Other

Microseptec, Inc.

David Wayne Spears

Christina Edvardsson

R C Shades

Jitahadi Smith

Robert A Slovak

Jack Slovak

Judie Forbes

D Glen Raiger

Sung Chiu

A system and method are described for increasing advance orders for goods or services. In one embodiment, the method comprises receiving advance orders for a product with a specified release date from a plurality of buyers and moving up the release date if a goal is met, wherein the goal based at least in part on the number of advance orders received.

Method and system for increasing advance orders

A system and method are described for increasing advance orders for goods or services. In one embodiment, the method comprises receiving advance orders for a product with a specified release date from a plurality of buyers and moving up the release date if a goal is met, wherein the goal is based at least in part on the number of advance orders received.

A waste treatment device for treating waste having both liquids and solids therein includes a primary waste reservoir which receives influent waste and includes biological decomposing enhancing media for enhancingly biodegrading the waste rendering a first phase separation of solids and liquids and a secondary waste reservoir operably connected to the primary waste reservoir to receive substantially liquid waste having suspended solids therein and includes biological decomposing enhancing media for biodegrading the received waste rendering a second phase separation of solids and liquids. A solids processor is operably connected to at least one of the primary waste reservoir and secondary reservoir to receive solids waste therefrom in a manner to permit combustion of a substantial part the solids and generate a resultant waste, ash and gas, and liquid processor is also operably connected to the secondary waste reservoir to receive a resultant liquid waste and treat the resultant liquid waste in a manner to render an environmentally safe water. The device further includes a gas processor operably interconnecting the solids processor and primary waste reservoir to treat the gas in a manner to render a resultant environmentally acceptable air. A method of waste treatment is also provided.

Waste treatment device and method employing the same

A waste treatment device for treating waste having both liquids and solids therein includes a primary waste reservoir, a solids processor operably connected to the primary waste reservoir to receive waste therefrom in a manner to permit combustion of a substantial part the solids and generate a resultant waste, ash and gas, a secondary waste reservoir operably connected to the solids processor to receive the resultant waste, and a liquid processor operably connected to the secondary waste reservoir to receive the resultant waste in a manner to separate at least a part of the resultant waste into an environmentally safe water and resultant waste concentrate. The device further includes a gas processor operably connected to the solids processor to treat the gas in a manner to render a resultant environmentally acceptable air, a conduit communicably interconnecting the primary waste reservoir and the secondary waste reservoir, apparatus for transferring the waste concentrate from the secondary waste reservoir to the solids processor. A controller regulates the processors and receipt and transfer of waste within the device.

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Torrance, CA, United States of America

David Wayne Spears