Linksens focused on high-end intelligent water quality monitoring equipments and solutions
Source Water
The raw water source can come from surface water sources such as rivers, lakes, and reservoirs, or groundwater. This water is then used as the inlet water for water treatment plants. The quality of the raw water can vary significantly due to factors such as rainfall, surface erosion, pollution from surrounding sources, seasonal changes, algae blooms, and groundwater mineralization. The water contains suspended sediments, natural organic matter, ammonia nitrogen, and various microorganisms. During certain periods, there may also be traces of algae and manganese iron in the water. The quality of the raw water directly affects the amount of chemicals used in the treatment process and the operating conditions of the treatment equipment. Therefore, the quality of the raw water is a crucial factor in the entire water purification process. If the quality of the raw water is inconsistent, it will increase the processing burden in subsequent stages such as coagulation, filtration, and disinfection, and may even affect the safety of the water produced at the end of the process.
Designed to address various challenges such as fluctuating raw water quality, diverse sources of water (surface water/groundwater), seasonal algae blooms, and high turbidity during the rainy season. We provide tailored monitoring parameters and equipment deployment solutions based on specific requirements. Instead of simply providing individual equipment, we can also offer comprehensive solutions that include pre-treatment methods for water quality prediction, early warning systems, and optimization of water treatment processes.
Supports real-time display on local terminals, local data storage and traceability. Additionally, it allows remote access via cloud platforms, data analysis, and query of historical data. Suitable for various scenarios such as on-site operation and remote supervision. The data is traceable, can be reviewed, and can be used to adjust processes accordingly.
The sensor can be installed in various scenarios such as water intake points, raw water pipelines, and collection wells. It is resistant to sediment and water fluctuations, allowing for long-term, stable monitoring. This significantly reduces the cost of manual inspections and sampling procedures.
By utilizing real-time data on raw water quality, it is possible to accurately determine the appropriate dosage of coagulation agents and disinfectants. This helps to avoid problems such as waste of chemicals, excessive levels of disinfection by-products, and risks associated with nitrification processes. As a result, water treatment plants can achieve greater energy efficiency, maintain stable water quality, and meet regulatory standards.
It indicates the concentration of suspended sediments and colloidal particles in the water. During the rainy season, turbidity levels increase significantly, which directly affects the effectiveness of coagulation and sedimentation processes.
It affects the efficiency of coagulation and flocculation processes, as well as the effectiveness of subsequent disinfection. The pH value of surface water can vary due to factors such as rainfall and algae photosynthesis.
This is a key indicator of water pollution. High levels of ammonia nitrogen can lead to increased consumption of disinfectants. In the chloramination disinfection process, the baseline level of ammonia nitrogen in the raw water serves as an important reference for determining the appropriate ratio of chlorine to ammonia.
Characterizes the level of natural organic pollutants in water. Higher levels of organic matter increase the risk of disinfection byproduct formation.
It affects the activity of microorganisms, the rate of flocculation reactions, and the potential for subsequent nitration reactions.
It reflects the ecological state of the water body. In areas where groundwater lacks oxygen, iron and manganese tend to precipitate out.
This parameter reflects the total dissolved salts in the water body, indicating whether the water source is contaminated by salts or the degree of mineralization of groundwater.
These elements are common in groundwater. Excessive levels can lead to issues such as increased turbidity of the water and deposits in pipelines.
Indicate the risk of the water body being contaminated by pathogenic microorganisms.
The outbreak of algae can increase turbidity and organic matter in the water, as well as produce odor-causing substances.
Related Products
The AI Portable Water Quality Analyzer is a compact and innovative device designed to assess water quality in real-time using advanced artificial intelligence algorithms. With its easy-to-use interface, it provides accurate measurements of various contaminants, ensuring safe and clean water for diverse applications, from environmental monitoring to personal use.
A Multi-Parameter Controller is an advanced device that simultaneously monitors and regulates multiple variables in a system, such as temperature, pressure, and flow rate. It enhances operational efficiency by providing real-time data and automated adjustments, ensuring optimal performance and stability across various applications in industries like manufacturing, HVAC, and process control.
The Online Cyanobacteria Sensor is an advanced monitoring device designed to detect and quantify cyanobacteria levels in water bodies in real-time.
By providing timely and accurate data, this sensor helps manage water quality and safeguards public health by identifying harmful algal blooms before they pose a threat.
By providing timely and accurate data, this sensor helps manage water quality and safeguards public health by identifying harmful algal blooms before they pose a threat.
The UV254 Self-Cleaning Five-Wavelength COD Sensor is designed for accurate monitoring of chemical oxygen demand (COD) levels in water bodies. Utilizing a unique five-wavelength detection system, this advanced sensor ensures reliable performance while its self-cleaning mechanism minimizes maintenance, making it ideal for continuous environmental assessments.
The Online Colority Analyzer is a user-friendly tool designed to help individuals and businesses accurately assess and harmonize color combinations for various applications, such as design and branding.
By simply uploading an image or selecting colors, users can receive insights into color palettes, contrast levels, and complementary shades, facilitating effective and visually appealing outcomes in their projects.
By simply uploading an image or selecting colors, users can receive insights into color palettes, contrast levels, and complementary shades, facilitating effective and visually appealing outcomes in their projects.
An online conductivity sensor is a device designed to continuously monitor the electrical conductivity of liquids, providing real-time data on the ionic concentration in various solutions.
It is widely used in industries such as water treatment, chemical processing, and food production to ensure optimal process control and quality assurance.
It is widely used in industries such as water treatment, chemical processing, and food production to ensure optimal process control and quality assurance.
An online conductivity sensor is a device used to measure the electrical conductivity of a liquid in real-time, providing essential data for various applications, including water quality monitoring and industrial process control.
By continuously assessing the ionic content of the solution, it helps ensure optimal performance and compliance with environmental standards.
By continuously assessing the ionic content of the solution, it helps ensure optimal performance and compliance with environmental standards.
The Online Nitrite Sensor is a cutting-edge monitoring device designed to continuously measure nitrite levels in water systems, ensuring real-time data for effective water quality management.
Ideal for aquaculture, wastewater treatment, and environmental monitoring, this sensor provides precise and reliable readings to help prevent harmful nitrite accumulation and promote healthier aquatic ecosystems.
Ideal for aquaculture, wastewater treatment, and environmental monitoring, this sensor provides precise and reliable readings to help prevent harmful nitrite accumulation and promote healthier aquatic ecosystems.
Find My Solution
Not sure which solution fits your project?
Not sure which wastewater monitoring configuration fits your facility? Tell us about your plant type, process configuration, and key compliance parameters.
Our engineers typically respond within 1 business day with an initial recommendation.
Linksens Solutions, Accurate Water Sensing Worldwide
Contact Us