A plant for pasteurising egg products, comprising: - a first channel along which a flow of egg products to be pasteurised can be conveyed; - a second channel along which a pasteurised flow of egg products can be conveyed, said second channel being disposed consecutively to said first channel and in fluid communication therewith; - a homogeniser disposed along said first channel and configured to homogenise the flow of egg products to be pasteurised; - a pasteuriser member interposed between said first channel and said second channel, downstream of said homogeniser, and configured to pasteurise the homogenised flow of egg products at a pasteurisation temperature depending on the type of egg product to be pasteurised comprised between 50 °C and 75 °C, characterised in that it comprises: - a first heat exchanger disposed along said first channel upstream of said homogeniser and configured to bring the temperature of the flow of egg products to be pasteurised to a first value comprised between 30 °C and 45 °C, depending on the type of egg product; - a second heat exchanger disposed along said first channel downstream of said homogeniser, interposed between said homogeniser and said pasteuriser member and configured to bring the temperature of the homogenised flow of egg products to be pasteurised to a second value greater than said first value and comprised between 45 °C and 60 °C, wherein both heat exchangers (6, 7) are operatively interposed between respective parts of the first channel, upstream and downstream of said homogeniser, and respective parts of the second channel in order to bring about the heat exchange by recovering part of the thermal energy of the flow of pasteurised egg products which flow along the second channel to transfer it to the flow of egg products to be pasteurised conveyed along the first channel, wherein at least one between said first and said second heat exchanger (6, 7) is an interposed fluid exchanger and comprises a hydraulic circuit for an intermediate fluid, preferably water, which circulates between a portion of said second channel and a portion of said first channel, and wherein said hydraulic circuit comprises a system for regulating the flow rate of the intermediate fluid so as to regulate the temperature of the intermediate fluid at least at said portion of the first channel. - a first channel along which a flow of egg products to be pasteurised can be conveyed; - a second channel along which a pasteurised flow of egg products can be conveyed, said second channel being disposed consecutively to said first channel and in fluid communication therewith; - a homogeniser disposed along said first channel and configured to homogenise the flow of egg products to be pasteurised; - a pasteuriser member interposed between said first channel and said second channel, downstream of said homogeniser, and configured to pasteurise the homogenised flow of egg products at a pasteurisation temperature depending on the type of egg product to be pasteurised comprised between 50 °C and 75 °C, - a first heat exchanger disposed along said first channel upstream of said homogeniser and configured to bring the temperature of the flow of egg products to be pasteurised to a first value comprised between 30 °C and 45 °C, depending on the type of egg product; - a second heat exchanger disposed along said first channel downstream of said homogeniser, interposed between said homogeniser and said pasteuriser member and configured to bring the temperature of the homogenised flow of egg products to be pasteurised to a second value greater than said first value and comprised between 45 °C and 60 °C, wherein both heat exchangers (6, 7) are operatively interposed between respective parts of the first channel, upstream and downstream of said homogeniser, and respective parts of the second channel in order to bring about the heat exchange by recovering part of the thermal energy of the flow of pasteurised egg products which flow along the second channel to transfer it to the flow of egg products to be pasteurised conveyed along the first channel, wherein at least one between said first and said second heat exchanger (6, 7) is an interposed fluid exchanger and comprises a hydraulic circuit for an intermediate fluid, preferably water, which circulates between a portion of said second channel and a portion of said first channel, and wherein said hydraulic circuit comprises a system for regulating the flow rate of the intermediate fluid so as to regulate the temperature of the intermediate fluid at least at said portion of the first channel.