Abstract: The method for the purification of a gas containing pollutants, particularly fumes, comprising the following steps of: providing a purification apparatus comprising a hollow body defining a purification chamber; feeding of a gas to be purified inside the purification chamber; first dispensing operation of nebulized water inside a first portion of the purification chamber to intercept the gas to be purified for the abatement of the organic and/or inorganic compounds present in the gas itself; treatment of the gas coming out of the first portion in a second portion arranged downstream of the first portion in the direction of gas flow; second dispensing operation of nebulized water inside a third portion of the purification chamber, arranged downstream of the second portion in the direction of gas flow; where nebulized water comprises deuterium and where the treatment comprises the formation of electric discharges in the second portion to ionize the gas coming out of the first portion and to obtain a state of pl

Abstract: A method and an apparatus based on a reactor vessel (201) that is brought to a predetermined vacuum degree, in particular said vacuum degree set between 2 and 6 absolute millibar, an to a high temperature. A waste material is continuously introduced in the vessel (202), in particular a solid waste material (5) is introduced in such a way that a vacuum loss from the vessel (201) is prevented. Owing to the high temperature, waste material (5) forms a plasma that undergoes a molecular rearrangement, which gives origin to a substantially liquid residue that is collected in a bottom portion (204) of reactor (201), and to a gas (11). The gas (11), which mainly comprises carbon monoxide, hydrogen, carbon dioxide and steam, i.e. a typical syngas composition, is continuously taken away from the vessel (201) through a duct (12), and is sent to subsequent treatments to obtain a gas fuel that can be burnt by devices such as a gas turbine, a motor or a boiler.

Abstract: A plasma method and apparatus for purifying an offgas containing inorganic and organic pollutants. A plasma torch (26) is formed by interaction of the offgas (6) with an electric field (E) created by a voltage (V) applied between one or more couples of electrodes (16) arranged upstream/along a purification chamber (1); the electric field is such that an electric discharge takes place which ionizes the offgas (6) and causes a redistribution of atoms/molecules, thus creating longer molecules, which form a liquid residue (23), and shorter molecules, which form a purified gas (7). The gas undergoes an expansion that is caused by a diverging portion (21) of the purification chamber and assists preliminary cooling of the of fgas/purified gas (6/7). A tube-bundle exchanger (2) is provided and has a cross section larger than the outlet port (14) of the chamber to allow further expansion/cooling. A scrubber (3) is arranged downstream exchanger (2).

Abstract: A telematic system is used for real-time monitoring of data pertaining to the past and future trends of financial markets, with generation of attention signals linked to particular logic conditions being satisfied, which depend upon external data that can be pre-defined by the user and can be associated to drafts/order proposals of trading of financial instruments. The telematic system includes a central control unit, connected to at least one telematic market of financial instruments and provided with a transceiver for connection to a remote informative-operative terminal (network-connected personal computer, cellphone or palmtop computer that can be connected to the Internet). A system and a procedure that will enable, once given pre-definable logic events are reached, transactions to be made on financial markets with the shortest possible delay even in the case where mobile devices available are habitually kept in stand-by but are able to receive attention signals continuously.

Abstract: A system for entering and sending orders for buying and selling stock-exchange securities via telematics with accelerated organization, according to which, by means of a graphic interface of the type commonly used on personal computers equipped with keyboard and/or mouse and/or pen and/or other device for interacting with the screen, it is possible to pre-enter a set of parameters for the securities in question, such as the security (22) itself, the limit price (24) of the order, the amount desired (25), and the type of buying or selling transaction (27, 28); the amounts (25) may be entered for each security (22) when making the first order, and then remain valid for the subsequent orders, the same applying as regards the price (24), for which, where it is not typed in explicitly as a constant datum, it is possible to use a symbolic parameter which determines it dynamically by the flow of the prices of the said security which arrive from the market at the instant in which the order is sent.