GEET a System With Unusual Properties

21. October 200721. October 2007 Theo Almeida MurphyTheo Almeida Murphy

GEETGEETa a systemsystem with unusual with unusual

propertiesproperties

Dr. Theo Almeida MurphyDr. Theo Almeida MurphyDüsseldorf, GermanyDüsseldorf, Germany


Subject:Subject:

1. The beginning of GEET technologie1. The beginning of GEET technologie2., 3., 4. The basic setup, reactor details, 2., 3., 4. The basic setup, reactor details,

counterflowcounterflow5. Fuels5. Fuels6. The first prototype6. The first prototype7., 8.,9., 10. Experimental setup, details7., 8.,9., 10. Experimental setup, details11., 12., 13. Exhaust measurements11., 12., 13. Exhaust measurements14. Fuel consumption14. Fuel consumption15. Water?15. Water?16. More …16. More …


1. The beginning of GEET1. The beginning of GEETtechnologiestechnologies

The main player is The main player is Paul Pantone fom Paul Pantone fom USAUSA

It means It means GGlobal lobal EEnvironmental nvironmental EEnergy nergy TTechnologyechnology

It started in the 80sIt started in the 80s


2. The basic setup 2. The basic setup


3. Reactor details3. Reactor details For understanding you For understanding you

can see the relationship can see the relationship of the rod to the of the rod to the exhaust pipingexhaust piping

Note the green vapor Note the green vapor inlet and red exhaust inlet and red exhaust arrowsarrows

The rod is exactly The rod is exactly centered in the exhaust centered in the exhaust gas streamgas stream


4. Counterflow4. Counterflow There must be There must be

counterflow of counterflow of incoming vapors and incoming vapors and outgoing exhaust for outgoing exhaust for heat exchange.heat exchange.

Note again the green Note again the green vapor inlet and red vapor inlet and red exhaust arrowsexhaust arrows

The rod is tightly The rod is tightly centered in the inner centered in the inner pipepipe


5. Fuels5. FuelsPetrol, water, ethanol, airPetrol, water, ethanol, air


6. The first prototype6. The first prototypeLawnmowerLawnmower


7. Experimental setup7. Experimental setup

The second The second prototypeprototype

800 Watt800 Watt2.2 PS2.2 PS


8. Experimental setup8. Experimental setupDetail of the second prototypeDetail of the second prototype


9. Experimental setup9. Experimental setupDetail of the tankDetail of the tank


10. Experimental setup10. Experimental setup

Electrical power and exhaust gasesElectrical power and exhaust gases


11. Exhaust measurements11. Exhaust measurements

COCO CO2CO2



HCHC λλ



O2O2


14. Fuel comsumption14. Fuel comsumptionIdle operation, no electrical power, fuel petrolIdle operation, no electrical power, fuel petrol 0,632 L per hour normal operation0,632 L per hour normal operation 0,411 L per hour wth GEET0,411 L per hour wth GEET 35% less fuel consumption in GEET Modus35% less fuel consumption in GEET Modus

Operation with 500 Watt lamp, fuel petrolOperation with 500 Watt lamp, fuel petrol 1,260 L per hour normal operation1,260 L per hour normal operation 0,800 L per hour mit GEET0,800 L per hour mit GEET 36,5% less fuel consumption in GEET Modus36,5% less fuel consumption in GEET Modus


15. Water?15. Water? The addition of 14% water reduces the fuel The addition of 14% water reduces the fuel

consumption at around 14%consumption at around 14% We did not increase the water content more We did not increase the water content more

than 14% because we lost engine power and than 14% because we lost engine power and running smoothly was difficultrunning smoothly was difficult

The addition of ethanol did not improve the The addition of ethanol did not improve the mileagemileage


16. Further experiments 16. Further experiments More detailed runs with water and ethanol have More detailed runs with water and ethanol have

to be doneto be done The tank and the reactor dimensions have to be The tank and the reactor dimensions have to be

varied in order to optimaze fuel consumptionvaried in order to optimaze fuel consumption Exhaust gases have to be monitored for Exhaust gases have to be monitored for

different experimental conditionsdifferent experimental conditions Further experiments on diesel enginesFurther experiments on diesel engines


17. Update on Paul Pantone17. Update on Paul Pantone

In the year 2000 Paul Pantone was offered In the year 2000 Paul Pantone was offered many millions of dollars by a powerfull many millions of dollars by a powerfull individual to sell off his rights to GEET. individual to sell off his rights to GEET. Paul was told there would be serious Paul was told there would be serious consequences if he didn‘t accept. Pantone consequences if he didn‘t accept. Pantone refused, and a trap was set. Since refused, and a trap was set. Since December 2005 he has been incarcerated in December 2005 he has been incarcerated in Utah and set behind bars in a mental ward.Utah and set behind bars in a mental ward.


18. Future, now!18. Future, now!

GEET is still an experimental technology. It is GEET is still an experimental technology. It is capable of reducing greenhouse gas capable of reducing greenhouse gas emissions and hydrocarbon exhausts by over emissions and hydrocarbon exhausts by over 90%. 90%.

GEET can also double or triple gas mileage GEET can also double or triple gas mileage and significantly reduce our need for foreign and significantly reduce our need for foreign oil wars. oil wars.

GEET is a simple not well known technologie GEET is a simple not well known technologie that can easily be spread all over the planet.that can easily be spread all over the planet.


The continuation …The continuation …

Thank you for listening!Thank you for listening!Merci, Dankeschön, GraciasMerci, Dankeschön, Gracias

GEET a System With Unusual Properties

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GEET a System With Unusual Properties