Friday 13 May 2011

Daniel D Dinguel at TESDA Seminar on Renewable Energy

Who didn’t know Mr. Daniel Dinguel in that seminar? Probably not a single one. All were eager to listen and much more to know the secret behind his water (or hydrogen) fuelled car. Somebody was taking a video on him.
On his face we can see how he suffered a blast from one of his experimentation on hydrogen gas. He speaks too faint to be heard and he hears sound impaired-ly. That was why Mr. Ronald Talion asked microphone for Mr. Dinguel.
As what was expected Mr. Dinguel had introduced himself and told a story about his meeting with the U.S. President Ronald Wilson Reagan, who was curious about his invention. They tested his car and he convinced them that hydrogen gas from ordinary water could run his car. The U.S. President asked him if he would be granted a wish what wish he would like to be fulfilled -in someway in exchange to his invention.
” you’re crazy! ” replied the U.S. President to him after he answered that he wanted the Philippine debt be paid of   all.
According to him, the U.S. President asked him not to patent his invention for many workers and jobs in oil industry throughout America and world wold stop if he did.
To make him busy and,in effect, hide from the public he was admitted to National Aeronautics and Space Administration (NASA),even though he was only an elementary grade six graduated.
His family in the Philippines, then knew nothing about what’s happening to him and after years gone by, his wife made her own life and got another man.
Engineer Dinguel was left alone. But a young lady ushered him when he was with us in the TESDA seminar last afternoon of August 12th, 2009.
When engineer Dinguel said he would teach us about renewable energy, a man on front near to him loudly said: ” Okay Sir, teach us how to construct it and what are the needed materials to convert water into hydrogen and oxygen gases. ”
Meaningfully engineer Daniel answered that we need to test how much oil we need until we totally have had a pure hydrogen gas and abandoned the oil and we have to keep test and test until we found what we sought.
The man and others gave a profound sigh,probably as a gesture of dismay. But I raised my hand and stood up suggesting to the audience and asking to engineer Dinguel: ” Is that…we need vinegar? Because vinegar can be split its molecules and has hydrogen. ‘
” you might be the next who can invent the water fueled car,” the engineer replied and smiled at me. “No vinegar or whatsoever is needed, Just use water and test it.”
He didn’t told us the exact materials but ‘water’ , as just what he did in Japan.
After telling about some renewable sources of energy he invited us to go to his car outside the LSI room and see how hydrogen gas is useful. He had injected water into his invention and electrified it by a 12-volt battery. Connected to his apparatus were two tiny copper pipes: one spewing oxygen gas and another exhaling hydrogen gas.
Then he injected the hydrogen exhaling tube and sucked from it a few milliliters of hydrogen gas. he demonstrated us how a suddenly forceful pressed plastic injector would explode,sparking and bursting out the rubber stopper.
Nevertheless we’d finished the seminar without knowing what were the materials of his apparatus except ‘ water ‘.
Being eager to discover it I search some combination of metal to dissociate hydrogen and oxygen of the water and I’ve found out platinum for oxygen and stainless for hydrogen, for oxygen can corrode soft metal. Wattage (or ampere) amplifier is needed by the 12-volt battery to produce more hydrogen molecules from the water.
The released molecules are proportional to the ampere and/or to the spreading & nearness to each other of the electrodes (stainless).
However, too much hydrogen gas is explosive and can explode a tube that connects the vehicle to the apparatus. So, it is necessary to test the amount of water, ampere, spreading of electrodes,or of emitted hydrogen gas enough for the engine and put a safety device to control the amount of electricity from the battery or car.
And be cautious that don’t draw near your face on the tube during your experimentation so that just in case of explosion you will not get badly injure your face.

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