NOVELTY - A system for reducing NOx and recovering waste heat from a stream of exhaust gas from fossil fuel fired turbine. The stream of exhaust gas is contacted with ozone gas to convert the NO to nitrogen dioxide (NO2). The system has a heat reclaim coil (117) to capture heat from stream of exhaust gas comprising nitrogen-di-oxide and residual nitrogen oxide to produce hot water. A misting stage receives the stream of exhaust gas, and is in contact with the stream of exhaust gas with water mist to create exhaust stream comprising nitric acid and residual nitrogen oxide. A condensing medium cools the stream of gas comprising nitric acid and residual oxide, and collects a residual water film to capture the nitric acid for creating the exhaust stream comprising residual nitric acid and residual nitrogen oxide.    USE - System for reducing nitrogen-di-oxide and recovering waste heat from stream of exhaust gas from a fossil fuel fired turbine. Can also be used as gas-fired, oil-fired, diesel-fire and biofuel-fired turbine.    ADVANTAGE - The system has a superheater, a high pressure evaporator, a high pressure economizer, a low pressure evaporator and a low pressure economizer operated as a heat recovery steam generation (HRSG) unit and serving to reclaim heat from the exhaust gas and transfer the heat to water and/or steam used to drive the turbine, thus increasing overall efficiency of the system.    DETAILED DESCRIPTION - The condensing medium is made with a coating of Teflon (RTM: PTFE) and critical PVC.    An INDEPENDENT CLAIM is also included for a method for reducing nitrogen-di-oxide and recovering waste heat from a stream of exhaust gas from a fossil fuel fired turbine.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for reducing nitrogen-di-oxide and recovering waste heat from a stream of exhaust gas from a fossil fuel fired turbine.    Hot exhaust gases (101)    Special fabricated breech (103)    Superheater (105)    High pressure evaporator (107)    Heat reclaim coil (117)