2-pentylanthraquinone is an important hydrogen carrier in the anthraquinone method for hydrogen peroxide production. Compared with the traditional 2-ethylanthraquinone, 2-pentylanthraquinone has higher stability, better compatibility with the working solution, and higher catalytic efficiency in hydrogen peroxide production. It can significantly increase the efficiency of the working solution, improve the production efficiency and quality of hydrogen peroxide, and has obvious advantages in the fluidized bed process.

Product advantages of 2-pentylanthraquinone

1. Technological innovation and industrialization breakthroughs

As an original technology of the company, 2-pentylanthraquinone was the first to achieve industrial mass production. This first-mover advantage has occupied an important position in the industry, enabling it to accumulate production experience first and optimize the production process. In terms of the timeline of technology research and development and product production, it entered the market earlier than other competitors, and had more time to adjust and improve product quality and production processes.

2. Quality standard advantage

The company's products currently comply with enterprise standards and, in collaboration with research institutions such as CNOOC and Tianjin University, have formulated group standards. The product quality is at a controllable and relatively high level. The formulation of our company's enterprise standards is based on our advanced production technology and strict quality control system. We jointly develop group standards with authoritative scientific research institutions, which further highlights the forward-looking nature of technical specifications.

3. Performance advantages

The high-purity 2-pentylanthraquinone produced by our company has excellent solubility, which can significantly increase the content of effective anthraquinone in the working fluid. At the same time, it can reduce the degree of hydrogenation and the temperature of the hydrogenation reaction, decrease the generation of degradation products, and enhance the continuous safe and stable operation of the equipment from an intrinsically safe perspective. If the quality of 2-pentylanthraquinone applied is poor or its purity is insufficient, it will directly affect the full reaction of hydrogenation and oxidation, thereby affecting the quality, safety and production capacity of hydrogen peroxide.