NOVELTY - A mobile distillation system comprises first carriage (12) movable through an environment, a second mobile carriage (30) mechanically connected to the first carriage, and a kinetic energy converter (34) operatively connected to the mobile distillation system and is transported to convert at least some of the kinetic energy of the moving distillation system into heating energy for a heater of the distillation system to heat a distillable product.    USE - As mobile distillation system (claimed) to isolate a product such as ethanol.    ADVANTAGE - The mobile distillation system enables the concurrent distillation and transportation of the distilled product, thus provides at least some efficiency and cost advantages. The mobile distillation system's kinetic energy converter functions at conditions during the displacement of the system in order to maximize efficiency.    DETAILED DESCRIPTION - A mobile distillation system comprises first carriage (12) movable through an environment, a second mobile carriage (30) mechanically connected to the first carriage, and a kinetic energy converter (34) operatively connected to the mobile distillation system and is transported to convert at least some of the kinetic energy of the moving distillation system into heating energy for a heater of the distillation system to heat a distillable product. The system is provided in connection with trains (10) and ships; and provides co-generation distillation for trains and ships. The co-generation is achieved by numerous moving parts of the train or ship. The specifically designed generators and dynamos are placed in the system to produce distillation heat. The energy from train brakes and wind propellers are also captured for co-generation dynamics. The train wheels and ship shafts are tapped for mobile inertia. The heat waste is also captured and recycled for co-generation. The processing tanks (16) are designed for distillation, storage and balance. The heating elements are placed in the distillation tanks for processing. The system comprises regulators to control distillation temperatures, and flow pumps to control the finished fuel ethanol to the storage tanks. The feedstock for distillation is liquid sucrose from sweet sorghum or other crops. The by products obtained after distillation are captured in drain tank.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a mobile distillation system in connection with a train.    Train (10)    First distillation car (12)    Distillation tank (16)    Heaters (24)    Second storage car (30)    Kinetic energy converter (34)