While effective, Chloramine treatment comes with challenges - requiring precise control and vigilant monitoring to avoid issues like nitrification
Continuous monitoring of key water parameters combined with laboratory analysis
Reducing carbon footprint of wastewater plants and reducing energy consumption.
How precise turbidity measurements help prevent permit violations, optimise treatment performance, and reduce downtime
Recorded webinar concentrates on practical solutions for meeting new nutrient limits under the UWWTD revision. You’ll get concise expert guidance, real case studies, and actionable strategies for nitrogen and phosphorus management—plus see how smart monitoring, innovations like Hach’s NH6000 analyzer and real-time control can help your plant stay compliant and optimize costs.
Chloramine has long been used as a secondary disinfectant to help maintain residuals in drinking water distribution systems while reducing the formation of regulated disinfection byproducts. While effective, chloramine treatment comes with its own set of challenges - requiring precise control and vigilant monitoring to avoid issues like nitrification.
On the agenda:
Discover how precise turbidity measurement can transform your operation from reactive to predictive, helping you prevent permit violations while reducing treatment costs and minimising downtime.
Ket topics include:
Hach understands the importance of safeguarding an already delicate in-plant and distribution system infrastructure. It requires the monitoring and management of alkalinity and hardness throughout the treatment process, to ensure corrosivity and scaling potential are well mitigated. Exclusively, managing this process using grab samples and in lab LSI, leaves you vulnerable. This webinar helps you to understand how to dispatch your lab and plant operators more effectively, allowing them to focus on the most critical aspects of your plant processes, to be able to determine process optimisations and optimal chemical dosing ranges based on real-time data and to integrate strategies that produce the best quality product that fits both management and operator objectives and requirements.
Monitoring of dissolved metals and other contaminants in drinking water production is crucial and driven by legislation. However, lab measurement reporting delays can often prevent timely process adjustments to production facilities. This is why online measurement is essential and provides operators with the necessary tools to ensure water quality standards are met throughout the process. Hach can now cover all aspects of online monitoring and this webinar will provide you with the technical details behind these methods and highlight their importance.
Desalination processes using membrane technology face multiple challenges every day: How to prevent uncontrolled deposition and clogging, organic growth and biofouling, membrane oxidation by Chlorine, while meeting quality standards and maintaining uptime.
In this webinar we will explain the role of disinfection in order to produce safe drinking water. You will learn about compliance with relevant water quality regulations, the importance of accurate measurements and what monitoring technologies should be considered and why.
Learn more about real world experience in achieving low level P limits.
This webinar gives you the opportunity to meet Hach experts who will discuss important areas of application and control strategies particular to achieving robust compliance with more challenging limits.
Key Topics include:
Recorded webinar concentrates on practical solutions for meeting new nutrient limits under the UWWTD revision. You’ll get concise expert guidance, real case studies, and actionable strategies for nitrogen and phosphorus management—plus see how smart monitoring, innovations like Hach’s NH6000 analyzer and real-time control can help your plant stay compliant and optimize costs.
In wastewater management, hydrogen sulfide (H₂S) is a familiar threat—linked to odor complaints, corrosion, and safety risks. But are you looking in the right place? H₂S is born in the liquid phase—and that’s where the real story begins. Liquid phase monitoring allows you to detect sulfide activity at its source, enabling earlier insights and more effective control strategies. Watch a practical, application-focused session where we’ll explore how liquid phase H₂S measurement with the GSX440 gives you a clearer, earlier, and more actionable view of what’s happening in your network or plant.
Hach understands the importance of safeguarding an already delicate in-plant and distribution system infrastructure. It requires the monitoring and management of alkalinity and hardness throughout the treatment process, to ensure corrosivity and scaling potential are well mitigated. Exclusively, managing this process using grab samples and in lab LSI, leaves you vulnerable. This webinar helps you to understand how to dispatch your lab and plant operators more effectively, allowing them to focus on the most critical aspects of your plant processes, to be able to determine process optimisations and optimal chemical dosing ranges based on real-time data and to integrate strategies that produce the best quality product that fits both management and operator objectives and requirements.
Monitoring of dissolved metals and other contaminants in drinking water production is crucial and driven by legislation. However, lab measurement reporting delays can often prevent timely process adjustments to production facilities. This is why online measurement is essential and provides operators with the necessary tools to ensure water quality standards are met throughout the process. Hach® can now cover all aspects of online monitoring and this webinar will provide you with the technical details behind these methods and highlight their importance.
During this presentation we will explore challenges in cooling water and utilizing direct parameter monitoring versus surrogate measurements. Improved visibility can help to extend asset life, minimize unplanned downtime, and increase profitability.
Monitoring product loss is critical in the Dairy industry, with advanced technology and greater visibility into your process control, you will be able to see the complete picture. Capturing sample reduction, having 24-hr coverage, and also faster process control response brings a higher level of plant optimization – this is possible with our continuous monitoring solutions. By making product losses visible through online TOC measurement, internationally renowned dairy companies were able to reduce product losses significantly. Dissolved Air Flotation (DAF) units can also be optimized with real-time control, helping product loss detection, protecting downstream treatment, and saving resources.
This webinar discusses parameters key to the operation of a DAF and how Real Time Control can assist in controlling them.
The DAF process is common throughout many industries but often the control of this process is carried out manually. With ever increasing demands upon operator time, there are real cost implications for overdosing or missing an event which could give rise to a compliance failure.
Key Topics include:
Learn how to measure true TOC.
TOC is often measured after a sample preparation stage consisting of a filtration stage meaning the value obtained is not TOC but is DOC.
This webinar describes how the Biotector analyser measures true TOC and the application of TOC to the analysis of industrial wastewater.
Key Topics include:
Recorded webinar concentrates on practical solutions for meeting new nutrient limits under the UWWTD revision. You’ll get concise expert guidance, real case studies, and actionable strategies for nitrogen and phosphorus management—plus see how smart monitoring, innovations like Hach’s NH6000 analyzer and real-time control can help your plant stay compliant and optimize costs.
In wastewater management, hydrogen sulfide (H₂S) is a familiar threat—linked to odor complaints, corrosion, and safety risks. But are you looking in the right place? H₂S is born in the liquid phase—and that’s where the real story begins. Liquid phase monitoring allows you to detect sulfide activity at its source, enabling earlier insights and more effective control strategies. Watch a practical, application-focused session where we’ll explore how liquid phase H₂S measurement with the GSX440 gives you a clearer, earlier, and more actionable view of what’s happening in your network or plant.
Through a live English webinar series we provide an overview of Hach's answers to the challenges of wastewater treatment plant operations from the collection system, right through the treatment process stream to the effluent discharge point.
Influent toxicity is a non-specific parameter that allows you to monitor and protect your wastewater treatment plant’s valuable microorganisms from toxic influent. During this session, you will learn how a toxicity index and continuous monitoring can help protect plant assets and improve operations.
Monitoring Total Phosphorus and Total Nitrogen in real-time is novel and with advanced technology and greater visibility into your process control, you will be able to see the complete picture. New regulations and technology have brought a fresh look at the standard of operation in wastewater treatment. Grab sample reduction, 24-hr coverage, and faster process control response brings a higher level of plant stability and optimization. No matter what form of Nitrogen or Phosphorus is the concern of the day, Total Phosphorus and Total Nitrogen will capture it and let you know changes are happening.
In the context of the European Climate Pact, wastewater facilities must be resource efficient. Sludge management and biogas production are key drivers to reach net zero carbon emission. The key to process control is understanding what tools can be used where and how. Learn more about the analytical tools available for laboratory analysis and online monitoring to optimise these processes. By taking control over your analytical tests for the anaerobic digester, you can secure your process, save time and money.
Performances of wastewater treatment facilities are highly dependent upon the quality and the variability of the influent collected. Urban wastewater treatment plants (WWTP) with significant industrial loads as well as industrial WWTP, are at-risk to undergo high load variations and / or toxic events which can affect treatment.
Solutions exist to help the operator early detect these events for proactive and effective process adjustments, to ensure compliance. From essential electrochemical measurements to more advanced solutions such as total organic carbon on-line measurement or toxicity monitoring: which solution is suitable for your facility?
At Hach, we embrace the challenge to continuously improve wastewater monitoring equipment and processes, including plant protection and optimisation, self monitoring, nutrient removal, aeration control, sludge management, and other plant operations.
Hach innovations and new applications can help you stay compliant and reduce operating costs with the confidence that your plant is running smoothly.
In the context of more and more stringent consents on key parameters and water scarcity leading to the emergence of water reuse projects: Monitoring of real time plant performance is increasingly crucial.
During the session we will address solutions to ensure continuous monitoring of discharge quality for increased peace of mind.
During this one hour webinar we will tackle the "must have" monitoring solutions widely spread across wastewater treatment plants in the world e.g. dissolved oxygen, pH and ORP, Suspended Solids and sludge level. The webinar will discuss the measurement technologies to ensure reliable data collection and the specific applications for these key parameters at WWTPs. The benefits for WWTP operation and correct maintenance of equipment will also be covered.
Meeting the challenge of controlling nitrogen compounds in wastewater treatment and meeting compliance standards is crucial and driven by legislation. However, equally as important is reducing the carbon footprint of wastewater plants and reducing energy consumption.
Hach can cover all aspects of nitrogen control and minimise the costs of treatment and this webinar will provide you with the technical details behind these methods and highlight their importance.
Key Topics include:
Learn how water companies can meet stricter new WINEP consents for phosphorus while minimising capital costs.
AMP7 is the most ambitious cycle yet and combined with ever-tightening budgets there are tough decisions to be made. With little room for error in both compliance limits and budget allocations, no one can afford to make a mistake in their effort. Thankfully, technology enables us to do more with less!
Key Topics include:
Learn more about real world experience in achieving low level P limits.
This webinar gives you the opportunity to meet Hach experts who will discuss important areas of application and control strategies particular to achieving robust compliance with more challenging limits.
Key Topics include:
In the current context of increasing reagent costs and limited availability of these reagents because of the energy crisis, optimizing coagulant dosing for phosphorus removal is key. In addition to the above issue, discharge consents for nutrients, particularly phosphorus, are becoming increasingly stringent. Therefore, real-time monitoring of facilities is becoming more and more necessary. All these topics are covered in this webinar.
The monitoring of pollution in sewerage systems, ensuring monitoring is as close as possible to pollution sources, diagnosing hazardous or unexpected discharges, and quantifying the pollution risk of direct discharges to the environment in case of sewer overflows.
The monitoring of H2S in the liquid or gas phase to better assess corrosion risks, protect assets, prevent odor complaints and optimize chemical dosing when mitigation strategies are in place.
A faster and more economical way, compared to external measurements, is the use of laboratory instruments on site for self monitoring. Challenges are to use reliable and simple solutions to be confident in the results and to be able to report relevant results to authorities on time.
This webinar covers which solutions are available to collect samples, overview of the key water parameters for self-monitoring, benefits of cuvette tests, complience of COD and nitrogen cuvette tests according ISO.
Discover evidence supported by case studies, how measurements of ammonium, nitrate, nitrite or total nitrogen, combined with Hach's digital solutions, can optimize nitrogen treatment, regardless of the site configuration: These can include intermittent aeration, continuous aeration, simultaneous denitrification or pre or post denitrification...
In wastewater management, hydrogen sulfide (H₂S) is a familiar threat—linked to odor complaints, corrosion, and safety risks. But are you looking in the right place? H₂S is born in the liquid phase—and that’s where the real story begins. Liquid phase monitoring allows you to detect sulfide activity at its source, enabling earlier insights and more effective control strategies. Watch a practical, application-focused session where we’ll explore how liquid phase H₂S measurement with the GSX440 gives you a clearer, earlier, and more actionable view of what’s happening in your network or plant.
During this presentation we will explore challenges in cooling water and utilizing direct parameter monitoring versus surrogate measurements. Improved visibility can help to extend asset life, minimize unplanned downtime, and increase profitability.
Learn how to measure true TOC.
TOC is often measured after a sample preparation stage consisting of a filtration stage meaning the value obtained is not TOC but is DOC.
This webinar describes how the Biotector analyser measures true TOC and the application of TOC to the analysis of industrial wastewater.
Key Topics include:
Recorded webinar concentrates on practical solutions for meeting new nutrient limits under the UWWTD revision. You’ll get concise expert guidance, real case studies, and actionable strategies for nitrogen and phosphorus management—plus see how smart monitoring, innovations like Hach’s NH6000 analyzer and real-time control can help your plant stay compliant and optimize costs.
In wastewater management, hydrogen sulfide (H₂S) is a familiar threat—linked to odor complaints, corrosion, and safety risks. But are you looking in the right place? H₂S is born in the liquid phase—and that’s where the real story begins. Liquid phase monitoring allows you to detect sulfide activity at its source, enabling earlier insights and more effective control strategies. Watch a practical, application-focused session where we’ll explore how liquid phase H₂S measurement with the GSX440 gives you a clearer, earlier, and more actionable view of what’s happening in your network or plant.
Hach understands the importance of safeguarding an already delicate in-plant and distribution system infrastructure. It requires the monitoring and management of alkalinity and hardness throughout the treatment process, to ensure corrosivity and scaling potential are well mitigated. Exclusively, managing this process using grab samples and in lab LSI, leaves you vulnerable. This webinar helps you to understand how to dispatch your lab and plant operators more effectively, allowing them to focus on the most critical aspects of your plant processes, to be able to determine process optimisations and optimal chemical dosing ranges based on real-time data and to integrate strategies that produce the best quality product that fits both management and operator objectives and requirements.
During this presentation we will explore challenges in cooling water and utilizing direct parameter monitoring versus surrogate measurements. Improved visibility can help to extend asset life, minimize unplanned downtime, and increase profitability.
In beverage production, water quality is a critical component of product consistency, taste, and safety. Monitoring key parameters such as total package oxygen (TPO), oxygen (O₂), carbon dioxide (CO₂), nitrogen (N₂), conductivity, and turbidity is essential across all stages of the process.
Learn why continuous online monitoring of beverage process streams, combined with reliable laboratory analysis, is vital. The webinar focuses on continuous monitoring of key water parameters for incoming water, the production process, wastewater and laboratory testing for manufacturing of beer, soft drinks and bottled mineral water.
Hach understands the importance of safeguarding an already delicate in-plant and distribution system infrastructure. It requires the monitoring and management of alkalinity and hardness throughout the treatment process, to ensure corrosivity and scaling potential are well mitigated. Exclusively, managing this process using grab samples and in lab LSI, leaves you vulnerable. This webinar helps you to understand how to dispatch your lab and plant operators more effectively, allowing them to focus on the most critical aspects of your plant processes, to be able to determine process optimisations and optimal chemical dosing ranges based on real-time data and to integrate strategies that produce the best quality product that fits both management and operator objectives and requirements.
Monitoring of dissolved metals and other contaminants in drinking water production is crucial and driven by legislation. However, lab measurement reporting delays can often prevent timely process adjustments to production facilities. This is why online measurement is essential and provides operators with the necessary tools to ensure water quality standards are met throughout the process. Hach® can now cover all aspects of online monitoring and this webinar will provide you with the technical details behind these methods and highlight their importance.
The global craft beer market is projected to achieve considerable growth, registering a compound annual growth rate of 14.1% during the forecast period (2020 - 2025). There is a growing preference for low alcohol by volume beverages and the sales of no-alcohol and low-alcohol beers have been rising with the growing interest from health-conscious consumers and a wider choice of new ranges with improved taste. For all craft breweries to be able to keep the high level of quality and taste of their products, Hach offers best available technologies to monitor oxygen in the process and final product, also colour and bitterness and other parameters in accordance with MEBAK and ASBC.
This webinar discusses parameters key to the operation of a DAF and how Real Time Control can assist in controlling them.
The DAF process is common throughout many industries but often the control of this process is carried out manually. With ever increasing demands upon operator time, there are real cost implications for overdosing or missing an event which could give rise to a compliance failure.
Key Topics include:
Learn how to measure true TOC.
TOC is often measured after a sample preparation stage consisting of a filtration stage meaning the value obtained is not TOC but is DOC.
This webinar describes how the Biotector analyser measures true TOC and the application of TOC to the analysis of industrial wastewater.
Key Topics include:
In wastewater management, hydrogen sulfide (H₂S) is a familiar threat—linked to odor complaints, corrosion, and safety risks. But are you looking in the right place? H₂S is born in the liquid phase—and that’s where the real story begins. Liquid phase monitoring allows you to detect sulfide activity at its source, enabling earlier insights and more effective control strategies. Watch a practical, application-focused session where we’ll explore how liquid phase H₂S measurement with the GSX440 gives you a clearer, earlier, and more actionable view of what’s happening in your network or plant.
During this presentation we will explore challenges in cooling water and utilizing direct parameter monitoring versus surrogate measurements. Improved visibility can help to extend asset life, minimize unplanned downtime, and increase profitability.
Using an anaerobic digester as part of your waste management system reduces the emissions of CO2 into the atmosphere and is a source of renewable energy. Hach® offers you an affordable customized analytical solution.
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