Abstract: A method and apparatus for eliminating noxious products in the emissions of hydrocarbon combustions exhaust gases includes the combination of three forms of radiant energy production which all together and/or also separately concur to eliminate all the carbon particulates and the unburnt hydrocarbons, as well as the volatile gases (SOV) deriving from combustion processes of any kind. The three forms of radiant energy are: radiant energy by means of radiant tubes; radiant energy produced by bombarding the material by means of microwaves due to a quantum effect; and radiant energy created by pulsed laser rays properly sent upon a graybody.

Abstract: A method and an apparatus for reducing combustion residues, particularly pollutants, in exhaust gases generated from the combustion of fuels such as fossil fuels, wood and similar. The exhaust gases are treated before releasing them in the environment. The exhaust gases treatment includes performing a post-combustion process by submitting the exhaust gases to radiant heat in order to increase the exhaust gases temperature to a value sufficient to cause self-combustion.

Abstract: A radiant combustion reactor comprises a combustion chamber delimited by walls adapted to radiate electromagnetic radiation in a prescribed wavelength range, and a heating arrangement operatively associated with the radiating walls for heating the radiating walls to a prescribed, radiating temperature. The heating arrangement comprises at least one optical radiation source generating an optical radiation that is caused to invest the radiating walls and causes heating thereof.

Abstract: A cellular phone including a central processing unit, receiving and transmitting means, and data input/output means, the phone comprising means for the legal identification of the owner of the cellular phone and data sending/receiving means, the identification means generating encrypted information relating to personal data that unequivocally identify the owner of the cellular phone for transmission, through the sending/receiving means, to a decryption and identification station.