pressure oil pump 204 that pumps it into line 206 compressed atomizing o 2 from line 225 and the feed oil in line 206 are combined and passed through line 226 to an emulsifier vessel 227 where they are mixed together steam in line 121 gasification oxygen in line 120 and the emulsified oxygen and oil in line 228 all enter the high pressure gasifier 102 where they are combined to generate a high pressure high temperature syngas as previously mentioned when discussing fig1 the gasification generates about a 2 to 3 1 ratio of hydrogen and carbon monoxide those of ordinary skill in the art will realize that this ratio is selectable and can be other ranges or values before the high pressure high temperature syngas is injected down line 104 to the reservoir line 230 first carries it to a gasifier heat recovery unit hru 132 to control e g lower the syngas temperature power is generated in an organic rankine cycle orc system 250 which converts the thermal energy captured in the gasifier hru 132 into electricity the orc system 250 includes an orc heat exchanger 234 line 240 a generator 208 line 241 an air heat exchanger 242 line 243 a refrigerant pump 244 and line 245 the orc system 250 receives its energy from a closed loop hot oil circulation system including the gasifier hru 232 line 233 the orc heat exchanger 234 line 235 pump 236 line 237 and the gasifier hru 232 the oil circulating system 250 controls the temperature of the syngas for injection into the reservoir 110 the temperature of the syngas is controlled by feeding hot circulating oil in line 233 into the orc heat exchanger 234 where it gives up its thermal energy line 233 transfers heat from.