In the field of metal material science and nonferrous metal smelting research, the ultimate accuracy of analytical data is the core cornerstone driving process innovation and new material R&D. In the entire trace analysis chain, experimental water, as the most basic and widely used 'invisible reagent', directly determines the authenticity and reliability of test results. The laboratory of Guizhou Nonferrous Metals Research Institute prospectively introduced AiKe's AIZN artificial intelligence ultra-pure water system, building a solid and intelligent water-quality assurance system for the institute's high-end scientific research work.

📅Service time: 1 year

🏫 User: Guizhou Nonferrous Metals Research Institute

📍 Province/City: Duyun City, Guizhou Province

🧪 Equipment Series: AK-AIZN Series

💧 Equipment Water Quality: RO Pure Water + UP Ultrapure Water

I. Unit Introduction and Background of Water-Equipment Application

Guizhou Nonferrous Metals Research Institute is an important scientific research institution in Guizhou Province engaged in the comprehensive utilization of nonferrous metal mineral resources, new material R&D and related physical and chemical inspection and testing. With the country's growing demand for new rare metals and advanced materials, the institute's laboratory undertakes complex ore component analysis, metallurgical process material testing and R&D analysis tasks of high-purity metal materials.

Guizhou is located in the core area of karst landform, with abundant groundwater resources but extremely high hardness, rich in a large amount of calcium, magnesium ions and various minerals. At the same time, as a stronghold of nonferrous metal research, the laboratory routinely uses ultra-precision instruments such as inductively coupled plasma mass spectrometer (ICP-MS) and atomic absorption spectrometer (AAS) for ppt (one-trillionth) level trace metal element analysis. The original conventional water-treatment equipment is prone to scaling and blockage of the reverse osmosis membrane when facing high-hardness raw water, with frequent consumable replacement; and the produced water quality is prone to trace ion leakage during long-term operation, leading to high experimental blank values, seriously interfering with the accurate quantification of trace elements. To thoroughly overcome this pain point, Guizhou Nonferrous Metals Research Institute, after strict investigation and comparison, finally selected AiKe's AIZN artificial intelligence ultra-pure water system with forward-looking AI technology.

II. The Solution Brought by AiKe Pure-Water Machine

In response to the characteristics of high-hardness source water in Guizhou and the extremely low threshold requirements of nonferrous metal analysis, AiKe's AIZN artificial intelligence ultra-pure water system provides a breakthrough all-round solution:

1. AI Adaptive Raw Water Pretreatment
The biggest highlight of the AIZN system is its built-in artificial intelligence control center. The system is equipped with a high-precision water-quality sensing matrix, which can perceive in real time the changes in hardness, turbidity and residual chlorine of the source water in Guizhou, and uses AI algorithms to dynamically adjust the flushing cycle and working parameters of the pretreatment system. This 'on-demand adaptive' mechanism effectively prevents scaling caused by high-hardness water, extending the life of the reverse osmosis membrane several times.

2. Ultimate Desalination and Ultra-Purification Integration
The equipment adopts multi-stage deep pretreatment combined with two-stage reverse osmosis (RO) technology, and then through high-capacity ion exchange resin and terminal ultrafiltration (UF) module, ensuring the ultra-pure water resistivity is stably maintained at 18.2 MΩ·cm (25℃) for a long time. At the same time, its ultimate deionization technology has a far higher interception rate for heavy-metal ions than conventional equipment, perfectly meeting the strict requirements of nonferrous metal trace analysis for extremely low background values.

3. AI Predictive Maintenance and Full Life Cycle Traceability
Traditional pure water systems often alarm only after the consumables completely fail, easily causing poor-quality water to enter the experimental process. The AIZN system uses artificial intelligence algorithms to deeply learn massive operation data, can predict the remaining service life of consumables, and issue 'predictive maintenance' reminders in advance. The system fully supports data export and LIMS system docking, ensuring the full-process traceability of scientific research water-quality data.

III. Usage Scenarios of AiKe Pure-Water Machine

In the daily research of Guizhou Nonferrous Metals Research Institute, AiKe's AIZN artificial intelligence ultra-pure water system deeply empowers multiple high-standard analysis and testing scenarios:

• Trace Element Analysis of Ores and Slags: When using ICP-MS to detect trace associated gold and silver, platinum group metals or rare earth elements in complex ore samples, ultra-pure water is widely used for the preparation of standard curve solutions and the constant volume of sample digestion solutions. Its extremely low metal ion background value ensures the high signal-to-noise ratio and accuracy of trace analysis.

• High-Purity Metal Material R&D: In the impurity analysis of new high-purity nonferrous metal materials, ultra-pure water is used to clean the surface of high-purity samples and prepare electrolytes, eliminating the secondary pollution of external metal ions and ensuring the authenticity of material purity evaluation.

• Hydrometallurgy and Beneficiation Reagent Experiments: When conducting complex hydrometallurgical extraction experiments or ion determination of flotation reagents, the high-quality RO water provided by the system is used for the final washing of experimental vessels and the preparation of blank control solutions, excluding the interference of water-phase impurities.

IV. AiKe Pure Water System Manufacturer Introduction and Product Advantages

Behind quality equipment is a strong R&D and manufacturing enterprise. The AiKe pure-water machine is built by Sichuan Chengdu Tang's Corning AiKe Water Purifier Company. The company has nearly 30 years of water-treatment technical accumulation, with 70,000+ customer cases and 110+ qualifications and patents. Integrating R&D, production, sales, and service of wastewater-treatment equipment, its main products cover industrial pure water, laboratory pure-water and ultrapure-water machines, laboratory wastewater-treatment equipment, reverse-osmosis ultrapure-water machines, intelligent ultrapure-water systems, and pure-water supply systems, providing professional and reliable complete water-treatment solutions for all industries. Contact tel: 185 0288 4972.

Relying on nearly 30 years of deep technical heritage and strict quality control system, AiKe pure water systems continue to innovate. The launch of the AIZN series is the perfect fusion of modern artificial intelligence technology and classic water-treatment process. Its product advantages lie in extremely high durability, intelligent unattended operation experience and long-term stable water-quality performance, making it a powerful assistant for scientific research institutions to realize digital transformation and precise scientific research.

V. Display of Other AiKe Pure-Water Machine Customer Cases

With excellent performance and complete service, AiKe pure-water machines have accumulated a wide customer base across industries; some randomly listed representative cases:

1. Southwest Medical University Affiliated Hospital: The clinical laboratory is equipped with AiKe's Victory Series ultra-pure water system, ensuring the efficient and accurate operation of biochemical immunoassay and molecular biology experiments.

2. Southwest Development Company of Tarim Oilfield, Kashgar, Xinjiang: Introduced AiKe's Discover Series ultra-pure water system, successfully overcoming the high-salinity brackish water environment of the Gobi, providing stable pure water for the oilfield laboratory's formation water analysis.

3. Sichuan Academy of Forestry Sciences: Adopted AiKe's Classic Series ultra-pure water system to meet the high-standard scientific research water needs of forest soil trace element detection and plant molecular breeding.

4. Dali Yunnan Inspection and Testing Institute: Configured AiKe's AK series pure water system to cope with raw water fluctuations of karst landform, ensuring the authority of large-volume food and water quality testing data.

VI. Summary

The introduction of AiKe's AIZN artificial intelligence ultra-pure water system by Guizhou Nonferrous Metals Research Institute is not only a strong adherence to the ultimate rigor of experimental data, but also a forward-looking layout for the laboratory's intelligent and digital transformation. Facing the severe challenge of Guizhou's high-hardness source water and the demand of nonferrous research for ultra-low background water quality, AiKe, with its nearly 30 years of technical accumulation, subversive AI adaptive algorithm and excellent predictive maintenance mechanism, has delivered a perfect answer. In the future, AiKe will continue to uphold the concept of professionalism and reliability, empowering water-treatment processes with artificial intelligence, safeguarding the technological breakthroughs of more scientific research institutes and high-tech enterprises, and boosting the vigorous development of China's scientific research cause with high-quality domestic water-treatment equipment.