Recently, the Guizhou Nonferrous Metals Research Institute completed the upgrade and iteration of its core laboratory equipment, officially introducing the AiKe AK-AIZN series AI ultrapure water system and putting it into full-line operation. The deployment of this intelligent water treatment equipment will comprehensively optimize the institute's water preparation system, providing ultra-high purity and high-stability experimental water support for core scientific research such as nonferrous metal composition analysis, new material R&D, mineral testing, and environmental monitoring, helping the institute's scientific research detection accuracy and intelligence level reach a new stage.

As the core institution for scientific research innovation and technical testing in the regional nonferrous metals industry, the Guizhou Nonferrous Metals Research Institute has long focused on key fields such as comprehensive utilization of mineral resources, nonferrous metal material R&D, physical and chemical testing, and environmental quality control. The purity, stability, and safety of experimental water are the core foundation determining the accuracy of testing data and ensuring the reliability of scientific research results. Traditional pure water equipment has pain points such as large water quality fluctuations, cumbersome manual operation and maintenance, lagging parameter control, and untimely water quality monitoring, making it difficult to meet the stringent standards of current high-precision trace analysis, trace impurity detection, and refined new material R&D. Equipment upgrade is imperative.

The introduced AiKe AK-AIZN series AI ultrapure water system is a benchmark intelligent water treatment equipment built by AiKe for high-end scientific research laboratories. Relying on AI intelligent algorithms and IoT technology, it completely breaks through the technical bottlenecks of traditional water-making equipment. The equipment is equipped with a self-developed intelligent control system that can collect more than ten core data points such as feed water TDS, water temperature, and water pressure in real time, and dynamically optimize operating parameters such as reverse osmosis pressure and EDI desalination current through AI algorithms, precisely adapting to the institute's complex feed water environment, stably producing Grade 1 ultrapure water with resistivity 18.25MΩ·cm, TOC as low as 1ppb, and impurity removal rates for microorganisms, endotoxins, etc. as high as 99.99%, fully meeting the stringent water standards of the nonferrous metal research field.

In terms of intelligent operation and maintenance, the system is configured with a 7-inch HD touch screen and 4G IoT dual-control mode, achieving the dual convenient experience of 'local operation + remote control'. Researchers can view equipment operating parameters, water quality data, and consumable status in real time, and support remote start/stop of equipment and remote water quality monitoring via mobile phones and computers. The system has built-in fault self-diagnosis and intelligent early warning functions, automatically identifying abnormal operations and pushing repair suggestions, greatly reducing equipment failure downtime risk and effectively solving the cumbersome manual inspection and lagging fault response of traditional equipment. At the same time, the equipment supports three-in-one use, simultaneously producing RO pure water, purified water, and ultrapure water, adapting to the water needs of different laboratory scenarios, greatly improving water efficiency and equipment utilization.

In addition, the equipment adopts a two-stage reverse osmosis + EDI deep desalination core process, paired with imported high-quality membrane elements, featuring high desalination rate, stable performance, and durable consumables. The equipment is equipped with fully automatic protection mechanisms such as auto-flushing, high-low pressure protection, water shortage shutdown, and full-water auto-stop, operating throughout without manual intervention, which not only effectively extends equipment service life and reduces operation and maintenance costs, but also provides 24-hour continuous stable water supply, completely solving the problem of insufficient centralized water supply during peak periods, perfectly adapting to the institute's high-frequency, high-precision, uninterrupted scientific research testing work scenarios.

The successful deployment of AiKe's intelligent ultrapure water system is an important measure for the Guizhou Nonferrous Metals Research Institute to promote laboratory intelligence, standardization, and refinement. After the equipment is put into use, it not only completely solves the shortcomings of traditional water equipment, achieving precise and controllable experimental water quality and intelligent and efficient equipment operation and maintenance, but also provides extremely reliable basic guarantees for core businesses such as mineral composition testing, nonferrous metal new material R&D, environmental water quality analysis, and scientific research achievement transformation, effectively improving the accuracy, repeatability, and authority of experimental data.

In the future, the Guizhou Nonferrous Metals Research Institute will continue to focus on scientific research equipment upgrades and technological innovation, relying on intelligent and modern experimental equipment to deepen scientific research in the nonferrous metals field, continuously improve core technology R&D and testing service capabilities, and provide solid technical support for the green transformation and high-quality development of the regional nonferrous metals industry. At the same time, the institute will take this equipment upgrade as an opportunity to continuously promote laboratory standardization construction, empower scientific research quality improvement through hardware upgrades, and help the industry achieve technological innovation breakthroughs.