Heterogeneous Catalyst

Product Detail

Technolical Introduction

The company's proprietary technology integrates various active metal oxides (including precious metals), high-porosity micro-pore shaping technology, hydrophilic modification for pollution resistance, anti-blocking, and other technologies into a product.









Technological Advantage

(1) Utilizing various transition metal oxides and precious metals as catalytic components, displaying exceptional adaptability and high catalytic activity towards different types of wastewater.

(2). The multi-stage precise temperature-controlled sintering technology is adopted to enhance the stability of the catalyst while ensuring activity, effectively reducing loss rates during use and preventing secondary pollution.

(3). Using various high-activity component materials as catalyst carriers, a special pore-forming technology is employed to create a high specific surface area, high mechanical strength, and long lifesapan.

(4). The catalyst is modified using atomic deposition technology, giving the catalyst carrier super-hydrophilic properties. This makes the catalyst resistant to contamination, scaling, and clogging, enabling long-term operation.

(5). It accelerates the self-decomposition of ozone in water, increasing the concentration of ·OH generated in water, thereby enhancing the ozone oxidation effect. The oxidation efficiency is 2–5 times higher than that of ozone oxidation alone.