System and method for preparing liquid fuels

A system for preparing a liquid fuel, the system comprising:

• a heated area comprising a hydrocarbon input port for direct flow of hydrocarbon at a first controlled volume into the heated area, a carbon dioxide input port for direct flow of carbon dioxide at a second controlled volume into the heated area, wherein the hydrocarbon and the carbon dioxide form carbon monoxide and hydrogen by an energy provided by the heated area, and a first heated area outlet port for transporting at least one of the carbon dioxide, the carbon monoxide, and the hydrogen out of the heated area;
• a reactor, in fluid communication with the heated area, wherein the reactor comprises a first inlet port for directly receiving the carbon monoxide in a third controlled volume and the hydrogen in a fourth controlled volume, and a second inlet ort for directly receiving additional hydrogen in a fifth controlled volume, wherein the reactor forms the liquid fuel from the carbon monoxide, the hydrogen, and the additional hydrogen according to a predetermined object, and a reactor outlet port for transporting the liquid fuel out of the reactor;
• an ammonia reactor having an inlet port in direct fluid communication with a second heated area outlet port for transporting the hydrogen out of the heated area to the ammonia reactor to form ammonia with nitrogen;
• and
• a storage device having a first inlet port in direct fluid communication with the reactor outlet port, and a second inlet port in direct fluid communication with an ammonia reactor outlet port, wherein the storage device is capable of storing the liquid fuel generated in the reactor and ammonia generated in the ammonia reactor.