NOVELTY - Recovering ammonia generated from civil and/or industrial waste comprises: (a) feeding an essentially liquid waste flow comprising an amount of ammonia between 1% and 10% by weight in a turbo-stripper; centrifuging the particles comprising ammonia; (c) discharging from the turbo-stripper a stripped waste flow; (d) feeding the stripped waste flow into a liquid/gas separation unit; and (e) discharging an ammonia rich gaseous flow and a liquid flow essentially free, or with a reduced amount, of ammonia.    USE - The process or plant is useful for recovering ammonia generated from civil and/or industrial waste (claimed).    ADVANTAGE - The invention provides economically advantageous, effective, simple, and safe process for recovering ammonia generated from civil and/or industrial waste, such as for example animal excrements, organic fraction of municipal solid waste, sewage sludge, agricultural and food waste and the like, to be reused in the chemical industry and/or energy production field.    DETAILED DESCRIPTION - Recovering ammonia generated from civil and/or industrial waste comprises: (a) feeding an essentially liquid waste flow comprising an amount of ammonia between 1% and 10% by weight in a turbo-stripper comprising a cylindrical tubular body closed at its opposite ends by end plates, equipped with inlet and outlet openings, a heating jacket for bringing the inner wall of the cylindrical tubular body to a predetermined temperature, a bladed rotor, internal and coaxial with the cylindrical tubular body where it is rotated at a peripherical speed comprised between 15 and 40 m/second, so as to disperse the waste flow into a flow of particles comprising ammonia; centrifuging the particles comprising ammonia against the inner wall of the turbo-stripper heated to a temperature comprised between 60 degrees C and 250 degrees C, preferably of 85 degrees C, with formation of a thin, dynamic, highly turbulent tubular fluid layer, which advances substantially in contact with the inner wall of the turbo-stripper towards the outlet opening; (c) discharging from the turbo-stripper a stripped waste flow comprising a liquid fraction essentially free, or with a reduced amount, of ammonia, and an ammonia rich gaseous fraction; (d) feeding the stripped waste flow into a liquid/gas separation unit; and (e) discharging from the liquid/gas separation unit an ammonia rich gaseous flow and a liquid flow essentially free, or with a reduced amount, of ammonia. An INDEPENDENT CLAIM is a plant for recovering ammonia generated from civil and/or industrial waste comprising a turbo-stripper comprising a cylindrical tubular body closed at its opposite ends by end plates, equipped with inlet and outlet openings, a heating jacket for bringing the inner wall of the cylindrical tubular body to a predetermined temperature, a bladed rotor, internal and coaxial with the cylindrical tubular body which is apt to rotate at a peripherical speed comprised between 15 and 40 m/second; and a liquid/gas separation unit downstream of the turbo-stripper and in fluid communication.