carry around a couple of solar panels in their Tesla vehicle and they run out of charge while driving during the daytime, all they have to do is set up the solar panels, wait a couple of hours, let their vehicle charge up again and boom they're off!

People can now drive as far into sparsely populated areas as they want. They can be hundreds of miles from the nearest person and as long as the sun shines, the vehicle is in good working order and their solar panels function correctly they will never be stranded, they can always move!

I think Tesla should consider making a battery powered motorcycle or scooter!

Sometimes similar is possible with hydrogen powered cars though, it may be more complicated, because people will need some source of hydrogen. This may require using energy to extract water from the atmosphere or carrying around a container of water and then splitting the water and pressuring it into a container.

Cloud cover can now be controlled by using geoengineering. Moisture laden air masses can be dried up by over spraying them with condensation forming particulates. Hence, intermittent solar energy production due to passing clouds isn't as big a problem as we thought.

In regards to passive house design. Vacuum panel insulation could be used in the construction of houses, thereby bringing down the amount of heat loss to or heat entry from the environment.

The water/steam mix expelled from steam turbine power generation is often at a temperature higher than the surroundings. Instead of expelling this steam/water mix into the environment or cooling this steam/water mix and reusing it, it is far more efficient to pass this steam water mix through a heat exchanger. This heat exchanger would boil a liquid (like isobutane) with a boiling temperature lower than that of the steam/water mix. Then this vapor would be passed through a turbine to extract additional energy.

In regards to the lifespan and reliability of solar steam, solar Stirling engine, or wind turbines, I believe we could learn something from some of the better practices of car, TV, and other product manufactures.

Like this:

https://youtu.be/GO-v2yxvQ6U?t=161

Also, many automobiles are subjected to extensive, rigorous testing, to simulate the effects of aging due to a variety of factors, like fast driving, rough roads, acceleration, low maintenance, going over bumps quickly, heat, cold, etc. After this extensive testing the entire car is taken apart and every piece, no matter how small, is inspected for wear.

This is what should be done with solar steam, solar Stirling engines, and wind turbines. Older solar steam plants, Solar Stirling engines, and wind turbines could be completely taken apart and every piece, no matter how small should be inspected to see if they wear, how much they wear, which components wear down more quickly, which less quickly. By doing this we can increase the lifetime of solar steam power systems, solar Stirling Engines, wind turbines, and even Solar Panels tremendously.

There are examples of machines that last for many decades. There are automobiles that have accumulated 1,000,000 miles (some owners replaced parts, gaskets, transmissions, rebuilt the engine) and they are still running:

https://www.popularmechanics.com/cars/g121/million-mile-club-the-worlds-longest-lived-cars/

I have found that the MPG of gasoline powered vehicles, also depends on the quality of the gasoline. Some brands of gasoline are more energy dense than others and yield greater MPG, some gasoline is akin to those used in weed trimmers, weed eater gas. From my experience, the brands with the some most energy dense gasolines are Valero and surprise, surprise Quik Trip. I used to think Quik Trip was just average gasoline, until I filled up my tank and the needle barely moved when I drove from one end of the Phoenix Valley to the other. That's high quality Gasoline!

From my experience the least energy dense brand of gasoline rhymes with Marco, and it made my "Check Engine Light" turn on. What are they putting in that liquid they pass off as "gasoline" are they watering it down? Do they have some guy/gal sticking a water hose down the tanks? "Come on, water it down some more we need to get the price down to 2.17 a gallon"

By employing the principles used by the TV manufacturers and with proper maintenance, there is nothing stopping us from building solar power systems that can last for 40-50 years or more, without having to replace the entire system.

More ideas on how to improve the efficiency of Atmospheric Water Generators and Otto Cycle Internal Combustion Engine:

https://therealtruthman.blogspot.com/2019/03/ideas-for-improvement-of-efficiencies.html

Climate Engineering Lecture for the Week: (Nothing's Gonna Be Alright)

Remember what actually occurred on 9/11:

Architects and Engineers for Truth Video:

Fire Fighters and Engineers for 9/11 Truth Video:

 Capitalism vs. Socialism Lecture for the Week:

Meteorology Lecture for the Week: Atmospheric Composition and Origin

Ecology Lecture for the Week: The Ecological Community as a Living Mosaic

Mae Brussell Archive for the Week: Mae Brussell Archive for the week of 11/3/71

http://www.worldwatchers.info/shows/dialogue-assassination-71-11-03/

Phil Hendrie Show for the Week: December 8,1999

https://www.philhendrieshow.com/ph_episode/wednesday-december-8-1999-2/


Hour 1:
“Harvey Gets Engaged” 78 year old attorney Harvey Wireman calls the show to announce his engagement to a 27 year old stripper named Valerie. Phil takes a walk down memory lane to look at the greatest television movies of all time.

Hour 2:
Phil takes a look at the greatest television movies of all time. (cont’d)

Hour 3:
“The Immaculate Conception” Steve Bosell complains over the fact that every year his wife “sticks it in him and breaks it” off over the fact that the Virgin Mary did not need a man to create the son of God.