| 摘要 |
In this invention 'Sea Bed Fractured Power Production Systems' are constructed in the sea where Updraft Wells (UW1) are drilled into the sea bed and are surrounded by Boreholes (BH1) also drilled down to the required depths and at the aforesaid required depth the rocks in the earth's mantle/crust/core are fractured by blasting with explosives to create a Rock Fractured Area (RFA1). These Boreholes (BH1) are fitted with Pipes (P1) and One Way valves (OV1) so that seawater which is under high pressure, equivalent to the sea bed depth below the sea surface level at that point, gets forced down into the Rock Fractured Area (RFA1). This heated seawater then flows up under high pressure through Updraft Wells (UW1). The seawater flowing out of the Updraft Wells (UW1) is at a higher temperature than the surrounding seawater of the ocean and therefore rises towards the sea surface level. One or more Floating Covers (FC1) are positioned above the Updraft Wells (UW1), to capture the heated seawater as it exits the Updraft Wells (UW1) and to direct this flow upwards. One or more Flexible Tubes (FT1) with opened mouths are fitted to the Floating Covers (FC1), at or near their center or at a suitable position. These Tubes are extended to the sea surface level and their top ends are with opened mouths and are connected to one or more Basins (B1) floating at or on or near the sea surface, where the Basins (B1) are fitted with One Way valves (OV1) so that the heated seawater flows out of the Basins (B1) into the sea when the One Way valves (OV1) are opened. This outflow of heated seawater sucks up seawater flowing out of the Updraft Wells (UW1) and creates a flow through the Flexible Tubes (FT1). Turbines/Generators (TG1) are optimally positioned, within the Flexible Tubes (FT1) to produce electricity. |
