A multifunctional wet waste processing system for generating electricity and clean water generation, comprising: a sludge dryer assembly having a waste path with a sludge inlet configured to receive wet sludge comprising a mixture of water and solid waste material, the sludge dryer assembly having a drying portion configured to dry the sludge and thermally separate at least some of the water from the solid waste material to provide dried solid fuel, the sludge dryer assembly having a first water outlet, a dry waste outlet, and a condenser portion having a fluid path with a fluid inlet and a first fluid outlet, the fluid path being isolated from the waste path; a clean water collection system coupled to the first water outlet and configured to collect the separated water from the sludge; a dry waste combustor assembly coupled to the dry waste outlet of the sludge dryer assembly, the dry waste combustor assembly having a combustion portion that receives the solid fuel from the dry waste outlet and burns the solid fuel and generates heat, and the dry waste combustor assembly having a boiler heated by the heat from the combustion portion burning the solid fuel, the boiler having a first water inlet and a first steam outlet; a steam-powered generator coupled to the first steam outlet of the boiler and configured to generate electricity, the generator having a second fluid outlet coupled to the fluid inlet of the condenser portion; and a water pump having a second water inlet coupled to the fluid outlet of the condenser portion, wherein the water pump is coupled to the first water inlet and wherein the boiler is configured to convert a flow of water entering the boiler to a flow of steam to power the steam-powered generator wherein the waste dryer assembly is a multi-segment dryer having sequential first and second dryer segments (200, 220) each coupled to the condenser portion and each configured to dry the sludge by vaporizing water from the sludge using heat from exhaust steam from the steam-powered generator; and wherein the first dryer segment is adapted to generate first dryer water from water separated from the sludge, and the second dryer segment has a first water carrier portion coupled to the first dryer segment and configured to carry the first dryer water adjacent to and isolated from the sludge in the second dryer segment, and the second dryer segment having a second water carrier portion isolated from the first water carrier portion and configured to carry the exhaust steam from the steam-powered generator adjacent to the sludge, wherein heat from the first and second water carrier portions dries the sludge moving therein. a sludge dryer assembly having a waste path with a sludge inlet configured to receive wet sludge comprising a mixture of water and solid waste material, the sludge dryer assembly having a drying portion configured to dry the sludge and thermally separate at least some of the water from the solid waste material to provide dried solid fuel, the sludge dryer assembly having a first water outlet, a dry waste outlet, and a condenser portion having a fluid path with a fluid inlet and a first fluid outlet, the fluid path being isolated from the waste path; a clean water collection system coupled to the first water outlet and configured to collect the separated water from the sludge; a dry waste combustor assembly coupled to the dry waste outlet of the sludge dryer assembly, the dry waste combustor assembly having a combustion portion that receives the solid fuel from the dry waste outlet and burns the solid fuel and generates heat, and the dry waste combustor assembly having a boiler heated by the heat from the combustion portion burning the solid fuel, the boiler having a first water inlet and a first steam outlet; a steam-powered generator coupled to the first steam outlet of the boiler and configured to generate electricity, the generator having a second fluid outlet coupled to the fluid inlet of the condenser portion; and a water pump having a second water inlet coupled to the fluid outlet of the condenser portion, wherein the water pump is coupled to the first water inlet and wherein the boiler is configured to convert a flow of water entering the boiler to a flow of steam to power the steam-powered generator wherein the waste dryer assembly is a multi-segment dryer having sequential first and second dryer segments (200, 220) each coupled to the condenser portion and each configured to dry the sludge by vaporizing water from the sludge using heat from exhaust steam from the steam-powered generator; and wherein the first dryer segment is adapted to generate first dryer water from water separated from the sludge, and the second dryer segment has a first water carrier portion coupled to the first dryer segment and configured to carry the first dryer water adjacent to and isolated from the sludge in the second dryer segment, and the second dryer segment having a second water carrier portion isolated from the first water carrier portion and configured to carry the exhaust steam from the steam-powered generator adjacent to the sludge, wherein heat from the first and second water carrier portions dries the sludge moving therein.