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Chlorination Best Practices for Different Types of Water Systems

Chlorination and pressure testing services for Network Plus by Pipe Testing Services

Chlorination Best Practices for Different Types of Water Systems

    Ensuring safe, clean water in industrial and commercial facilities is crucial. Whether you’re managing a small internal pipework system or a large-scale industrial water network, proper chlorination plays a key role in maintaining water quality. This page will explore chlorination best practices, focusing on the needs of different water systems and applications.

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    By following the correct protocols, businesses can ensure regulatory compliance, minimise risks, and maintain safe water for employees and customers.

    Why Chlorination is Important for Water Systems

    Chlorination is one of the most effective ways to disinfect water systems, helping to eliminate harmful bacteria, viruses, and other pathogens. For both industrial and commercial applications, water quality is a top priority, especially when the water is used for drinking, cooling, or industrial processes.

    Regular chlorination helps maintain water hygiene, ensuring the system remains free from microbial contaminants like Legionella.

    The Role of Commercial Chlorination

    For commercial water systems, proper chlorination ensures water remains safe for use, while also helping to extend the life of pipework by preventing biofilm build-up. It also helps control odours and taste issues caused by organic materials in water. In industrial settings, chlorination not only safeguards health but also protects equipment and processes that rely on clean water.

    Types of Water Systems and Chlorination Methods

    Small Internal Pipework Systems

    For smaller systems, such as those found in offices, schools, or small commercial buildings, chlorination should be carried out periodically, particularly when systems are commissioned, repaired, or experience extended periods of disuse.

    Regular testing ensures chlorine levels are maintained within the recommended limits. It’s essential to conduct a thorough flush of the system before reintroducing the water for regular use.

    Best Practices for Small Systems

    • Conduct chlorination at least annually or after any significant disruption.
    • Use a measured amount of chlorine based on the volume of the system.
    • Ensure all parts of the system are disinfected, including seldom-used outlets.
    chlorinating pipework & water mains chlorination - image of PTS working on pipework.

    Large Industrial Water Systems

    In industrial environments, water systems are often more complex and expansive, requiring a more comprehensive approach to chlorination. Systems like cooling towers, large-scale pipework, and storage tanks may need continuous dosing to prevent bacterial growth and biofilm development. For these systems, automated chlorine dosing systems are often employed to maintain consistent chlorine levels.

    Best Practices for Large Systems

    • Continuous chlorination may be necessary, depending on system complexity.
    • Ensure regular monitoring of chlorine levels throughout the system.
    • Use shock chlorination during scheduled maintenance or after contamination.

    Commercial Chlorination Methods

    Chlorination methods vary based on the system and water quality requirements. Here are the most commonly used methods in commercial and industrial applications:

    Shock Chlorination

    Shock chlorination involves using a high concentration of chlorine to disinfect a water system after contamination, during commissioning, or following major repairs. It’s an effective way to reset the system and remove biofilm or debris that regular chlorination might not eliminate.

    For larger systems or those in constant use, continuous dosing is often the best solution. An automatic dosing pump ensures that chlorine levels remain within safe limits, providing ongoing protection. This is particularly useful for cooling towers and industrial processes where water quality is critical.

    Regulations and Compliance for Commercial Chlorination

    Chlorination must be carried out in accordance with relevant UK regulations, including the Water Supply (Water Quality) Regulations 2016 and the Health and Safety Executive’s (HSE) guidelines on Legionella control. Ensuring compliance is critical for avoiding fines, penalties, and operational disruptions.

    Regular water quality testing and proper documentation are essential. By working with accredited service providers like Pipe Testing Services (PTS), you can ensure full compliance with UK standards, giving you peace of mind and maintaining the safety of your water systems.

    Key Benefits of Commercial Chlorination

    • Improved Water Safety: Chlorination kills harmful bacteria, making water systems safer.
    • Compliance with UK Regulations: Helps meet legal water quality standards.
    • Prevention of Biofilm Build-Up: Chlorination reduces organic material in pipes, extending their life.
    • Enhanced System Efficiency: Clean water improves the performance of industrial processes.

    Why Choose Pipe Testing Services for Chlorination?

    At PTS, we specialise in providing tailored commercial chlorination services for water systems of all sizes. Our team of experts brings industry-leading knowledge and experience to each project, ensuring safe, effective chlorination every time. We offer a complete range of services, from site assessments to regular testing, maintenance, and emergency response.

    Our Process:

    • Site Assessment: We evaluate your water system to determine the best chlorination approach.
    • Chlorination Planning: We develop a plan tailored to your system’s needs.
    • Chlorination Application: Using advanced techniques, we apply chlorination safely and efficiently.
    • Ongoing Monitoring: We provide regular water quality checks to ensure ongoing compliance.
    • Reporting: Detailed reports help you track system health and compliance.

    In Need of Commercial Chlorination – Get in Touch with PTS

    Ready to safeguard your water system with professional chlorination services? Contact Pipe Testing Services today for expert advice and reliable service. Whether you need chlorination for a small internal system or a large industrial application, we’re here to help.

    By following best practices for commercial chlorination, businesses can ensure their water systems remain safe, compliant, and efficient, protecting both employees and equipment. Let PTS help you maintain water quality with our expert services.

    Phone – 01922 451646

    Email – enquiries@pipetestingservices.co.uk

    Address – Unit 27 Birchbrook Industrial Estate, Shenstone, Lichfield, Staffs, WS14 0DJ

    Commercial Chlorination - FAQs

    What is commercial chlorination?

    Commercial chlorination refers to the process of disinfecting water systems in industrial or commercial settings using chlorine. It ensures that water systems remain free from harmful bacteria and comply with UK water quality regulations.

    For most commercial water systems, annual chlorination is recommended. However, more frequent chlorination may be necessary after repairs, commissioning, or periods of disuse.

    Yes, when performed correctly, shock chlorination is a safe and effective method for disinfecting water systems. It’s ideal for systems that have been contaminated or are being commissioned for the first time.

    While it’s possible to chlorinate small systems yourself, it’s recommended to work with a professional for larger or more complex systems to ensure safety and compliance with regulations.

    Excessive chlorine can cause corrosion in pipes and equipment. It may also produce unpleasant tastes and odours. Regular monitoring and proper dosing prevent these issues.

    Dechlorination is often necessary when discharging water into the environment or when high chlorine levels could interfere with industrial processes.

    Chlorination is a key method for controlling Legionella bacteria, particularly in large water systems like cooling towers. It eliminates the bacteria and prevents biofilm formation where Legionella can thrive.