Our company's unique technology and good management enable us to obtain high-quality Titanium Slotted Flat Head Countersunk, Titanium Gr 2 Stub End Pipe Fittings, strip titanium nitride coating, products are highly competitive. We always insist stable operation and honor the responsibility and company image as our eternal managerial base. With a good reputation, solid technology, thoughtful and meticulous service, and a new learning team, we will definitely provide you with the most professional technical support and services. With our company's confidence and strength, we keep innovating and developing steadily. We will build a harmonious enterprise, share the fruits of development and win a better future together.
1. Sewage treatment titanium anodes include titanium anodes for dyeing wastewater, titanium anodes for ammonia nitrogen wastewater, titanium anodes for oilfield wastewater, and titanium anodes for organic wastewater, they can not only transfer current but also catalyze the oxidative degradation of organic matter. In this process, it is called green water treatment because it does not cause pollution.
2. Sewage treatment titanium anode
Product Specifications: processed according to drawings (anode group form)
Coating: ruthenium iridium, iridium tantalum, and ruthenium iridium tin
Coating thickness: according to the customer's request.
3. How does sewage treatment titanium anode works?
Sewage treatment technology contains sedimentation, filtration, flocculation, biodegradation, electrolytic oxidation, and other methods. The electrode not only plays the role of transfer current but also catalyzes the oxidative degradation of organic matter without causing secondary pollution when electrolyzing wastewater, which is called green water treatment technology.
The new technology of electrolytic water treatment has the profits of no need to add chemicals, small equipment, small floor area, and no secondary pollution. It has been applied to treat wastewater containing aldehydes, ethers, hydrocarbons, phenols, alcohols, and other organic pollutants. The removal of COD basically depends on the oxidation reaction on the anode surface to directly oxidize and degrade the organic matter on the surface of the anode, so that the organic matter in the sewage can be directly or indirectly transformed into CO2 and water through electrochemical conversion. The anode potential must be higher than the decomposition potential of organic matter, so two competing reactions of organic matter oxidation and oxygen evolution are carried out on the anode. The shape of titanium anode can be mesh, plate, tube, and other forms for customers to choose from, and the quality is reliable.
4. Effects and conclusions on COD degradation of sewage treatment titanium anode with different coatings
| Electrode coating type | In COD/mg L-1 | Out COD/mg L-1 |
| Ruthenium Iridium | 125 | 67 |
| Iridium tantalum | 125 | 56 |
| Ruthenium Iridium tin | 125 | 56 |
5. Why choose us
With the development of industry, the discharge of organic wastewater is increasing day by day, especially the high concentration of wastewater discharged from chemical, food, and medicine industries, which has high color, high toxicity, and a large number of biodegradable components seriously pollute lakes and oceans. The new technology of electrolytic water treatment has the advantages of no need to add chemical reagents, small equipment volume, and small land occupation. It has been used to treat wastewater containing organic pollution such as hydrocarbon, aldehyde, ether, and phenol. The COD removal oxidation reaction directly oxidizes and degrades the organic matter on the anode surface, and the anode potential must be higher than the decomposition potential of the organic matter. Therefore, the two competitive reactions on the anode are organic matter oxidation and oxygen evolution.
An iridium tantalum titanium anode plate with an activation layer produced by our company is coated with an activation layer composed of tin and antimony oxide on the titanium substrate. On the one hand, it can make it difficult for the electrolyte to penetrate the titanium surface, and the diffusion of oxygen atoms or O2 ions to the titanium substrate is also blocked, so as to avoid the formation of to2 and improve the oxygen evolution overpotential of iridium tantalum coating. The main reason is that the organic wastewater can directly oxidize the organic matter on the anode surface into CO2 and water, and the raw oxygen atoms enter the coating to destroy the coating, so as to improve the service life of the anode.
We believe in long term and trusted relationship for Electrolytic Sodium Hypochlorite Generator 10L/H Naclo. The company can quickly transform the diverse needs of consumers into high-quality products, and continue to obtain product development advantages; continue to optimize production processes to ensure product quality; reduce product costs and improve company profitability. Our company will continue to introduce advanced technology, excellent talents, sophisticated equipment, and standardized management system, and strive to achieve the grand goal of 'taking the road of famous brand'.
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