The pump system of Independent Natural Resources Inc (INRI), a US energy technology company, passed the test successfully. When used in conjunction with hydroelectric systems, this pump system produces renewable energy and freshwater. The SEADOG pump system has been tested in the Gulf of Mexico. By capturing ocean energy from waves and water waves, it can pump large volumes of seawater to shore-based reservoirs or offshore platform systems without consuming fuel. During testing, a single SEADOG pump can withstand modest sea waves of 6 to 6 feet and continuously pump 15,000 to 40,000 gallons of seawater per day, but changes in size, structure and pumping capacity are primarily dependent on the form of the waves , Height and frequency. In order to be able to generate hydropower, the SEADOG ocean-wave pump takes energy from the waves to transport the seawater somewhere on the ground or in a water tower, where seawater can be returned to the ocean by the nautical-electric turbine, thus generating Renewable electric energy. Preliminary judgments on the SEADOG results show that a 1-mile SEADOGpumps can generate on average 50 megawatts-over 1,500 megawatts of hydroelectric energy, depending on the size of the ocean waves. The manufacturer of the pump system said the SEADOG pump also has the potential to make desalination easier and even without electricity at all, even when desalination is less "expensive" without large-scale power support. The SEADOG pump does not get trapped in any electrical components - these parts are usually easily damaged by seawater. In addition, because the unit pumps the water to the reservoir, it can "salvage" salt water or desalinated seawater as potential energy when the waves, which are needed or even unusual, are too low to produce electricity. Pump captures energy from waves US energy technology company Independent Natural Resources Inc (INRI) has successfully tested a pump system which can produce renewable energy and fresh water when combined with hydroelectric systems. The SEADOG pump system, which was tested in the Gulf of Mexico, works by capturing ocean-wave energy from swells or waves to pump large volumes of seawater to shore-based storage or sea-based platform systems while consuming no fuel. In tests, a single SEADOG pump has experienced modest waves from 6 inches to 6 feet and has consistently pumped a range of 15,000 to 40,000 gallons of seawater per day. However, size, configuration and pumping capacity varies depends on the wave regime, height and frequency. To create hydroelectricity, the SEADOG ocean-wave pump captures energy from ocean swells or waves to pump seawater to a land-based holding area or water tower, where the water can be returned to the ocean through hydroelectric turbines thereby producing renewable electricity. Preliminary estimates based on SEADOG test results suggest that 1 square mile field of SEADOG pumps could generate anywhere from 50 megawatts to more than 1500 megawatts of hydroelectricity on average, depending on the wave regime. to make desalination less expensive and more accessible without the large-scale use of electricity, and in some cases no electricity usage at all, its makers say. The SEADOG does not involve any electrical components that can be damaged by sea water, and, because the device pumps water to a reservoir, it can store salt water or desalinated fresh water in the form of potential energy to generate power on demand, even if the current wave regimes is particularly low to generate power.
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