Rotating water distributor

The device consists of a driving motor, a needle pendulum reducer, and a rotary valve. It is driven by a JZT electromagnetic valve speed motor and uses a planetary cycloid needle wheel reducer to reduce the speed, causing the valve core to rotate. Pressure sewage is introduced into the rotating valve core through the inlet pipe and enters the outlet chamber through the valve distribution gap. The sewage is sent out through the outlet pipe. As the distribution gap rotates with the valve core, only one outlet pipe delivers water to the distribution point at a certain time. The distribution cycle of the outlet pipe can be achieved by changing the rotation speed of the motor.

The purpose and scope of use of the device

This device is suitable for anaerobic fermentation and facultative denitrification treatment of high and medium concentration wastewater in various industries (metallurgy, petroleum, chemical, printing and dyeing, textile, brewing, sugar production, food, electricity). It effectively solves the problems of uneven water distribution and sludge settling in anaerobic and denitrification structures. The application diagram of the rotating water distribution device is as follows:

The main features of installation are as follows:

It can evenly distribute sewage at a fixed time and location within the reaction structure, greatly improving the utilization rate of the structure.

It can accelerate the production and growth of granular sludge within the reaction structure.

It can prevent sewage from blocking the reactor and inlet.

The device is easy to operate, reliable in operation, easy to maintain, and easy to manage.

Technical Performance Table of the Device