A system for neutralizing fluid chemical waste products that result from a chemical production process and are collected from the production line, said system comprising: a pyrolysis/reaction chamber having three or more openings through which one or more plasma torches are inserted, through which one or more inlet conduits pass, and to which an exit conduit is connected; - a pre-pyrolysis subsystem comprising a container to collect said waste, a valve to regulate the flow rate, and a pump, which pumps said waste from said container through said inlet conduits; - a post-pyrolysis subsystem; - sensors that provide information concerning various operating parameters at different locations in said system; - a control unit that utilizes information provided by said sensors as well as other information provided to it from other sources in order to allow optimization and automation of the operation of said system; and - a display system to provide the operator of said system with information concerning the operation and operating parameters of said system; - wherein, each of said inlet conduits has an atomizer attached at its end facing into the interior of said chamber opposite the plasma stream such that the jet of small droplets that is formed when said fluid waste supplied by said pre-pyrolysis means is pumped through said atomizer effectively contacts at least one of the plasma stream/s created by said plasma torch/es; whereupon the molecules of said waste from which said droplets are composed are dissociated into atoms and/or ions, which move out of the immediate region of said plasma stream and recombine to form a mixture of product gases which exits said chamber through said exit conduit; and wherein said post-pyrolysis subsystem is designed for neutralizing and/or collecting the components comprising the mixture of product gases exiting said chamber through said exit conduit. a pyrolysis/reaction chamber having three or more openings through which one or more plasma torches are inserted, through which one or more inlet conduits pass, and to which an exit conduit is connected; - a pre-pyrolysis subsystem comprising a container to collect said waste, a valve to regulate the flow rate, and a pump, which pumps said waste from said container through said inlet conduits; - a post-pyrolysis subsystem; - sensors that provide information concerning various operating parameters at different locations in said system; - a control unit that utilizes information provided by said sensors as well as other information provided to it from other sources in order to allow optimization and automation of the operation of said system; and - a display system to provide the operator of said system with information concerning the operation and operating parameters of said system; - wherein, each of said inlet conduits has an atomizer attached at its end facing into the interior of said chamber opposite the plasma stream such that the jet of small droplets that is formed when said fluid waste supplied by said pre-pyrolysis means is pumped through said atomizer effectively contacts at least one of the plasma stream/s created by said plasma torch/es; whereupon the molecules of said waste from which said droplets are composed are dissociated into atoms and/or ions, which move out of the immediate region of said plasma stream and recombine to form a mixture of product gases which exits said chamber through said exit conduit; and wherein said post-pyrolysis subsystem is designed for neutralizing and/or collecting the components comprising the mixture of product gases exiting said chamber through said exit conduit. - a pre-pyrolysis subsystem comprising a container to collect said waste, a valve to regulate the flow rate, and a pump, which pumps said waste from said container through said inlet conduits; - a post-pyrolysis subsystem; - sensors that provide information concerning various operating parameters at different locations in said system; - a control unit that utilizes information provided by said sensors as well as other information provided to it from other sources in order to allow optimization and automation of the operation of said system; and - a display system to provide the operator of said system with information concerning the operation and operating parameters of said system; - wherein, each of said inlet conduits has an atomizer attached at its end facing into the interior of said chamber opposite the plasma stream such that the jet of small droplets that is formed when said fluid waste supplied by said pre-pyrolysis means is pumped through said atomizer effectively contacts at least one of the plasma stream/s created by said plasma torch/es; whereupon the molecules of said waste from which said droplets are composed are dissociated into atoms and/or ions, which move out of the immediate region of said plasma stream and recombine to form a mixture of product gases which exits said chamber through said exit conduit; and wherein said post-pyrolysis subsystem is designed for neutralizing and/or collecting the components comprising the mixture of product gases exiting said chamber through said exit conduit.