Urgent: The Cops Are On Their Way

 

This proud Military Veteran was close to taking his own life...

After his Tinnitus had become so bad that he couldn't even sleep...

It was like torture...

And he had nowhere else to turn.

Then after surviving a brutal mugging that should've left him dead...

The veteran experienced a wild chance encounter...

That would ultimately lead to the discovery of a unique tinnitus relief method...

Something that began working immediately to mute his tinnitus – and make it like the ringing was never there!

Click here to see this tinnitus relief method for yourself.



You'll have to be quick though...

Because since this message has gone viral...

Thousands of people are all trying to cash in on this shockingly simple tinnitus relief method...

And I don't know how much longer this information is going to be available on the web for free.

Sincerely,

Martin Perrier
The Ringing Group

 






 












 

 

Carbon-neutral fuels are synthetic hydrocarbons. They can be produced in chemical reactions between carbon dioxide, which can be captured from power plants or the air, and hydrogen, which is created by the electrolysis of water using renewable energy. The fuel, often referred to as electrofuel, stores the energy that was used in the production of the hydrogen. Coal can also be used to produce the hydrogen, but that would not be a carbon-neutral source. Carbon dioxide can be captured and buried, making fossil fuels carbon-neutral, although not renewable. Carbon capture from exhaust gas can make carbon-neutral fuels carbon negative. Other hydrocarbons can be broken down to produce hydrogen and carbon dioxide which could then be stored while the hydrogen is used for energy or fuel, which would also be carbon-neutral. The most energy-efficient fuel to produce is hydrogen gas, which can be used in hydrogen fuel cell vehicles, and which requires the fewest process steps to produce. Methanol can be made from a chemical reaction of a carbon-dioxide molecule with three hydrogen molecules to produce methanol and water. The stored energy can be recovered by burning the methanol in a combustion engine, releasing carbon dioxide, water, and heat. Methane can be produced in a similar reaction. Special precautions against methane leaks are important since methane is nearly 100 times as potent as CO2, in terms of Global warming potential. More energy can be used to combine methanol or methane into larger hydrocarbon fuel molecules. Researchers have also suggested using methanol to produce dimethyl ether. This fuel could be used as a substitute for diesel fuel due to its ability to self ignite under high pressure and temperature. It is already being used in some areas for heating and energy generation. It is nontoxic, but must be stored under pressure. Larger hydrocarbons and ethanol can also be produced from carbon dioxide and hydrogen. All synthetic hydrocarbons are generally produced at temperatures of 200–300 °C, and at pressures of 20 to 50 bar. Catalysts are usually used to improve the efficiency of the reaction and create the desired type of hydrocarbon fuel. Such reactions are exothermic and use about 3 mol of hydrogen per mole of carbon dioxide involved. They also produce large amounts of water as a byproduct