Small laboratory microbial wastewater treatment equipment

Small laboratory microbial wastewater treatment equipment

First, Yipurida (EPED) laboratory microbial wastewater treatment equipment introduction

   Yi Pudda (EPED) laboratory microbiological wastewater treatment equipment is mainly carried out by wastewater collection unit, manual automatic adjustment unit, pretreatment unit, automatic dosing unit, concrete floating unit, floccotic condensate unit, settling separation unit , Solid-liquid separation unit, sludge drying unit, heavy metal capture unit, filter adsorption unit, active microelectrodexulation unit (optional), photocatalytic oxidation reaction technology processing unit and other technical processes. The complete set of process technology is advanced, simple and efficient, and the process design is fully considering that the wastewater treatment link needs enough reaction time, only the harmful ingredients in the wastewater can be completely removed. The process of each unit, the volume of the reaction box, and the reaction time through scientific estimation and repeated trials. The entire system processing process is set, fully automated, precise operation, ensuring the processing effect in accordance with national standard standards. The system runs the PLC programmable control system and the human-machine interface operating system, remote monitoring and operating system (optional), and multiple water quality parameters automatically online monitoring. For the ingredients and concentrations of different laboratory wastewater, the control system automatically calculates, and then automatically puts the drug in proportion, no need to manually add and pay.

   Yi Puda (EPED) laboratory microbial wastewater treatment equipment is used for integrated treatment of different processing techniques and processes for organic, inorganic, biological wastewater components generated by different laboratories, and can effectively remove laboratory integrated wastewater. COD, BOD, SS, Chroma, Virus, Organic Solvents, Heavy Metal Ions, etc. 1, two, three standards or related local standards. The wastewater processed can be directly discharged into the municipal sewage pipe network or surface, the river water, and the process can be reused by re-processing processes.

The system adopts advanced intelligent components and CAN bus technology. Users can set a comprehensive wastewater treatment system that meets user needs and cost performance, cost-effective

1. Equipment power: 220V, three-phase five lines

2, footprint: ≤6 square meters

3, work environment: 5 ~ 40 ° C

4. Operation mode: can run continuously, no one is worth

5, control mode: automatic control

6. The acid-base dosing reaction unit and the main control system chassis split design, exempting the chassis is affected by acid and alkali gas:

1) Split design, convenient operation and maintenance, convenient transportation and installation, width 850mm door wastewater treatment equipment is easy to enter, exempt from the wall of the wall;

2) Split design prevents the host chassis and control system to subcove the acid-base gas corrosion, protect the core components, and ensure good operation of the equipment, greatly extend the service life of the equipment, and also reduces operation costs;

7. The pre-treatment unit is welded by 10 mm thick PP acid and alkali material, and the upper and lower layers of a total of 8 sinks, all of the pharmaceutical, and the reaction sink is only a layer of PP material, reducing the number of pipe connections. Reduce the probability of leakage water, 10 years of warranty, integrated double-layer design, no space, pretreatment unit base belt 4 fixed universal wheels, can move and lock, easy to move, maintenance and maintenance.

The pretreatment unit is 6 separate sinks. The following three dimensions are 600 * 313 * 500mm, and the above three dimensions are 400 * 313 * 500mm, the overall size is 940 * 600 * 1000mm.

8. Waste water collection unit (PE sink) is a tapered bottom design, facilitating sludge periodically complete emissions, protecting the life of the next level processing unit and improving the processing effect.