Industrial Wastewater Monitoring

Industrial zinc water quality analyzer featuring spectrophotometric detection method with 0.001mg/L resolution and ≤0.02mg/L detection limit. Provides continuous unattended operation, automatic calibration, and comprehensive data storage for wastewater treatment and industrial monitoring applications.

Professional online COD analyzer using potassium dichromate oxidation spectrophotometric method for continuous water quality monitoring. Features 0-5000mg/L measurement range, ≤50min analysis time, and 20,000mg/L chloride masking capacity. Ideal for industrial wastewater, pollution source discharge, and treatment plant applications with automatic calibration and 5-year data storage.

Professional online ammonia nitrogen analyzer for industrial and municipal wastewater monitoring. Features 0-300mg/L measurement range, ≤2% repeatability, automatic calibration, and 5-year data storage capacity. Designed for continuous unattended operation with RS485 and 4-20mA outputs for environmental compliance.

Professional CODMn water quality analyzer using potassium permanganate oxidation spectrophotometry for continuous monitoring. Features 0-20mg/L measurement range, ±5% accuracy, automatic calibration, and 5-year data storage. Ideal for surface water monitoring with reliable, unattended operation and comprehensive data outputs.

Professional volatile phenol water quality analyzer featuring 0.001mg/L resolution, automatic 4-AAP spectrophotometric testing, and continuous monitoring capabilities. Ideal for industrial wastewater, sewage treatment, and environmental compliance applications with ±5% accuracy and long-term unattended operation.

Professional fluoride online analyzer using national standard spectrophotometric method for continuous water quality monitoring. Features 0-50mg/L measurement range, ±5% accuracy, automatic calibration, and 5-year data storage. Ideal for surface water, groundwater, and industrial wastewater applications with long-term unattended operation capability.

Professional online cyanide analyzer featuring high-precision 0.001mg/L resolution and 0-1mg/L measurement range. Utilizes spectrophotometric detection with digital input, automatic calibration, and comprehensive data storage. Essential for industrial wastewater monitoring and environmental compliance with rapid 25-minute analysis cycles.

Total Iron Fe Online Water Quality Analyzer >Overview Iron is an essential trace element for the human body. While iron itself is non-toxic, excessive intake or accidental overdose of iron products can lead to ‌iron poisoning ‌. Acute iron poisoning primarily occurs in children, while chronic cases are more common in adults over 45 years old, predominantly males. Studies suggest iron toxicity may also trigger epilepsy.This monitor operates autonomously under ‌long-term

Copper Online Water Quality Analyzer >Overview Copper, a vital metal with extensive applications, is widely used in alloys, dyes, piping, circuitry, and more. Copper salts can inhibit the growth of plankton or algae in water. In drinking water, copper ion concentrations exceeding ‌1mg/L ‌ impart a bitter taste. Consequently, China has classified copper ions as a key pollutant subject to ‌total emission control ‌.This monitor operates autonomously under ‌long-term unattended

Total Thallium Online Water Quality Analyzer >Overview The ‌Total Thallium Online Analyzer‌ is a specialized instrument designed for automated monitoring of trace thallium (Tl) in water. Utilizing the ‌Anodic Stripping Voltammetry (ASV)‌ principle from electrochemical technology, it enables continuous monitoring of thallium concentrations in water with a detection limit as low as ‌µg/L level‌. >Principle The analyzer adopts the internationally recognized ‌Anodic Stripping

Lead Pb Online Water Quality Analyzer >Overview Lead (Pb) is a highly toxic heavy metal that severely threatens human health. It adversely affects multiple organ systems, including the nervous, hematopoietic, digestive, urinary, reproductive, cardiovascular, endocrine, immune, and skeletal systems, with the nervous and hematopoietic systems being most vulnerable. Critically, lead exposure disrupts growth and cognitive development in infants and children, impairing memory,

Nickel Online Water Quality Analyzer >Overview Nickel is a silvery-white, hard, and brittle metal that remains stable in air at room temperature, exhibiting low reactivity. It reacts readily with nitric acid but slowly with dilute hydrochloric or sulfuric acids. Nickel occurs naturally in various ores, often combined with sulfur, arsenic, or antimony, primarily sourced from minerals like chalcopyrite and pentlandite. Nickel may be present in wastewater from mining, smelting,

Manganese Online Water Quality Analyzer >Overview‌ Manganese (Mn) is a hard, brittle, silvery-white metal widely found in nature. It constitutes approximately 0.25% of soil and is abundant in tea, wheat, and nuts. In metallurgy, manganese is used to produce specialty steels and serves as a deoxidizer and desulfurizer in steelmaking. As an essential trace element, manganese is critical for forming enzymes with vital physiological roles. The recommended daily intake is ‌3–9 mg‌

Chromium Online Water Quality Analyzer >Overview This monitor operates autonomously under ‌long-term unattended continuous operation ‌ based on field configurations. It is widely applicable to industrial pollutant discharge wastewater, industrial process wastewater, industrial sewage treatment plants, municipal sewage treatment plants, and similar scenarios. Depending on the complexity of on-site testing conditions, optional preprocessing systems can be integrated to ensure

Hexavalent Chromium Online Water Quality Analyzer >Overview The toxicity of chromium correlates with its oxidation state, with ‌hexavalent chromium (Cr⁶⁺)‌ being approximately ‌100 times more toxic than trivalent chromium (Cr³⁺)‌. Cr⁶⁺ is more readily absorbed and accumulates in the human body, increasing the risk of liver cancer. Consequently, China has classified hexavalent chromium as a key pollutant subject to total emission control.This monitor operates autonomously

Cadmium Online Water Quality Analyzer >Overview This monitor operates autonomously under ‌long-term unattended and continuous operation ‌ based on field configurations. It is widely applicable to industrial pollutant discharge wastewater, industrial process wastewater, industrial sewage treatment plants, municipal sewage treatment plants, and similar scenarios. Depending on the complexity of on-site testing conditions, optional preprocessing systems can be integrated to

Arsenic Online Water Quality Analyzer >Overview Low arsenic exposure can lead to growth retardation, reduced fertility, increased spontaneous abortions, and higher mortality rates. It also reduces skeletal mineralization and has been observed to cause atrophy of myocardial and skeletal muscle fibers in sheep and minipigs, accompanied by mitochondrial membrane alterations and potential rupture. While the biochemical role of arsenic in the body remains unconfirmed, studies

TN Online Total Nitrogen Water Quality Analyzer >Overview Total nitrogen in water primarily originates from nitrogenous organic matter decomposed by microorganisms in domestic wastewater, industrial effluents such as coking and synthetic ammonia production, and agricultural drainage. Elevated total nitrogen levels in water bodies pose toxic effects on aquatic life and varying degrees of harm to humans. Measuring total nitrogen concentrations aids in assessing water pollution

Waste Water Nickel Online Water Quality Analyzer >Application This method is applicable to wastewater with nickel concentrations within the range of 0-100 mg/L. >Technical parameters 1. Measurement Method: Dimethylglyoxime spectrophotometric method 2. Measurement Range: 0-5 mg/L, OEM 0-100mg/L 3. Accuracy: ≤±10% 4. Repeatability: ≤±5% 5. Measurement Cycle: Minimum cycle is 30 minutes; color development time can be adjusted flexibly between 5-30 min based on environmental

Wastewater Monitor Total Zinc Water Quality Online Analyzer >Application This method is applicable to wastewater with Total zinc concentrations within the range of 0-20 mg/L. >Technical parameters 1. Measurement Method: Zinc reagent spectrophotometric method 2. Measurement Range: 0-5 mg/L, OEM 0-100mg/L 3. Accuracy: ≤±10% 4. Repeatability: ≤±5% 5. Measurement Cycle: Minimum cycle is 30 minutes; color development time can be adjusted flexibly between 5-30 min based on