The laboratory comprehensive wastewater treatment system consists of a wastewater collection unit, an automatic regulation unit, a pre-treatment unit, an automatic dosing unit, a coagulation air flotation stirring unit, a coagulation assisted sedimentation unit, a settling separation unit, a solid-liquid separation unit, a sludge drying unit, a heavy metal capture unit, a filtration adsorption unit, a new catalytic activity micro electrolysis treatment unit, a high and low potential difference micro electrolysis technology treatment unit, an electrochemical catalytic oxidation reduction proprietary technology treatment unit, a photocatalytic oxidation reaction proprietary technology treatment unit, a multi process advanced decomposition and degradation treatment unit, a two-stage organic biological activity treatment unit, a new biological reaction treatment unit, a composite disinfection treatment unit, and a new type of filled bed light wave catalytic reaction proprietary technology for organic wastewater, forming a complete laboratory comprehensive wastewater treatment system. The system operates using a PLC programmable control system and a human-machine interface operating system, as well as a remote monitoring and operating system. It operates fully automatically according to the program set by the PLC controller and the parameters set by the PH/ORP automatic control instrument, with multi-level automatic online monitoring. The control system automatically calculates the composition and concentration of different laboratory wastewater, and then automatically dispenses drugs in proportion, which is more scientific and rational, ensuring treatment efficiency while saving drug consumption, without the need for dedicated personnel to be on duty.
The laboratory comprehensive wastewater treatment system consists of a wastewater collection unit, an automatic regulation unit, a pre-treatment unit, an automatic dosing unit, a coagulation air flotation stirring unit, a coagulation assisted sedimentation unit, a settling separation unit, a solid-liquid separation unit, a sludge drying unit, a heavy metal capture unit, a filtration adsorption unit, a new catalytic activity micro electrolysis treatment unit, a high and low potential difference micro electrolysis technology treatment unit, an electrochemical catalytic oxidation reduction proprietary technology treatment unit, a photocatalytic oxidation reaction proprietary technology treatment unit, a multi process advanced decomposition and degradation treatment unit, a two-stage organic biological activity treatment unit, a new biological reaction treatment unit, a composite disinfection treatment unit, and a new type of filled bed light wave catalytic reaction proprietary technology for organic wastewater, forming a complete laboratory comprehensive wastewater treatment system. The system operates using a PLC programmable control system and a human-machine interface operating system, as well as a remote monitoring and operating system. It operates fully automatically according to the program set by the PLC controller and the parameters set by the PH/ORP automatic control instrument, with multi-level automatic online monitoring. The control system automatically calculates the composition and concentration of different laboratory wastewater, and then automatically dispenses drugs in proportion, which is more scientific and rational, ensuring treatment efficiency while saving drug consumption, without the need for dedicated personnel to be on duty.
