In recent years, with the enhancement of safety production awareness and the strengthening of control over explosive materials, hydroxylamine hydrochloride has gradually replaced nitroguanidine as the main raw material for producing folic acid. Nitroguanidine, being an explosive material, undergoes strict control in its procurement, storage, and usage, imposing higher qualification requirements on enterprises and increasing their management costs and risks. Meanwhile, hydroxylamine hydrochloride, as a substitute for nitroguanidine, possesses advantages such as low explosiveness and stable storage, thus gaining favor among production enterprises.

Firstly, hydroxylamine hydrochloride, being structurally similar to nitroguanidine, can be directly substituted for nitroguanidine in folic acid production without requiring significant adjustments to the production process, thereby reducing the difficulty and cost of technological transformation. Secondly, as hydroxylamine hydrochloride is not classified as an explosive material, the management requirements for its procurement, storage, and transportation are relatively simple for enterprises, thereby reducing safety risks. Additionally, the stable price of hydroxylamine hydrochloride is unaffected by policies governing explosive materials, thus facilitating cost control for enterprises.

With the gradual popularization and application of hydroxylamine hydrochloride, the related industrial chain has been expanded and improved. The production, sales, and transportation of hydroxylamine hydrochloride have formed a complete industrial ecosystem, promoting the development and growth of relevant enterprises. Simultaneously, the market demand for hydroxylamine hydrochloride is continuously increasing, providing enterprises with broader development prospects.

However, it is worth noting that the substitution of hydroxylamine hydrochloride for nitroguanidine is not achieved overnight and requires enterprises to undergo comprehensive technological transformation and management adjustments. Moreover, regulatory authorities need to strengthen safety production standards and quality supervision for hydroxylamine hydrochloride to ensure safety and control during the substitution process. Furthermore, enterprises need to enhance safety training and awareness education for employees to improve the standardization and safety of production operations.

In conclusion, the gradual substitution of hydroxylamine hydrochloride for nitroguanidine in folic acid production conforms to the current trends of safety production and industrial development, reducing management costs and safety risks for enterprises while promoting the healthy development of related industries. However, attention should still be paid to issues such as technological transformation and safety management during the substitution process to ensure its smooth progress and safety control.