Electrocatalytic Equipment-TIANS Engineering Technology Group

Electrocatalytic Equipment

Introduction

Dual Oxygen Technology, Purifying the Future

The electrocatalytic oxidation wastewater treatment equipment integrates multi-channel continuous flow application technology and high-efficiency electrocatalytic oxidation technology, providing an efficient and environmentally friendly water quality improvement solution for the water treatment industry. This device achieves high-throughput treatment under low energy consumption and high-speed mass transfer between pollutant particles through refined design, combined with new materials, processes, and technologies, completely degrading high concentration, high salinity, and toxic organic pollutants in a short period of time.

Technical Principles

: Reaction Principle

The electrocatalytic oxidation process is based on the principle of advanced oxidation treatment technology, which generates free radicals and strong oxidizing particles (such as OH, O2, H2O2, O3, ClO -, etc.) during the electrocatalytic oxidation process, and rapidly reacts with organic pollutants in wastewater in a chain reaction to achieve oxidative degradation.

: Degradation Principle

This process can increase the B/C ratio and completely decompose large organic molecules that are difficult to biodegrade into simple inorganic molecules such as CO2 and H2O, thereby degrading COD.

Advantages

High Security

Low liquid holding capacity and short residence time can effectively reduce safety hazards in traditional electrolytic cells and achieve intrinsic safety.
Modular

A modular distribution system can adjust the water treatment time by increasing or decreasing the number of channels and replacing modules according to the inflow situation. The treatment system can also be modular and miniaturized, truly achieving miniaturization and portability of water treatment equipment.
High Performance Titanium Based Innovative Electrode Coating

The innovative nano coating formula combined with titanium substrate can achieve rapid electron transfer under the action of an electric field, rapidly catalyze the generation of strong oxidizing substances, and undergo oxidation reactions with pollutants. This not only improves electrolysis efficiency, reduces energy consumption, but also greatly improves the service life of the anode.
Unique Continuous Flow Reactor

Fine tuned design achieves full utilization of continuous flow and strong oxidizing free radicals, with segmented independent distribution of electrocatalytic plates, greatly improving COD removal rate and mass transfer efficiency.
Efficiency Improvement

The use of continuous flow catalytic reactors greatly reduces water treatment time, achieving over 90% of the treatment effect within 10 minutes.
Precision Control, Energy Consumption Reduction, and Cost Reduction

Accurate control of sewage retention time effectively eliminates high energy consumption caused by prolonged electrocatalytic oxidation time. Meanwhile, the unique sewage flow treatment process can flexibly adjust the number of microreactors according to changes in water volume, reducing operating costs by more than 50%.