Human waste propulsion system

A human waste propulsion system, comprising:

• a toilet having a bowl, and a seat residing above the bowl;
• a hydraulic flushing mechanism associated with the toilet;
• a fluid receiving chamber fluidically connected to the toilet below the bowl, with the fluid receiving chamber being configured to gravitationally receive human waste that passes through the bowl;
• a pneumatic line in fluid communication with the fluid receiving chamber below the bowl;
• a source of compressed air configured to supply air to the pneumatic line under pressure;
• an air valve residing along the pneumatic line;
• and
• a controller configured to open the air valve when the hydraulic flushing mechanism is actuated, and direct a pulse of compressed air into the pneumatic line, thereby moving human waste through the fluid receiving chamber;
• and wherein the fluid receiving chamber comprises:
• a flush valve below the bowl;
• a point of connection with the pneumatic line below the flush valve;
• a U-shaped profile below both the flush valve and below the point of connection with the pneumatic line, wherein the U-shaped profile comprises:
• an upper receiving end at an upstream side of the U-shaped profile;
• a sewage ejection pipe extending at a downstream side of the U-shaped profile and configured to expel the human waste when the hydraulic flushing mechanism is actuated;
• and
• a reducer residing between the upper receiving end and the downstream sewage ejection pipe;
• and wherein:
• a diameter of the upper receiving end is twice the size of a diameter of the downstream sewage ejection pipe;
• the reducer is eccentric, such that the downstream sewage ejection pipe connects to the reducer at a bottom end of the U-shaped profile;
• and
• an interior volume of the fluid receiving chamber matches a water volume for one flush of the toilet.