NOVELTY - Sewage enzyme extraction facility comprises an enzyme extraction pool, which is introduced between an aerobic treatment pool and a solid-liquid separation pool during the sewage treatment. The enzyme extraction pool is composed of an enzyme extraction pool water inlet pipe, an adsorption chamber, an enzyme extraction pool return pipe, an enzyme extraction pool discharge pipe, a peristaltic pump, an enzyme extraction pool heater, an enzyme extraction pool temperature sensor, a pool wall and a chain belt type enzyme electrostatic adsorption transshipment transfer machine.    USE - Used as a sewage enzyme extraction facility.    DETAILED DESCRIPTION - Sewage enzyme extraction facility comprises an enzyme extraction pool, which is introduced between an aerobic treatment pool and a solid-liquid separation pool during the sewage treatment. The enzyme extraction pool is composed of an enzyme extraction pool water inlet pipe, an adsorption chamber, an enzyme extraction pool return pipe, an enzyme extraction pool discharge pipe, a peristaltic pump, an enzyme extraction pool heater, an enzyme extraction pool temperature sensor, a pool wall and a chain belt type enzyme electrostatic adsorption transshipment transfer machine. The enzyme extraction pool water inlet pipe is installed at the middle part on the left side of heat holding cover of the adsorption chamber to pass through the heat holding cover so as to inflow reclaimed water into the enzyme extraction chamber. The enzyme extraction chamber is a space between the right side, bottom, front and the back side of the pool wall of the enzyme extraction chamber and the heat holding cover. The heat holding cover is buckled and covered at the upper port of the enzyme extraction pool. A space is used for installing and running the chain belt type enzyme electrostatic adsorption transshipment transfer machine. The enzyme extraction pool water inlet pipe and the enzyme extraction return pipe is set aside at the left side of the enzyme extraction pool. The end-piece of the enzyme extraction return pipe is installed between the left side of the heat holding cover of the adsorption chamber and the left side of the pool wall of the enzyme extraction pool, which is placed close to the heat holding cover to inflow the backwater into the adsorption chamber in the enzyme extraction pool. The enzyme extraction pool return pipe is placed outside the right side of the pool wall, the upper surface of the heat holding cover and left side of the heat holding cover. The start end of the enzyme extraction pool return pipe is installed at the bottom of the left side of the pool wall. The enzyme extraction pool discharge pipe is installed at the upper part of the right side of the heat holding cover to pass through the heat holding cover and the pool wall to outflow the clear reclaimed water from the adsorption chamber. The peristaltic pump is installed at the start end of the enzyme extraction pool return pipe outside the pool wall. The enzyme extraction pool temperature signal line is connected with the enzyme extraction pool temperature sensor to lead out the enzyme extraction pool temperature signal line of the temperature sensor. The enzyme extraction pool temperature sensor is installed at the bottom end of the middle separation wall of the heat holding cover. The chain belt type enzyme electrostatic adsorption transshipment transfer machine is installed between the space at the bottom space of the enzyme extraction pool and left side of the pool wall of the enzyme extraction pool and the outer wall of the left side of the heat holding cover. An enzyme extraction pool heater pipe received plate is located between the bottom surface of the pool wall and the enzyme transmission chain belt return of the chain belt type enzyme electrostatic adsorption transshipment transfer machine. The hot water is conveyed into the enzyme extraction pool heater pipe received plate through the enzyme extraction pool heater to adjust the temperature of the bottom space of the adsorption chamber for maintaining the optimum temperature at 35 plus minus 5 degrees C. The chain belt type enzyme electrostatic adsorption transshipment transfer machine is composed of an enzyme transshipment driven wheel, an enzyme transmission load-bearing wheel, an enzyme transmission chain belt, an enzyme transmission chain guide wheel, an enzyme transshipment veer guide wheel, a transmission chain belt operation end, an enzyme transshipment driving wheel, an enzyme transshipment veer load-bearing wheel and an electrostatic load section. The enzyme transshipment driven wheel is installed at the right end of the body to bear, locate and guide the enzyme transmission chain belt. The return of the enzyme transmission chain belt is borne, located and guided by the enzyme transmission chain guide wheel in a queue. The progress of the enzyme transmission chain belt is borne, located and guided by the enzyme transmission chain guide wheel. The enzyme transshipment veer guide wheel is used for bearing, locating and guiding the enzyme transmission chain belt return. The enzyme transshipment veer load bearing wheel is used for bearing and locating and guiding the enzyme transmission chain belt, which are installed at the outer upper part of the enzyme extraction pool and the left end of the body. The two sides of the upper part of the enzyme transshipment veer load-bearing wheel are equipped with the electrostatic load section. The enzyme transshipment driving wheel for stepping and driving the enzyme transmission chain belt to run is installed at the left end of the body. Each chain link of the enzyme transmission chain belt is composed of sliding contact surface, adsorption structure with plate, hinge axis structure, wired, positive pole adsorption plate, negative pole adsorption plate, activated carbon adsorbent film, aluminum oxide adsorbent film, electrode hole, anode and cathode. The chain belt type enzyme electrostatic adsorption transshipment transfer machine is run by a stepping motor. The step of the stepping motor is determined by the adsorption structure with plate namely longitudinal dimension of chain link. The rotate speed of the stepping motor is automatically adjusted by a control device based on the enzyme mixture deposition thickness adsorbed by the activated carbon adsorbent film and aluminum oxide adsorbent film, and the aggregate speed for cleaning, washing the adsorption structure with plate and replacing with other activated carbon and aluminum oxide adsorbent films.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of the sewage enzyme extraction facility.