An energy accumulator includes a blast chamber, an explosive charge and a detonator that explodes the charge within the blast chamber. A piston forms part of the blast chamber and connects to an energy accumulator or potential energy storage device such as a spring. When an explosive charge is detonated, the piston is forced away from the blast chamber. Energy from the displacement of the piston is captured in the energy accumulator. The energy accumulator forces a fluid through different devices requiring high pressure such as desalinators, ultra and micro filters or chromatographs.

 
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