How Real-Time CCP Monitoring Keeps Your Water Agency Compliant With New Victorian HBTs Regulations

Water agencies now face stricter requirements for meeting health-based targets (HBTs) under  Victoria’s new Safe Drinking Water Regulations (SDWR) 2025. From July 6, 2026, agencies must enact updated procedures for more rigorous monitoring, treatment, and water quality outcomes to demonstrate HBTs compliance.

As part of water agencies’ HBTs obligations, the new regulations outline stricter rules for monitoring and reporting on critical control points (CCPs). Agencies must now document CCPs across the whole water supply system, and not just for treatment processes, making the process more complex, time-sensitive, and resource-intensive.

Fortunately, real-time water quality management applications can help Victorian water agencies meet these new obligations with precision and confidence. Today we’ll look at why existing management systems may need to be modernised to meet the new requirements. We’ll also examine how real-time management tools can improve CCP monitoring and streamline HBT compliance, ultimately improving water quality.

HBT Compliance is Now More Demanding Than Ever

Victoria’s new SDWR 2025 require water agencies to update their risk management plans (RMP) to match the microbial HBTs framework in the national Australian Drinking Water Guidelines.

The regulations introduce more demanding HBTs thresholds to protect public health. The new HBTs require 6-log virus, 5-log bacteria, and 4-log protozoa removal. Victorian agencies must meet these new requirements by July 6, 2026. Demonstrating this level of stringent microbial compliance on a daily basis is a task that requires modern solutions.

Accurate CCP Monitoring is Key to Compliance

Under Victoria’s SDWR, a CCP is a point in a water agency’s system of supply “where an action, procedure or process can be applied to the water”, and undertaking such actions is “essential to prevent a hazard to human health or to reduce the hazard to an acceptable level”. Common CCPs in a water supply system include points of disinfection, filtration, or fluoridation. 

Managing CCPs has become more complex due to the expanded scope of monitoring required under Victoria’s SDWR 2025. Under the expanded obligations, agencies need to enact more comprehensive monitoring oversight, more comprehensive documentation, and broader reporting. Managing CCPs with this expanded scope is necessary to hit HBTs, demonstrate compliance with regulations, and protect public health. 

Common Compliance Issues for Water Agencies 

Some of the most common issues that agencies face with CCP monitoring and HBT compliance include:

1. Manual Processes and Data Overload

Some organisations still rely on manual data logging and reporting, which is time-consuming and prone to human error. It can also lead to delays in identifying and responding to CCP breaches, resulting in missed HBTs.

Using multiple, non-integrated monitoring systems creates an inaccurate, fragmented view of the water network. Furthermore, working with scattered data points makes it harder to cut through the noise and spot critical trends or anomalies in a timely manner.

2. Overstretched staff 

A lack of trained staff can be a major barrier to effectively monitoring CCPs. There’s also the load of manual labour, where teams spend large parts of their day performing tasks that should be streamlined or automated instead.

3. Data Reporting and Compliance Failures

Outdated systems can reduce compliance teams’ ability to accurately interpret CCP data for swift and correct water treatment, resulting in failure to meet HBTs. Furthermore, failing to report an incident to authorities within the required timeline or responding incorrectly can impact public health and organisational productivity.

Recurring delays in reporting CCP breaches are a serious HBTs compliance issue, resulting in penalties, fines and a loss of public trust. Additionally, inconsistent or incomplete documentation of CCP monitoring and corrective actions makes audits challenging.

The Benefits of Real-Time Monitoring with CCPWatchⓇ

With SDWR 2025 enacted, agencies are finding that systems need to be modernised to meet their expanded obligations to meet HBTs through accurate CCPs documentation. Agencies must now update their RMPs to identify CCPs across their whole network, the water quality risks at each CCP, the critical limits that apply to measurements of CCPs, and the actions to take if a critical limit is reached at CCP. Staying on top of all of that is a task that calls for more than manual logs.

By switching to online data monitoring tools, water agencies gain clarity over how systems are performing at any point. Coupled with automated data analysis and compliance documentation, organisations can significantly improve CCP monitoring and reliably meet HBTs.

D2K Information designed CCPWatchⓇ  from the ground up to automate many manual, routine CCP management tasks. CCPWatch® is the only solution engineered to deliver real-time monitoring, automated Section 22 reporting, and log-reduction validation that aligns directly with Victorian SDWR requirements.

Let’s look at the functionality CCPWatch® offers. Any time a CCP reading falls outside expected parameters, the app can send automated alerts to relevant personnel, allowing them to act immediately to prevent a water quality breach.

CCPWatch® also conducts live log reduction calculations across treatment stages so that treatment procedures can be precise, ensuring HBTs are met. Teams can work efficiently and accurately due to their access to automated monitoring and analysis, helping them focus on maintaining water quality rather than spending their time on manual tasks.

Additionally, CCPWatch® delivers automated documentation and reporting, making your organisation ready for headache-free audits. Agencies can now easily meet the updated water quality reporting obligations under Section 22 of Victoria’s Safe Drinking Water Act. CCPWatch®’s reports map to the specifications of the legislation, making reporting on your HBTs compliance a breeze.

Minute-by-minute logs are generated and recorded within an immutable audit trail. In addition to being a vital tool for operational performance monitoring and troubleshooting, this gives compliance managers peace of mind during audits and regulator queries. There’s no second-guessing where the data came from or how it was recorded.

CCPWatch® also has you covered for the long-term. With data archived for up to 10 years in a secure cloud dashboard, it’s much easier to analyse trends and review operational efficiency for improvements. Whether you’re preparing for an audit or identifying recurring patterns that trigger non-compliance alerts, the data is always in hand.

This added layer of insight strengthens your microbial compliance strategy and ensures that every reading contributes not just to regulatory obligations, but to operational risk reduction. Automated, online management enables a shift from a reactive operation to a proactive stance.

CCPWatch®: A Case Study in Bathurst

Bathurst Regional Council (BRC) supplies drinking water and manages waste water for 43,000 residents, using SCADA for data collection and process control.

Despite using SCADA, challenges remained in managing data effectively, improving monitoring, and strengthening public health risk management. With a growing population and pressure to ensure water security, BRC recognised the need to modernise its water management approach.

By implementing D2K Information’s CCPWatch®, BRC was able to process data into actionable insights, identify CCP exceptions instantly, and report swiftly to health regulators on HBT compliance. As a result, the council saw a 99.9% increase in reporting efficiency and strengthened regulatory compliance. The solution also optimised resources, improved operational efficiency, and positioned the council well to accommodate future growth.

Automate Monitoring and Compliance with CCPWatch®

Victoria’s SDWR 2025 update marked a turning point for how water agencies must approach CCP monitoring and reporting. With new stringent HBTs requirements and expanded CCP obligations across the entire water network, organisations can no longer rely on fragmented systems, manual processes, or reactive responses.

CCPWatch® presents a new approach for water safety and compliance in Victoria. The system moves facilities away from reactive reporting towards smart, preventive decision-making. As the BRC case study shows, embracing advanced monitoring tools can transform CCP management from a regulatory burden into a strategic advantage.

Our solution not only ensures your site is ready for reviews or performance audits, but it also helps you adjust quickly as standards shift and regulations become stricter. Ensure your facility remains HBT compliant by integrating an automated online   CCP monitoring system. This dynamic approach not only future-proofs your operations but also strengthens community trust.