HZSS Technology's Micro-Continuous Flow Skid-Mounted System Helps Yangnong Chemical Achieve Efficient And Safe Production Transformation

HZSS Technology's Micro-Continuous Flow Skid-Mounted System Helps Yangnong Chemical Achieve Efficient And Safe Production Transformation

Summary

Yangnong Chemical's original pesticide intermediate production unit with an annual output of 7,000 tons occupies a large area, consumes a lot of energy, and has certain safety hazards. Compared with the original unit, the new system occupies only 23 square meters, which is nearly 90% less, and the continuous reaction time is shortened to one thousandth of the original. The amount of wastewater generated is also greatly reduced to 4.3% of the original.

Product: Pesticide intermediates Annual throughput: 18,000 tons
In the field of pesticide intermediate production, how to achieve efficient, safe and flexible production? Yangnong Chemical Ningxia Company, as a leading enterprise in the industry, cooperated with Shenshi Technology to successfully introduce the micro-continuous flow skid-mounted system, which brought revolutionary innovation to the production of pesticide intermediates.

Yangnong Chemical's original 7,000-ton annual pesticide intermediate production unit occupies a large area, consumes a lot of energy, and has certain safety hazards. In order to improve production efficiency, reduce energy consumption and ensure production safety, Yangnong Chemical chose Shenshi Technology's micro- continuous flow skid-mounted system. The system combines the advantages of micro-reaction technology and continuous flow technology, and has the characteristics of high efficiency, safety, flexibility and reusability. It can also significantly improve product yield and quality, and reduce energy consumption and material consumption.

Compared with the original device, the new system occupies only 23 square meters, which is nearly 90% less, and the continuous reaction time is shortened to one thousandth of the original, and the amount of wastewater generated is also greatly reduced to 4.3% of the original. At the same time, the reaction temperature is increased from -15 degrees to 40 degrees, and the product yield is increased by 6-8%, which completely subverts the original reaction conditions.