Waste Water Treatment Equipment

Copper Recovery Equipment For Copper Nitrate Waste Solution The principle of ion exchange adsorption is used to recover nickel from nickel-containing cleaning water discharged from the cleaning section or nickel-containing wastewater in the exchange tank of production lines such as nickel electroplating, electroless nickel and chemical nickel plating in PCB and electroplating enterpris- es. It can adjust the PH value to 4 ~ 6 and use nickel absorption chelating resin to

Waste water and Waste Liquid Treatment System HIGH PROTECTION:the integrated PP electrolytic cell is molded to avoid leakage； EASY TO CLEAN: it is easier to discharge gas and waste residue when it is used vertically with a bracket； HIGH EFFICIENCY:baffle-type flow channel design, anode tantalum wire and double short-side packaging to maximize the degradable contact surface. Specifications: Equipment model CT7 Equipment dimension (L×W×H, mm) 930 x 350 x 535 (The height

Magnetic Fenton Package System for Printing Waste water Geemblue Magnetized Fenton Process Use fixed-point removal method to oxidize COD , H202 consumption is extremely low, 40% cheaper than traditional Fenton. Firstly magnetize the wastewater, change the arrangement position between pollutant molecules and water molecules, so that hydroxyl radicals can easily contact COD , Advantage 1. No filler require - Save customers’ consumable costs and electricity cost. The COD removal

Magnetic Fenton Package System for Printing Waste water Geemblue Magnetized Fenton Process Use fixed-point removal method to oxidize COD , H202 consumption is extremely low, 40% cheaper than traditional Fenton. Firstly magnetize the wastewater, change the arrangement position between pollutant molecules and water molecules, so that hydroxyl radicals can easily contact COD , Chemical process principle of Fenton Under acidic conditions, H2O2 reacts with Fe2+ to produce hydroxyl

Magnetic Fenton Package System for Printing Waste water Advantage The reactor size is small and the chemical reaction ability is fast and strong; There is no need to install spiral ladders and no need to repair and replace the filler; The reactor does not need to be equipped with reflux or aeration (because there is no filler); With only one inspection hole at the bottom because of almost zero faults Waste Water Plant Request The source of wastewater is mainly leather

Copper Recovery Equipment For Copper Nitrate Waste Solution The copper nitrate waster solution is firstly added with liquid alkali to adjust the pH value to 2 ~ 3, so as to weaken the acidity and oxidability of the solution. The solution is directly electrolyzed using a copper nitrate electrolysis equipment to reduce the copper ion concentration to below 0.5 g/L, resulting in obtaining plate-shaped electrolytic copper. The waste solution obtained after electrolysis contains

Copper Recovery Equipment for Copper Sulfate Waste Solution The copper sulfate waste solution is directly electrolyzed using a copper sulfate electrolysis equipment to reduce the copper ion concentration to below 0.5 g/L, resulting in obtaining plate-shaped electrolytic copper. The waste solution obtained after electrolysis contains low concentration of sulfuric acid and can be discharged directly to the wastewater station for alkaline neutralization treatment. Specifications

Regenerating And Recycling Alkaline Etching Solution and Copper Recovery Equipment The electrolysis process with the anode cloth and the anode frame is used to regenerate the etching solution and recover copper. This process is an on-line regener- ation process, that is, the electrolytic regeneration equipment is connected with the etching machine in series. The regenerative reaction and the etching reaction, which are reversible reactions for each other, are cyclically

Equipment For Regenerating Sodium Persulfate And Recovering Copper From Microetching Waste Solution Using Diamond Anode Plate The process of "direct electrolysis - regeneration adjustment" is used to regenerate the etching solution and recover copper. In the etching process of circuit boards, the concentration of copper ions in the etching solution will gradually increase, reducing the etching effect. To achieve the best etching effect, it is necessary to keep the copper ions

Equipment For Regenerating Sodium Persulfate And Recovering Copper From Microetching Waste Solution Using Diamond Anode Plate Microetching is a pretreatment process in production processes such as copper plating of the circuit board, pattern plating and OSP. It involves the use of various systems such as sodium persulfate/sulfuric acid or ammonium persulfate/sulfuric acid or hydrogen peroxide/sulfuric acid. The purpose of microetching is to roughen the copper surface to

COD Reduction PVA Waste water Treatment System FLEXIBLE USAGE:explosion-proof case can be made according to requirements; EASY OPERATION:power integrated switch control, without separate electric control cabinet, easy to operate; SMALL FLOOR AREA: a single module occupies a small floor area, with a simple appearance and reserved water inlet and outle; COMPLETE FUNCTIONS:the interior is equipped with a hand pump, temperature and pressure switch, filter, etc., and a circulating

Integrated Slot-Type Waste water Treatment System MULTIPLE SERIES CONNECTIONS: the design is modular, and multiple modules can be connected in series as required； FLEXIBLE USAGE:explosion-proof case can be made according to requirements; SMALL FLOOR AREA:A single module occupies a small area, with simple appearance and reserved water inlet and outlet. Specifications: Equipment model XFDM01 XFDM02 XFDM04 Equipment dimension (L×W×H, mm) 1094 x 794 x 1844 1392 x 1247 x 2048 1900

Integrated Slot-Type Waste water Treatment System The whole equipment is based on a BDD electrode and adopts an integrated slot-type design, which solves the technical problems of traditional equipment in inlet water pretreatment, low reaction efficiency and discharge, and realizes intelligent automation. LOW THRESHOLD:the influent does not need to be diluted, chemically added, or biochemically treated； HIGH EFFICIENCY:good mass transfer effect between wastewater and

Magnetic Fenton Package System for Printing Waste water Geemblue Magnetized Fenton Process Use fixed-point removal method to oxidize COD , H202 consumption is extremely low, 40% cheaper than traditional Fenton. Firstly magnetize the wastewater, change the arrangement position between pollutant molecules and water molecules, so that hydroxyl radicals can easily contact COD , Geemblue “super cheap” Magnetic Fenton technology Advantage Comprehensive Running Costs - Higher

Magnetic Fenton Package System for Printing Waste water Geemblue Magnetized Fenton Process Use fixed-point removal method to oxidize COD , H202 consumption is extremely low, 40% cheaper than traditional Fenton. Firstly magnetize the wastewater, change the arrangement position between pollutant molecules and water molecules, so that hydroxyl radicals can easily contact COD , Chemical process principle of Fenton Under acidic conditions, H2O2 reacts with Fe2+ to produce hydroxyl

Magnetic Fenton Package System for Printing Waste water Geemblue Magnetized Fenton Process Use fixed-point removal method to oxidize COD , H202 consumption is extremely low, 40% cheaper than traditional Fenton. Firstly magnetize the wastewater, change the arrangement position between pollutant molecules and water molecules, so that hydroxyl radicals can easily contact COD , Geemblue Magnetic Fenton scene 1.The reactor size is small and the chemical reaction ability is fast

Fenton Package System for Chemical Waste water Principle When waste water passes through the magnetic field area at a certain flow rate, the paramagnetic water molecules are rearranged according to the direction of the magnetic field lines, thus changing the binding state of dissolved and colloidal organic pollutants and water molecules in the waste water, and balance of water molecular groups is broken. Thus increases the probability of collision between pollutants and