Exhibitor List
| Company | GUANGZHOU GAOHUI POWER TECHNOLOGY CO., LTD. |
| Country | China |
| Products | Chemical-physical processes Water-supply and sewage-disposal services |
| Hall | N2 |
| Booth | A79 |
| Website | www.ghdykj.com |
| Introduction | Guangzhou gaohui Power Technology Co., Ltd. is located in Panyu District, Guangzhou City, the economically developed Pearl River Delta (the geographical center of Dawan District, Guangdong, Hong Kong and Macao). The company focuses on the design and manufacturing of rectifier power supply equipment and high-frequency power supply, and is applied to PCB electroplating, hardware electroplating, continuous electroplating, hard chromium electroplating, rare earth smelting, oxidation, electrophoresis, electrolysis, electrochemical water treatment and other fields. |
Products
| Electric flocculation driving power supply Basic principle: a variety of electrochemical reactions are generated by electrochemical methods, mainly including electro oxidation, electro reduction, electro flocculation and electro flotation. Operating cost: 2-5 yuan / ton of water (determined according to different water quality) Installed power: 5-10kw / t water Water treatment capacity: 1-30 T / h (more than one will operate in parallel) Main uses: it can remove turbidity, decolorization, algae, fluorine, iron and other total metal ions in water supply treatment, as well as sterilization and disinfection; It plays a role in flocculation sedimentation, decolorization, COD degradation, ammonia nitrogen, silicon removal, etc. in drainage treatment, especially some difficult wastewater treatment. It has an incomparable effect. At present, it is widely used in reinjection water treatment of fracturing flowback fluid of oil wells, anodic oxidation decolorization and phosphorus removal water treatment. |
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| Electrocatalytic oxidation driving power supply Process introduction Electrocatalytic oxidation technology is an advanced oxidation technology. Under normal temperature and pressure and catalytic induction, the catalyst coating on the surface of anode plate has a series of physical and chemical interactions with organic pollutants in wastewater. At this time, active intermediates (primary oxidants such as H2O2, · oh and ClO -) and one or more new ecological coagulants will be generated to produce a variety of physicochemical effects such as catalytic oxidative decomposition, coagulation, adsorption, complexation and replacement, so as to degrade the target pollutants. Technical features 1. Low operation cost: through this technology, there is no need to add expensive oxidant, which greatly reduces the cost; 2. No secondary pollution: the system has almost no sludge and no secondary pollution; 3. Strong oxidation ability: the strong oxidizing hydroxyl radical produced by electrocatalytic oxidation can oxidize most pollutants without selectivity; 4. Automatic control: electrocatalytic oxidation technology, automatic control, unattended, easy to manage. Scope of application It is applied to high difficulty wastewater zero discharge projects in thermal power plant, chemical industry, papermaking, steel, printing and dyeing and other industries. |
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| Electrochemical scale absorption device Function realization: 1. Scale adsorption prevents pipe blockage, improves heat exchange efficiency and saves energy consumption. 2. Dissolve and peel the old scale and improve the circulating water flow of the pipeline. 3. Absorb floating iron ions to prevent pipeline rust. Wide range of use: Horizontal injection molding machine, water-cooled air compressor, die casting machine, industrial ice water machine, refrigerator, central air conditioner and other circulating water units. It is used for descaling cooling circulating water in injection molding, die casting, food, medical treatment, chemical industry, casting, auto parts, electroplating, aluminum oxidation, steel-making plants, power plants, sewage plants, people's hospitals, subway stations, large shopping malls and so on. |
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| Sodium hypochlorite electrolysis power supply Working principle of sodium hypochlorite generator Working principle of sodium hypochlorite generator equipment: a series of electrochemical reactions occur under the action of positive and negative electrodes in the electrolytic cell to generate sodium hypochlorite solution. Sodium hypochlorite is a strong oxidant. It generates hypochlorite ion in aqueous solution and generates sodium hypochlorite through electrolytic reaction. It has the same oxidation and disinfection effect as other chlorine derivatives. Scope of application: 1. 2-5% brine electrolysis 2. Connected to seawater electrolysis Electrode reaction: Anode: 2Cl -- 2e → Cl2 ↑ Cathode: 2h + + 2e → H2 ↑ Total reaction: NaCl + H2O electrolysis → NaClO + H2 ↑ |
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| Sewage treatment small test experimental device The experimental device is mainly composed of electric flocculation power supply + electrolytic tank + electrode plate + adjustable water speed pump and other wires. The power supply uses a standard power supply with an input of 220V and an output of 50A36V electric flocculation power. The gap between the electrode sheets can also be adjusted at will, providing strong experimental flexibility and high testing accuracy. It can be modeled such as: electrocoagulation, electrocatalytic oxidation, electro-Fenton, sodium hypochlorite generator and other sewage treatment experiments. After simulating real sewage treatment results and optimizing experimental parameters to obtain understanding results, the parameters can be used as reference values for amplification equipment plans and can also accurately estimate the cost of sewage treatment. |
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| Pulse power supply for water treatment Single pulse power supply: ◆Constant current/constant voltage function ◆Current/voltage 0-maximum value adjustable ◆Duty cycle and frequency are adjustable ◆Automatic pole inversion function optional Double pulse power supply: ◆Constant current/constant voltage function ◆Positive pulse current 0-maximum value adjustable ◆Positive pulse voltage 0-maximum value adjustable ◆Negative pulse current 0-maximum value adjustable ◆Negative pulse voltage 0-maximum value adjustable ◆Duty cycle and frequency are adjustable |
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