That wouldn't be NH3 would it, or alternatively methonol CH3OH, both have been proposed as fuel cell fuels, as has H2  stored in a metal hydrate.

I don't just think of Hydrogen as H2 (H-H).

Both the above liquids could be used as a liquid store of hydrogen, to be liberated in a fuel cell, or for other applications, like the use of ammonia in fertilisers (Ammonium Nitrate or Sulphate).

We liberate energy by breaking non-polar or slightly polar bonds H-H C-H and creating highly polar or ionic bonds H-0-H (H2O)(Hydrogen bonding with O, F, N) with 5-10% of energy of a covalent bond, releasing bond energy. Of course if we start with H20, then  we will lose energy in the process (due to entropy), but may gain other desirable outcomes including storage and transfer of energy (as a gas or liquid).

Electronegativity increases across the periodic table from left to right. It increases going up the periodic table.

Now someone is going to correct my basic knowledge of chemistry.

I think he means make fertilizer, not fuel.