Todd Anthony Travis

Eric Calzoncinth

Angelica Calzoncinth

A hydraulic fracturing fluid delivering system includes at least one fracturing fluid delivering unit that is configured with a low-pressure flow line assembly, a high-pressure flow line assembly, a plurality of cross beams, and at least one isolation valve. The plurality of cross beams is evenly spaced along the low-pressure flow line assembly. The plurality of cross beams is welded onto the low-pressure flow line assembly to structurally strengthen the fracturing fluid delivering unit. The high-pressure flow line assembly is positioned atop the plurality of cross beams and mounted to the plurality of cross beams so that the multiple high-pressure flow line assemblies are able to structurally strengthen the hydraulic fracturing fluid delivering system. A pair of pipes for the low-pressure flow line assembly are in selective fluid communication with each other through the at least one isolation valve in order to control fluid flow between the pair of pipes.

Hydraulic fracturing fluid delivering system

A wellhead pressure reduction and power generating assembly includes a wellhead, a supply pipe, a prime mover, a pump, and an accumulator bank. The wellhead is configured to supply a pressurized production fluid flow and is in fluid communication with the supply pipe. The prime mover is configured to induce a pressure drop within the pressurized production fluid flow and is in fluid communication with the supply pipe. The pump is configured to receive a mechanical force of the prime mover and operatively coupled with the prime mover. The accumulator bank is configured to accumulate a pressurized hydraulic fluid and is in fluid communication with the pump.

Wellhead pressure reduction and power generating assembly

A hydraulic fracturing fluid delivering system includes at least one fracturing fluid delivering unit that is configured with a low-pressure flow line assembly, a high-pressure flow line assembly, and a plurality of cross beams. The plurality of cross beams is evenly spaced along the low-pressure flow line assembly. The plurality of cross beams is welded onto the low-pressure flow line assembly to structurally strengthen the fracturing fluid delivering unit. The high-pressure flow line assembly is positioned atop the plurality of cross beams and mounted to the plurality of cross beams so that the multiple high-pressure flow line assemblies are able to structurally strengthen the hydraulic fracturing fluid delivering system.

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Humble, TX, United States of America

Todd Anthony Travis