The Science behind The Platinum Fuel Saver

 

In the face of constant skepticism, we here at HHO Tek strive constantly to determine what is too good to be true and what is not. That old axiom of, “if it sounds too good to be true, then it probably is”, which is not a bad axiom to measure great sounding claims against. We here at HHO Tek have one of those products which is frequently cast into the too good to be true box. However we have the proven catalytic chemistry of platinum, we have federal court vetted confirmation, we have 30 years of a satisfied customer base, which regularly reorder and confirms on a daily basis, that you will get at least a  twenty two percent increase in your fuel  mileage when using our product.

In addition to the court documentation, magazine and newspaper articles we are going to explain the science behind our system with sourced documentation.

First topic we will address is the statement that was made by a self proclaimed engineer "Most modern engines burn upwards of 99% of their fuel, with only 1% being wasted" Below is results from EPA testing that took place in approved EPA Emissions Lab, the original purpose of this testing was to approve cars that had been imported into the states. In other words the tests had nothing to do with Platinum they were completely independant.

Calculating Percentage of Unburnt Fuel
Knowing grams per mile for HC, CO & CO2, it is possible to calculate percentage of unburnt fuel because of the
following accepted approximations which are within 1% of the facts.
1. All of the carbon entering the engine leaves in one of the three forms HC, CO or CO2.
2. All of the unburnt hydrogen is in the HC.
3. The ratio of hydrogen in the fuel to carbon in the fuel by weight is 12/88.
4. The portion of unburnt carbon in CO is 68/94 of the carbon in the CO because 26/94 of
carbon’s energy is released when C oxidizes to CO, & the remaining 68/94 is released when
CO oxidizes to CO2.
5. In EPA Testing HC is considered CH2.
6. Ratios by weight:
a. Hydrogen in HC: 2/14
b. Carbon in HC: 12/14
c. C/CO: 12/28
d. C/CO2: 12/44
e. The hydrogen represents 33% of the total energy in the fuel, and
f. The carbon represents the remaining 67% of the total energy of the fuel.

LANCIA:
HC=11.99, C (in HC)=10.3 gms., H (in HC)=1.69 gms.
CO=43.79, C (in CO)=18.8 gms., Unburnt C in CO=13.6 gms.
CO2=206.7, C (in CO2)=56.4 gms
Total Carbon = 85.5 gms. Total Hydrogen=12/88X85.5=11.66 gms.
Total unburnt carbon=10.3 & 13.6=23.9 gms or 23.9/85.5=28.0% of Carbon is unburnt.
Total unburnt Hydrogen=1.69 gms. or 1.69/11.66=14.5% of Hydrogen is unburnt.
14.5%X33% & 28.0%X67%=
4.8% from Hydrogen & 18.8% from Carbon = 23.6% Total Unburnt Fuel.

ROLLS ROYCE:
HC=5.91, C(in HC)=5.07 gms., H (in HC)=0.84 gms.
CO=144.4, C (in CO)=61.89 gms., Unburnt C in CO=44.77 gms.
CO2=531.8, C (in CO2)=145.04 gms
Total Carbon = 212.0 gms. Total Hydrogen=12/88X212=28.91 gms,
Total Unburnt Carbon=5.07 & 44.77 = 49.84 gms. or 49.84/212.0=23.5% of Carbon is unburnt.
Total Unburnt Hydrogen=0.84 gms. or 0.84/28.91=2.9% of Hydrogen is Unburnt
2.9%X33% & 23.5%X67%=
0.96% from Hydrogen & 15.75% from Carbon = 16.71% Total Unburnt Fuel.

MERCEDES 280 SL:
HC=9.54, C (in HC)=8.18 gms., H (in HC)=1.36 gms.
CO=121.1, C (in CO)=51.90 gms., Unburnt C in CO=37.5 gms.
CO2=420.7, C (in CO2)=114.74 gms.
Total Carbon = 174.82 gms. Total Hydrogen=12/88X174.82=23.84 gms.
Total Unburnt Carbon=8.18 & 37.5 = 45.68 gms. or 45.68/174.82=26.1% of Carbon is unburnt.
Total Unburnt Hydrogen=1.36 gms. or 1.36/23.84=5.7% of Hydrogen is Unburnt
5.7%X33% & 26.1%X67%=
1.88% from Hydrogen & 17.49% from Carbon = 19.37% Total Unburnt Fuel

MERCEDES 280 SE:
HC=6.33, C (in HC)=5.43 gms., H (in HC)=0.90 gms.
CO=106.7, C (in CO)=45.73 gms., Unburnt C in CO=33.08 gms.
CO2=368.0, C (in CO2)=100.36 gms.
Total Carbon = 151.52 gms. Total Hydrogen=12/88X151.52=20.66 gms.
Total Unburnt Carbon=5.43 & 33.08 = 38.51 gms. or 38.51/151.52=25.4% of Carbon is Unburnt.
Total Unburnt Hydrogen=0.90 gms. or 0.90/20.66 = 4.36% of Hydrogen is Unburnt.
4.36%X33% & 25.4%X67% =
1.44% from Hydrogen & 17.02% from Carbon = 18.46% Total Unburnt Fuel.

CHEVROLET IMPALA 305 V-8
HC=3.896, C (in HC)=3.339 gms. H (in HC)=0.557 gms.
CO=99.630, C (in CO)=42.70 gms. Unburnt C in CO=30.89 gms.
CO2=449.382, C (in CO2)=122.56 gms.
Total Carbon = 168.60 gms. Total Hydrogen=12/88X168.60=23.00 gms,
Total Unburnt Carbon=3.34 & 30.89 = 34.23 gms. Or 34.23/168.60=20.3% of Carbon is unburnt.
Total unburnt Hydrogen=0.557 gms. Or 0.557/23.00 = 2.42% of Hydrogen is unburnt.
2.42%X33% & 20.3%X67%=
0.80% from Hydrogen & 13.60% from Carbon = 14.40% Total unburnt Fuel.

 

Here are the links to the original forms that were hand written by EPA officials

 

As you can see above these vehicles are wasting around 20% of fuel, and these vehicles were in perfect tune in order to pass EPA Regulations. There is another study issued by Champion Spark Plugs it is biased so I did not post it here but in the study they state that the average car is 12% less efficient then if it was in perfect tune. This study was done in a laboratory testing environment.

 

Now that we have established that cars do not utilize 99% of the fuel we will explain the science behind what the Platinum Fuel Saver actually does. The Platinum Fuel Saver consists of Platinum, Rhodium, and Rhenium which all have catalytic properties, descriptions of each element is below.

Platinum

SYMBOL
Pt

ATOMIC NUMBER
78

ATOMIC MASS
195.08

FAMILY
Group 8 (VIIIB)
Transition metal;
platinum group

PRONUNCIATIONY
PLAT-num

The primary use of platinum and other platinum metals is as catalysts. A catalyst is a substance used to speed up or slow down a chemical reaction without undergoing any change itself. For example, the catalytic converter in an automobile's exhaust system may contain a platinum metal.

 

Rhodium

SYMBOL
Rh

ATOMIC NUMBER
45

ATOMIC MASS
102.9055

FAMILY
Group 8 (VIIIB)
Transition metal;
platinum group

PRONUNCIATION
RO-dee-um

Compounds of rhodium are used as catalysts. A catalyst is a substance used to speed up or slow down a chemical reaction without undergoing any change itself.

 

Rhenium

SYMBOL
Re

ATOMIC NUMBER
75

ATOMIC MASS
186.207

FAMILY
Group 7 (VIIB)
Transition metal

PRONUNCIATION
REE-nee-um

About a quarter of the rhenium consumed in the United States is used as a catalyst in the petroleum industry. A catalyst is a substance used to speed up or slow down a chemical reaction without undergoing any change itself. Rhenium catalysts are used in the reactions by which natural petroleum is broken down into more useful fragments, such as gasoline, heating oil, and diesel oil.

 

What Does a Catalytic Convertor Do?

Since 1981, three-way catalytic converters have been used in vehicle emission control systems in North America and many other countries on roadgoing vehicles. A three-way catalytic converter has three simultaneous tasks:

  • Reduction of nitrogen oxides to nitrogen and 2NOx xO2 + N2

  • Oxidation of carbon monoxide to carbon dioxide: 2CO + O2 2CO2

  • Oxidation of unburnt hydrocarbons (HC) to carbon dioxide and water CxH2x+2 + [(3x+1)/2]O2 xCO2 + (x+1)H2O

Source: http://en.wikipedia.org/wiki/Catalytic_converter

Alright, now #3 above is the key here, Oxidation of unburnt Hydrocarbons.

What are Hydrocarbons?

"The primary source of hydrocarbons here on Earth is through fossil fuels" Source: http://www.wisegeek.com/what-are-hydrocarbons.htm

OK next step here is what is in a Catalytic convertor that helps it remove the unburnt hydrocarbons (wasted fossil fuels)? "The catalyst itself is most often a precious metal. Platinum is the most active catalyst" Source :http://en.wikipedia.org/wiki/Catalytic_converter

 

Ok now some information from the Inventor of the Platinum Fuel Saver Joel Robinson:

The reason for unburnt fuel exiting a perfectly tuned gasoline engine is that 
the spark plug ignites on an average at 30 degrees before top dead center.

That spark only ignites the fuel between the electrodes of the spark plug.
That initial flame propagates outward until there is flame across the entire
piston at around 10 degrees before top dead center. The burning will continue
until 30 degrees after top dead center when the piston will have moved 1/4
inch further away from the head. Most vehicles have a 3.5 inch stroke meaning
that the piston compresses from 4 inches to 1/2 inch.

Therefore, when the piston moves downward 1/4 inch, it has increased the
combustion chamber volume by 50%, from 1/2 inch to 3/4 inch.

According to the laws of chemistry named after Charles, Boyle & Gay-Lussac,
when there is a rapid increase in volume, there is a rapid decrease in pressure.
And when there is a rapid decrease in pressure, there is a rapid decrease in
temperature. At 30 degrees after top dead center, the temperature drops below
2,000 degrees Farenheit. The CO can no longer oxidize (burn) to CO2.

The flame is quenched, and an average of 20% of the fuel in a perfectly tuned
gasoline engine cannot burn and 32% in an average tuned vehicle cannot burn.

Platinum reduces the oxidation temperature of CO from 2,000 degrees Farenheit
to 500 degrees farenheit. This explains why this fuel will burn in the catalytic
converter or in the combustion chambers of the engine with our platinum.

Joel Robinson

Now that you understand how this works give click here to place your order

 

 

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