With the continuous improvement of demand for high-purity water in global pharmaceutical, electronic, laboratory and other fields, the water distiller industry has ushered in a wave of standard upgrades in 2026, further regulating equipment production, performance and application, and helping the industry achieve high-quality development. As the core equipment for high-purity water preparation, the standardization process of water distillers not only ensures water safety in downstream fields, but also promotes technological iteration and industrial upgrading of the industry.
At present, a number of complete industry standards for water distillers have been formed globally. Among them, the US NSF/ANSI 62 series standards, China's JB/T 20030-2012 "Multi-effect Water Distillers" standard and relevant international specifications clearly define the performance indicators, material requirements, safety standards and testing methods of water distillers. The standards focus on strengthening the purity control, energy efficiency and operational stability of equipment, requiring medical-grade water distillers to meet the relevant requirements of the Chinese Pharmacopoeia and the US Pharmacopoeia to ensure that the water quality in key scenarios such as water for injection meets the standards.
The upgrading of industry standards has also promoted the innovation and optimization of water distiller technology. Currently, high-efficiency and energy-saving multi-effect water distillers and intelligent monitoring equipment have become the mainstream of the market. These equipment can not only realize real-time water quality monitoring, but also reduce energy consumption through heat recovery technology, which is in line with the global trend of green and environmental protection. In the future, with the continuous refinement of downstream demand, the industry standards for water distillers will be further aligned with international standards, promoting the industry to develop in a standardized, high-end and intelligent direction.
