Application
Water and Wastewater
Effective water treatment is essential across a wide range of industries, from production of pharmaceuticals to power generation and chemical industries. Accurate monitoring of specific parameters ensures the efficiency of processes, prevents corrosion, protects valuable equipment, and meets regulatory requirements. Advanced sensor technology plays a key role in maintaining water quality in diverse applications, helping businesses achieve cleaner, safer, and more efficient operations.
Water treatment is essential for maintaining operational efficiency and equipment longevity across industries. Advanced sensors enable precise water monitoring in ultrapure water treatment and closed-loop industrial systems. Businesses can reduce costly damage and uphold industry regulations by detecting issues such as corrosion, scaling, or biological imbalance early. These technologies help maintain safer, more reliable workflows, reducing downtime and minimizing environmental impact while optimizing resource usage and enhancing water management.
How Hamilton Supports Your Wastewater Workflows
At Hamilton, we provide advanced sensor solutions that ensure precise measurement and control in water treatment processes. Whether it's ultrapure water production for pharmaceutical applications, closed water circuits, or wastewater in industrial facilities, our innovative sensors offer reliable performances in the most demanding environments. With industry-leading accuracy, durability, and seamless integration, our solutions help customers achieve optimal water quality while meeting stringent regulatory standards.
Building on this, Hamilton provides in-line sensors for real-time monitoring across key wastewater treatment stages. These tools support better process control and regulatory compliance from the very beginning of the workflow.
Accurate monitoring is essential for proper neutralization and contaminant removal during physicochemical treatment. Hamilton EasyFerm Bio pH sensors deliver dependable pH measurement, helping prevent corrosion and optimizing treatment processes. Conducell 4USF Arc sensors accurately monitor total dissolved solids, ensuring compliance with discharge standards.
Biological processes require careful dissolved oxygen monitoring to verify the effectiveness of earlier stages. Hamilton VisiFerm RS485 and VisiFerm mA sensors are essential for this stage, supporting wastewater treatment plants' consistent and stable performance.
To ensure the effectiveness of upstream treatments, continuous monitoring of pH, conductivity, and dissolved oxygen is vital. Hamilton Dencytee Arc measures turbidity to detect suspended solids, giving insight into clarification efficiency and maintaining high water quality standards.
Explore our Water and Wastewater Solutions and Applications in Detail
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Incyte Arc Expert sensors enable real-time, in-situ measurement of viable cells, making it possible to detect events and respond in real time without increased off-line sampling.
Dencytee Arc RS485 sensors enable real-time, in-situ measurement of total cell density using transmittance and reflectance of near-infrared light in low and high cell density applications. Reduce off-line sampling and increase the reliable optical density measurement range.
pH Sensors
EasyFerm Bio pH Sensors
EasyFerm Bio pH sensors offer Foodlyte biocompatible electrolyte and EHEDG Certification for pH measurement in processes where non-toxicity is mandatory.
VisiFerm Dissolved Oxygen Sensors
VisiFerm RS485-ECS
VisiFerm RS485-ECS is an advanced optical dissolved oxygen sensor for biotechnology, biopharmaceutical, and food and beverage industries, offering full measurement functionality, self-diagnostics, and simplified maintenance.
VisiFerm Dissolved Oxygen Sensors
VisiFerm mA
Less frequent calibration and longer lifetime. 2-wire 4-20mA / HART for GMP production environments. Explosive-rated environments.
Conducell 4UxF
Conducell 4USF Arc
The Conducell 4USF Arc is a 4-pole conductivity sensor equipped with advanced Arc technology and a VP8 connector. This sensor is designed for hygienic applications, offering features like onboard calibration storage and direct connection to control systems, simplifying integration and maintenance.
Lab Syringes
Microliter Syringes
Hamilton Microliter syringes are ideal for dispensing homogeneous liquid samples not prone to glass bonding or precipitation. With a hand-fitted stainless steel plunger for frictionless movement and minimal wear, these syringes are designed to last.
Good to Know About Water Analysis Processes
Each water treatment application—whether targeting industrial wastewater, drinking water safety, or environmental protection—requires specific testing protocols. Hamilton sensors ensure clarity, precision, and wastewater data reliability across all testing stages. With better insight into wastewater samples, laboratories and operators can reduce false positives, support compliance, and improve confidence in test results.
Solutions for Top 3 Challenges of the Water and Wastewater Process
Challenge: Ensuring accurate measurements
Solution: Hamilton sensors provide lab-grade precision with real-time feedback for key water quality indicators. This accuracy enables more reliable water testing, ensuring cleaner, safer, and more efficient water
Challenge: Equipment failure in harsh environments
Solution: Our sensors are built for harsh, demanding environments like industrial wastewater. Hamilton solutions offer a reliable and durable design, minimizing downtime and reducing operational costs through long-lasting performance.
Challenge: Integration of new technology
Solution: Hamilton versatile connectivity options enable seamless integration into existing water treatment systems, enhancing process efficiency and providing deeper insights and consistent output.
Industries and Application Areas
1. Wastewater in Refineries
Sensors play a crucial role in monitoring and controlling refinery wastewater treatment processes. Their data enables operators to optimize treatment operations and ensure compliance with environmental regulations. By proactively addressing potential risks, operators can minimize the risk of equipment failures and implement advanced control strategies for stable performance.
Commonly used parameters in refinery wastewater treatment include:
pH: Measure the acidity or alkalinity of the wastewater, which is critical for controlling neutralization processes and preventing corrosion.
Conductivity: Monitor the total dissolved solids in the wastewater to ensure efficient treatment processes and compliance with discharge standards.
Dissolved Oxygen: Measure the amount of dissolved oxygen in the wastewater. This is essential for biological treatment processes and can help to identify areas of anaerobic conditions.
Turbidity: Key to assessing the effectiveness of clarification processes, identifying potential issues with suspended solids, and maintaining water quality.
2. Heated / Chilled Closed Water Circuits
Sensors play an essential role in monitoring heated/chilled closed water circuits. They allow operators to optimize system performance, prevent equipment failures, and ensure compliance to industry and building standards. This data-driven approach helps maintain water quality, prevent corrosion, and minimize energy consumption, ultimately leading to more efficient and reliable system operation.
Key parameters measured by sensors include:
pH: Maintaining the optimal water chemistry is essential for preventing corrosion, scale formation, and microbial growth.
Conductivity: Conductivity measurement is critical for preventing corrosion and scale formation, as high conductivity levels can indicate the presence of dissolved solids that contribute to these issues.
Dissolved Oxygen: Monitoring dissolved oxygen levels is crucial for closed water circuits, as high levels can promote corrosion, while low levels can create conditions conducive to anaerobic microbial growth.
3. Ultrapure Water Production
Ultrapure Water (UPW) is a critical resource in various industries, where even trace contaminants can disrupt production. These industries demand the highest purity standards. Hamilton sensors ensure the quality and reliability of UPW systems and precise measurement of key parameters.
The following parameters play a pivotal role in UPW production:
pH: pH measurement is crucial for maintaining UPW quality, as pH imbalance can lead to contamination, compromising conductivity, and overall purity.
Oxidation-Reduction Potential (ORP): ORP measurement is crucial for preventing microbial growth and maintaining water stability. Deviations can indicate contamination or treatment issues.
Conductivity: Conductivity measurement is critical for assessing the ionic purity of UPW.
Water Treatment Application Notes
Other Water and Wastewater Resources
Browse app notes, user guides, specification documents, and more in our Knowledge Center.
Browse app notes, user guides, specification documents, and more in our Knowledge Center.
Browse app notes, user guides, specification documents, and more in our Knowledge Center.
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