ILab-W 9R Smart Laboratory for Water Quality Analysis

The Guiding Opinions on Strengthening the Construction of Digital Government "emphasizes the need to comprehensively promote the digital transformation of ecological environment protection, enhance the carrying capacity of the ecological environment, and improve the suitability of national land and space developmentScientifically utilizing resources to better support the construction of a beautiful China. ”During the 14th Five Year Plan period, there were over 3600 nationally controlled sections and more than 3000 river sections covering nearly 2000 rivers, with three lake and reservoir locationsOver a hundred, covering more than 200 lakes and reservoirs. The country and society need to invest a great deal of manpower and material resources to support the separation of manual sampling and testing. Due to the wide monitoring range and large quantity, the workload of the testing personnel is heavy.Based on this, the formation of a fully automated detection system is an effective means to release manpower, reduce costs and increase efficiency, and further realize the digital and intelligent construction of laboratories.

Innovative flexible pre-treatment function island to create a stable, efficient, and flexible fully automated water quality analysis system

Fully automatic ammonia nitrogen analyzer

■High precision liquid addition; Simulate hand flipping and mix thoroughly

■Full spectrum (190-840nm) detection, allowing for arbitrary switching of flow cells with different optical paths

■Optional centrifugal function island

Fully automatic permanganate index analyzer

■4-way drip positioning, 16 position water bath position

■High precision injection pump for liquid addition, independent pipeline, reducing the impact on data

■Multiple endpoint judgment mode

Fully automatic multi parameter analyzer

■Used for testing indicators such as pH, conductivity, turbidity, temperature, etc

■Adopting EXO imported integrated electrodes, with strong stability and high accuracy

■Equipped with self-cleaning, self-protection, and self testing functions

Fully automatic total phosphorus/total nitrogen analyzer

■High precision liquid addition, precise quantitative injection pump

■Complies with the relevant provisions of GB 11893 and HJ 636 standards, and can simultaneously detect two parameters: phosphorus and total nitrogen

Fully automatic sample collection and pH adjustment system

■Used for sample and consumables management, sample collection, and pH adjustment

Transfer system (guide rail+six)Axis)

■Six degrees of freedom movements at the end can be achieved through the synthesis of six joints

■Long lasting battery life in standard mode

■Guide rail: High precision (± 0.04mm), fast speed (0.5m/s), stable and efficient

■Six axes: 6 degrees of freedom, high load

■Transportation: Using standard disk racks as units, fast and efficient, with simple logic

RKFI Flow Injection Cluster Functional Island

■Eight indicators are available, including ammonia nitrogen, total phosphorus, total nitrogen, sulfides, volatile phenols, anionic surfactants, and hexavalent chromium

■Small size, high testing efficiency, and low reagent consumption

■Radioactive layout, efficient detection

Centrifugal Island Function

■Used for pre-treatment of ammonia nitrogen coagulation, centrifugal precipitation

■Self control or embedded control optional

High temperature and high pressure digestion function island

■Composed of a high-temperature and high-pressure digestion system and a liquid addition system

■High pressure digestion for total phosphorus and total nitrogen projects

■Six axis robot can directly grab and place the tray rack

Inorganic element pretreatment functional island

■Used for acid addition, microwave digestion, acid removal, colorimetric tube constant volume and filtration of soil samples

■ Can be connected to ICPMS automatic sampler for automatic injection

■ Overlapping work of multiple batches of samples

Spectral function island

■Used for testing spectrophotometric indicators such as formaldehyde, sulfide, etc

■Reagent addition is completed by high-precision ADP, which blocks residual interference from the design source. Response reagents can be configured according to the measured indicators, and the method can be written to achieve automatic quantitative liquid addition

■Can achieve full spectrum detection in the UV visible region of the sample

■Design corresponding functional islands based on experimental principles, match sample processing auxiliary functional islands with logistics components such as intelligent warehousing and AGV robots, and construct an overall intelligent laboratory

■Without the need for infrastructure renovation of the laboratory, AGV robots can achieve barrier free, cross space, and full process transportation tasks, reducing the cost of infrastructure renovation caused by site limitations

■The detection indicators are not limited to the conventional 9 parameters of surface water. Through the construction of functional islands and software settings, the functional requirements for detecting new indicators can be met, achieving the application of more scenarios

Suitable for the entire process of pre-treatment and analysis of surface water, seawater, wastewater, groundwater and other water samples

GB 3838-2002 "Environmental Quality Standards for Surface Water"

GB/T 5749 "Quality Standards for Drinking Water"

GB/T 14848-2017 "Groundwater Quality Standards"

GB/T 27025-2008 General Requirements for the Competence of Testing and Calibration Laboratories

HJ91.2-2022 Technical Specification for Surface Water Environmental Quality Monitoring

HJ 91.1-2019 "Technical Specifications for Sewage Monitoring"

HJ T 91-2002 Technical Specification for Surface Water and Wastewater Monitoring

GB 8978-1996 "Guidelines for Monitoring Tasks of National Surface Water Environmental Quality Monitoring Network" and "Comprehensive Wastewater Discharge Standards"

GB 18918-2002 "Emission Standards for Pollutants in Urban Sewage Treatment"

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