Special personal cleaning agents refer to personal care cleaning products formulated with surfactants and antibacterial/antimicrobial ingredients, combining both cleaning and protective functions. These include special hand sanitizers, special body washes, and special soaps. Standardized testing ensures ingredient safety, functional authenticity, and microbial compliance, serving as a critical safeguard for corporate compliant production and consumer health protection.

Safety management of photovoltaic power stations covers multiple aspects including equipment and facilities, operation and maintenance, repair operations, and emergency response—any lapse in these areas can lead to safety incidents. According to statistics, 32 safety accidents occurred at photovoltaic power stations nationwide in 2025, with over 80% stemming from unprofessional hazard inspections. The implementation of GB/T 35694-2025 provides a unified and standardized technical basis for the safety management of photovoltaic power stations.

The 2025 Edition Catalog classifies water‑related products into six major categories: the first five list specific product items, and the sixth serves as a channel for innovative products.

In March 2026, the Ministry of Ecology and Environment issued the "Emission Standard for Water Pollutants in Petroleum Refining Industry (Draft for Comments)", marking the first major revision to GB 31570—2015. This revision adds five new pollutant control indicators: total salt content, total selenium, acute toxicity, perfluorooctanoic acid (PFOA), and perfluorooctane sulfonic acid (PFOS), while tightening the emission limits for total lead and total mercury. This signals that China's water pollution emission control for petroleum refining has entered a new phase of "emerging pollutant management".

Chlorine dioxide is an efficient, broad-spectrum, and fast-acting disinfectant, with its germicidal effects discovered for over a century. Due to instability and inconvenience in transportation and storage, its application was greatly limited. In recent years, extensive research and development have led to fundamental improvements in production processes and formulations, overcoming stability issues. With further studies, new dosage forms continue to emerge, and our understanding of chlorine dioxide has been expanding. Its disinfectant applications are now increasingly widespread in medical, hygiene, epidemic prevention, and industrial/agricultural disinfection.