Abstract: A portable waste container having a built-in DC-to-hydraulic power converter and hydraulic compaction system to provide for efficient waste management. The hydraulic power converter is connected to a source of electrical power, preferably a vehicle battery by jumper cables located within the portable waste container. A telescoping cylinder ram and platen mechanism use power obtained from the DC-to-hydraulic conversion to compact the waste. The opening of the waste container has a second angled side which rests above the platen to both increase the traditional opening size and decrease the pressure of compacted trash against the top of the platen therefore reducing the amount of waste returning back into the hopper section after compaction.

Abstract: A portable hydraulic device for supplying hydraulic power to a portable waste container having a self-contained hydraulic compactor system, and a method of using such to provide for efficient waste management. The portable hydraulic device is connected to a source of electrical power, preferably a vehicle battery, by jumper cables located on an extendable/retractable reel located within the portable hydraulic device. A mechanism in the portable hydraulic device converts the electrical power to hydraulic power. The hydraulic power is then transferred to the portable waste compactor through a plurality of hydraulic hoses. As the hydraulic device is portable, the unit may be transported to a plurality of portable waste containers in succession. Compacting the waste product contained within the waste containers extends the period in which the individual containers must be removed and emptied, therefore saving both time and money.