NOVELTY - A system (10) for reclaiming contaminated water comprises contaminant collection subsystem including heat exchanger to receive contaminated water; heat generation subsystem (200) including thermal fluid flow network to circulate thermal transfer fluid, and solar concentrator and biofuel combustion device; where heat exchanger is configured to receive heated thermal transfer fluid to boil the contaminated water so that contaminants in contaminated water are retained in heat exchanger, and supply of steam is directed from heat exchanger to the steam engine for driving the generator.    USE - As system for reclaiming contaminated water (claimed), used in facility (e.g. food processing, agricultural, wine-making, dairy, oil-drilling) to reduce undesirable contaminants to cleanliness levels that meet or exceed applicable regulatory requirements; and dispose of biomass waste and provide thermal energy as a byproduct for use in other applications.    ADVANTAGE - The heat generators reduce the amount of biomass waste that would otherwise be disposed in a less desirable manner. The system uses renewable or other environmentally-friendly energy sources and further helps to promote the growth of algae which in turn may be used to produce biodiesel fuel and ethanol. The system subsidizes the costly distillation of contaminated water through the aggregation of multiple renewable energy applications enabled by the resulting pressure and heat.    DETAILED DESCRIPTION - A system (10) for reclaiming contaminated water comprises a contaminant collection subsystem including a heat exchanger configured to receive the contaminated water; a heat generation subsystem (200) including a thermal fluid flow network configured to circulate a thermal transfer fluid, and a solar concentrator and a biofuel combustion device (230), each operable to heat the thermal transfer fluid; a steam energy conversion subsystem (410) comprising a steam engine and a generator (480); where the heat exchanger is configured to receive the heated thermal transfer fluid to boil the contaminated water so that at least a portion of contaminants in the contaminated water are retained in the heat exchanger, and a supply of steam is directed from the heat exchanger to the steam engine for driving the generator. The system further comprises second boiler and evaporation device to receive the contaminants and contaminated water from moisture-vapor separator for concentrating the contaminants. The system further comprises mineral separation device. The heat generation subsystem further comprises thermal energy storage system to receive heat from thermal transfer fluid in first mode and to transfer heat to the thermal transfer fluid in a second mode; heat recovery system to receive steam from steam energy conversion subsystem for heating supplemental heat loads. An INDEPENDENT CLAIM is included for method for reclaiming contaminated water involving heating the contaminated water in heat exchanger; heating thermal transfer fluid in a solar concentrator and biofuel combustion device and circulating the heated thermal transfer fluid to the heat exchanger to heat the contaminated water; directing the steam from heat exchanger to steam engine to provide mechanical output, generating electricity using the mechanical output, and directing the steam from the steam engine to supplemental heat loads.    DESCRIPTION OF DRAWING(S) - The figure shows schematic view of water reclamation system.    System (10)    Heat generation subsystem (200)    Biofuel combustion device (230)    Steam energy conversion subsystem (410)    Generator (480)    Heat load (520)