The sun doesn’t shine at night, nor can you create solar energy on cloudy days. Therefore, what do you do to produce power 24/7. IAUS has a number of ways to do this. You need some way to heat water to create the steam to propel the turbine. For example, using natural gas is a viable partner to the IAUS solar technology at some potential sites. Below is the inner working of the IAUS Burner System.

Many things can be used in the Burner System. One of the most promising are biomass products. These products also qualify for a 30% tax credit. Any plant or vegetation can be used for example. If you can grow it quickly and cheaply and in abundance, then this is what we want. RaPower3 is looking at several possibilities in this area.

In addition, there are three specific and quite interesting projects being considered each with a different biomass product. First, west Texas offers cotton residue that can be used to produced 100 megawatts of power along with solar energy. Second, algae can be cheaply grown in Tennessee where the price offered per kilowatt hour is quite high. Third, pig poop. Yes, pig poop. This may be the best of all. Imagine burning pig poop to produce clean renewable energy. There is a huge pig farm in the Milford, Utah area that might be used by RaPower3 and IAUS for a project.

Other promising ways the Burner System can be utilized is using human waste and/or garbage as the burning component. Instead of taking garbage to a landfill, we can now use the Burner System and create massive amounts of energy with net-zero emissions. The same technology for creating energy from pig poop can also be used with human waste. All of the above methods can be installed quickly for large projects at a competitive price with all forms of energy sources including coal.

All of the intricate CAD software renderings have been completed on hundreds of components needed in the construction of our energy projects. The software can then be given to any number of manufacturing plants. We now have a STAMP of approval from a licensed independent engineer. This means the manufacturing process is beginning.

The Concentrator

The Waste-to-Energy Heat Exchanger

The holy grail for renewable energy is the ability to go 24/7 and do it for the same price as coal. We now have that ability with the zinc battery. The Concentrator or Condenser shown is the key to this technology as it can produce temperatures in the 2,500 degree range.

 

This photo shows Neldon Johnson the inventor lighting brush on fire with just the Concentrator. Look at the box attached to the tower: this is where the computer goes to track the sun. Also, look in the background at the many towers.

This photo shows a clear picture of the Concentrator and the emanating heat. The Concentrator is the key to making a zinc battery which is key in producing inexpensive 24/7 clean renewable energy. This is something no one else in the world is even close to doing. WE ARE!

This photo is of the Cone or Concentrator which is the key to producing 24/7 power as it creates the intense heat necessary in making our zinc battery.

The Crush Die video clip shows how we can mass produce the Concentrator. This manufacturing element is the last piece of being able to mass produce every component. This device can produce up to 3,000 Concentrators a day

The Condenser video shows the new Concentrator producing heat at the plant site in Delta.

PLEASE CLICK THE LINK BELOW FOR AN IMPORTANT POSITION POLICY WHITE PAPER ON ZINC AIR BATTERIES. IT FULLY SUPPORTS THE DIRECTION OF THE TECHNOLOGIES DEVELOPED BY IAUS. SINCE THIS PAPER WAS PREPARED BY A FRENCH RESEARCH TEAM, I HAVE TAKEN THE LIBERTY TO EDIT THIS PAPER ONLY FOR READABILITY PURPOSES. IN ADDITION, AT THE END, THERE ARE TWO IMPORTANT DEFINITIONS AND TWO COLOR SCHEMATICS USING A SOLAR REFLECTIVE TECHNOLOGY FROM ISRAEL INSTEAD OF THE SUPERIOR IAUS TECHNOLOGY.

GREG SHEPARD: RAPOWER3 CHIEF DIRECTOR OF OPERATIONS