T/ZNX 020-2023 Guidance for digital factory construction in the pesticide industry
T/ZNX 020-2023 Guidance for digital factory construction in the pesticide industry
Basic Information
Scope
Main Technical Content: 5. Construction Modules This module adheres to the principle of "integrated development and parallel advancement," gradually promoting the construction of digital factories in enterprises. 5.1 Raw Material Storage and Processing This module includes facilities such as raw material receiving areas, storage tanks, and mixing tanks. The raw material receiving area is typically equipped with unloading platforms and conveying systems to facilitate the unloading of raw materials into storage tanks or directly entering the process for processing. Storage tanks must have sealing performance and metering and statistical functions to ensure that the quality of stored raw materials is not affected by external environmental factors. Mixing tanks are used to select corresponding raw materials according to formulas and conduct mixing processing. 5.2 Production Line The production line module is mainly composed of a series of production equipment, including reactors, centrifuges, dryers, and filters. These devices are used to complete processes such as pesticide synthesis, separation, and solidification, ultimately forming product raw materials. The automated control system monitors and controls the entire production line, enabling adjustment and optimization of production parameters to ensure stable product quality. 5.3 Intelligent Equipment Management For intelligent equipment management of production devices, software such as AMS can be used to manage HART devices, enabling important parameter management and adjustment of such devices. 5.4 Quality Detection and Control This module includes quality detection equipment, instruments, and methods used to conduct quality tests on raw materials, intermediates, and final products during the production process. Common quality detection methods include physical property testing, chemical composition analysis, and impurity detection. By monitoring and analyzing test results in real time, produc