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A uniform small particle homogenizer for liquid product comprising a pair of intensifier cylinder pumps ( 20 ) driven by a hydraulic system ( 22 ). The pumps have a power stroke side and a suction stroke side, and a pair of proximity sensors ( 24 ) that interface with each pump to detect forward and

A uniform small particle homogenizer for liquid product comprising a pair of intensifier cylinder pumps ( 20 ) driven by a hydraulic system ( 22 ). The pumps have a power stroke side and a suction stroke side, and a pair of proximity sensors ( 24 ) that interface with each pump to detect forward and rearward movement. A microprocessor ( 26 ) with timing capabilities controls the sequential operation of each pump with the power stroke of each pump timed to alternately produce a flow of the liquid product with a precisely timed flow overlap period from the alternating pumps. Since the power stroke takes a longer time than the suction stroke, the instant each power stroke is started the opposite pump is timed to hesitate and slightly overlap until a constant product flow-rate is produced from the alternating pumps, which eliminates large variances in pressure and therefore achieves uniformity in product particle size.

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1. A uniform small particle homogenizer for a liquid product comprising:a) a hydraulic system having a pair of hydraulic cylinders and a direction control valve in communication with each hydraulic cylinder, which activates each cylinder in an opposed reciprocating sequence,b) a pair of single-actin

1. A uniform small particle homogenizer for a liquid product comprising:a) a hydraulic system having a pair of hydraulic cylinders and a direction control valve in communication with each hydraulic cylinder, which activates each cylinder in an opposed reciprocating sequence,b) a pair of single-acting product flow intensifier cylinder pump pumps driven by the hydraulic system, wherein each of the intensifier cylinder pumps have a power stroke side and a suction stroke side, and are each rigidly affixed onto each hydraulic cylinder such that wherein when the hydraulic cylinder reciprocates linear action is transferred to the intensifier cylinder pumps,c) a pair of proximity sensors interfacing with each intensifier cylinder pumps detecting forward and rearward position,d) a product reservoir in fluid communication through an inlet check valve to each product flow intensifier cylinder pump, which provides a liquid product thereunto,e) a outlet check valve connected to each intensifier cylinder pump, thus creating a pump action of the liquid product form each intensifier cylinder pump to elevate the product pressure, andf) an interaction chamber having at least a pair of nozzles in fluid communication with the pressurized product form both cylinder pumps, wherein said opposed action of the product cylinder pumps produced a constant product flow rate that approaches complete uniformity of particle size sequentially exiting the nozzles, andg) an electronic microprocessor control system having means for monitoring and regulating the reciprocating sequence of the hydraulic cylinders, timing means for controlling the sequential operation of each intensifier cylinder pump such that the power stroke of each cylinder pump is timed to alternately produce a flow of product through the pump with a precisely timed flow overlap period from alternating pumps since the power stroke takes a longer time than the suction stroke, control by the microprocessor of the instant each alternating power stroke is started, a constant product flow-rate entering the interaction chamber is achieved to eliminate large variances in pressure therefore achieving uniformity in product particle size. 2. The uniform small particle homogenizer as recited in claim 1 wherein said hydraulic system further comprises a single electric motor driving a variable displacement hydraulic pump in fluid communication through a supply line to each single-acting hydraulic cylinder, a return line strainer located within a hydraulic return line from each hydraulic cylinder, a single reservoir collecting hydraulic fluid from each hydraulic cylinder return line and a strainer located within a supply line from the hydraulic pump. 3. The uniform small particle homogenizer as recited in claim 1 wherein said direction control valve comprises a four-way, sliding bobbin type having an off position and two opposed direction positions. 4. The uniform small particle homogenizer as recited in claim 1 wherein said electronic microprocessor control system further comprises a discrete microprocessor that regulates the reciprocating sequence of the hydraulic cylinders by cycling said direction control valves, wherein a plurality of sensors detect the position of the hydraulic cylinders and signal the microprocessor control system to energize the hydraulic cylinders at a precise interval to produce contact flow of the pressurized product and to optimize flow overlap. 5. The uniform small particle homogenizer as recited in claim 1 wherein each product flow intensifier cylinder pump is smaller in working area than the hydraulic cylinder, thus permitting a pressure increase. 6. The uniform small particle homogenizer as recited in claim 1 further comprising an optional delivery transfer pump in communication with said product reservoir and each inlet check valve to increase inlet pressure to the intensifier cylinder pump and overcome line pressure loss and resistance of the inlet check valve. 7. The unif orm small particle homogenizer as recited in claim 1 wherein said nozzles located within said interaction chamber are in close proximity. 8. The uniform small particle homogenizer as recited in claim 1 further comprising electric power control having a hydraulic pump motor with a starter, motor protection and on/off control for operating a pair of hydraulic direction control valve relays for each hydraulic direction control valve and a starter for an optional delivery transfer pump. 9. A process for homogenizing a liquid product into uniform small particles comprising the steps of:a) compressing a product in a first single-acting product flow intensifier cylinder pump mechanically driven by a hydraulic system,b) compressing the product in a second single-acting product flow intensifier cylinder pump that is mechanically driven by a hydraulic system at the precise time that the first intensifier pump completes a power stroke with a controlled overlap period,c) discharging the compressed product from the first cylinder pump through interaction chamber nozzles, for a timed interval,d) discharging the compressed product from the second cylinder pump through interaction chamber nozzles, for a timed interval, ande) timing the discharge of the first intensifier cylinder pump through the interaction chamber nozzles relative to the second intensifier cylinder pump through the same interaction chamber, valve or orifice to produce sequential alternation, therefore supplying a constant product flow rate approaching complete uniformity of particle size exiting the nozzles.