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 Thermograph of an Ormus Birth Using Petco Pacific Water 
                                                                                                                                                                                                                   -Lazaro Michael Gonzalez

Introduction
During Ormus collection on Petco’s* Pacific Ocean waters, Lazaro Michael Gonzalez observed inconsistencies in temperature which could point towards a hitherto unnoticed characteristic of m state in Ormus. 

Ormus is collected from sea water or reconstituted sea using the Wet Process of Ormus collection. 

Mr Gonzalez placed four gallons of the seawater in a 5 gallon white HDPE plastic pail.  HDPE is  High-Density Polyethylene a safe plastic to use in Ormus collection.. 

What Mr Gonzalez observed may fall under the category of a non-physical Chemical anomaly of Ormus which displays the different state of matter called m state. 

I was present and partnered during this Ormus collection. 

What was seen was dip in the temperature of the seawater in the container at the location where Ormus particles formed. Temperature was recorded with a thermal imager camera. 

While the ambient temperature of the sea water is 75.1F – 75.7F, the temperature in areas where Ormus precipitate formed lowered to 68.9F -73.5F. 

This is anomalous because in chemistry forming chemical bonds radiates heat to its surroundings and causes warmth.  This is called an exothermic reaction. 

Conversely, a chemical reaction that breaks bonds absorbs heat from its surroundings and causes coolness. This is called an endothermic reaction. 

Therefore as Ormus precipitate forms we expect warming but instead observed cooling. 

During Ormus collection, bonds form with completed bonds observed as flakes within the seawater.   Forming bonds causes warming however there was cooling instead. 

The drop in temperature where Ormus precipitate formed is an anomaly and deserves further research. 

The Summary at the end of the report records Lazaro Gonzalez proposals regarding Ormus. 

Paraphrased here is Lazaro Gonzalez’s summary: 
∙The precipitate has cooled in the area of seawater where it is forming. While warming is expected, cooling occurs. 
∙The material is hiding not in plain sight, but in temperatures; a factor of temperature appearing and leaving; the key factor in the fire of alchemy from the old ways. 

Continue now with Lazaro Gonzalez’s report “Thermograph of an Ormus Birth”

   
                                                                                                                                                                                        -Chris Emmons R.Ph. 

Table of Contents 
pacific petco sea water (13) EDIT.is2         

pacific petco sea water (15) EDIT.is2        

pacific petco sea water (17) EDIT.is2          

pacific petco sea water (25) EDIT.is2         

pacific petco sea water (26) EDIT.is2       

pacific petco sea water (29) EDIT.is2         

 pacific petco sea water (13) EDIT.is2

Pacific Petco sea water (13) EDIT.is2 10/1/2009 10:06:09 AM

Pacific Petco sea water (13) EDIT.is2 10/1/2009 10:06:09 AM

Visible Light Image

Visible Light Image

Graph

Graph

Above image 13: Snap shot of Petco’s Real Ocean brand Pacific seawater with circled area showing precipitate near the top of the seawater blending into seawater that surrounds it.   

The orange and red hues are sodium hydroxide (NaOH) dilute being streamed into the seawater.  

The circled area contains precipitate near the top of the seawater blending within the seawater.  The temperature of the precipitate is a minimum 75F. 

 pacific petco sea water (15) EDIT.is2

Pacific Petco sea water (15) EDIT.is2 10/1/2009 10:06:29 AM

Pacific Petco sea water (15) EDIT.is2 10/1/2009 10:06:29 AM

As you are learning about Ormus, and beyond: Chris Emmons offers her highly regarded Ormus:

Discovery in Action Ormus, "Buried in the Ground"  As well as do it yourself Ormus making kits

 

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