NOVELTY - The brewery plant (01) comprises a brewing unit (12), in which beer wort is produced from a raw material under the use of process energy, a filling unit (02), in which the beer produced from the beer wort under the use of process energy is filled in bottles, and a first energy supply network (16), which is provided for supplying the brewing unit with the process energy and in which the process heat is injected with a first temperature level of a first energy generation unit (17) and is distributed by a heat carrier on different energy consumers in the brewing unit.    USE - Brewery plant for producing and filling beer.    ADVANTAGE - The brewery plant ensures economical and efficient production and filling of the beer with less energy consumption.    DETAILED DESCRIPTION - The brewery plant (01) comprises a brewing unit (12), in which beer wort is produced from a raw material under the use of process energy, a filling unit (02), in which the beer produced from the beer wort under the use of process energy is filled in bottles, a first energy supply network (16), which is provided for supplying the brewing unit with the process energy and in which the process heat is injected with a first temperature level of a first energy generation unit (17) and is distributed by a heat carrier on different energy consumers in the brewing unit, and a second energy supply network (21), which is provided for supplying the filling unit with the process energy (22) and in which the process heat is injected with a second temperature level of a second energy generation unit and is distributed by a heat carrier on different energy consumers in the filling unit. The maximum temperature of the heat carrier in the first energy supply network lies above the maximum temperature of the heat carrier in the second energy supply network. The maximum temperature of the heat carrier in the first energy supply network is 100 degrees C. A mash process and/or wort cooking process by the first energy supply network assigned to the brewing unit are supplied with process heat. The maximum temperature of the heat carrier in the second energy supply network is 85-95 degrees C. A bottle cleaning process for cleaning the used bottles, a rinsing process for rinsing unused new bottles and/or a pasteurizing process for pasteurizing the beer by the second energy supply network assigned to the filling unit is supplied with process heat. The first energy generation unit is formed for injecting the process energy into the first energy supply network in the type of a biomass treatment unit, in which the biomass is thermally treated by gasification and/or combustion, where the brewer grains occurring during lautering or filtering the beer wort are thermally treated in the biomass treatment unit by gasification and/or combustion during the wort production in the brewing unit. The second energy generation unit is formed for injecting the process energy into the second energy supply network in the type of a solar thermal unit, in which the hot water is heated by using the solar energy, in the type of a geothermal unit, in which the hot water is heated by using the geothermal energy, and/or in the type of a waste heat recovery unit, in which the hot water is heated by using the waste heat from another plant part. The waste heat from a combined heat and power unit of the brewery plant, the waste heat from a fuel cell from a cooling circuit of the brewery plant or the waste heat from a compressor of the brewery plant is used for heating the hot water in the waste heat recovery unit, where biogas is thermally treated for generating current and process heat in the combined heat and power unit of the brewery plant and is produced in a fermentation unit by fermenting the wastewater of the brewery plant. The wastewater is produced by pressing moist brewer grains from the brewing unit into a pressing unit for the production of the biogases in the fermentation unit. The surplus process heat from the second energy supply network assigned to the filling unit is used for cold production in an absorption cooling machine.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic representation of a brewery plant.    Brewing unit (01)    Filling unit (02)    Brewery plant (12)    First energy supply network (16)    First energy generation unit (17)    Second energy supply network (21)    Second energy generation unit. (22)