Flow meters play a crucial role in measuring raw or groundwater for various purposes, particularly in monitoring total volume for cost control and regulatory compliance. These meters provide precise and reliable data on water flow, which is essential for managing resources efficiently and ensuring compliance with environmental regulations. By tracking the total volume of water used, businesses can control costs and optimise their water usage.

Accurate measurement with flow meters helps meet regulatory requirements, reducing the risk of non-compliance penalties. With a range of flow meter options available, including those suitable for high-pressure and hazardous environments, industries can choose the best solution for their specific needs, ensuring robust performance and long-term reliability.

Raw/ground water flow meters are commonly found in Irrigation, Stock Feed and Stormwater Runoff applications.

Flow measurement plays a critical role in monitoring boiler feed water to assess heat transfer efficiency in power generation and industrial settings. Accurate flow measurement monitors that the appropriate amount of water is delivered to the boiler, which is crucial for maintaining optimal boiler performance and safety.

By measuring the flow rate, engineers can calculate the energy balance and heat transfer efficiency within the boiler. Changes over time in flow rates could indicate potential issues such as scaling, fouling, or leaks in the heat exchange system, leading to decreased efficiency and higher energy consumption or possible safety issues. Precise flow measurement allows for effective control and optimisation of the boiler's operation, contributing to energy conservation and reducing maintenance costs.

Reliable flow measurement is essential for ensuring boiler efficiency, safety, and longevity in industrial applications. The high purity of boiler water make mechanical meters such as paddle wheels and turbines effective where the low conductivity will make mag flow meters ineffective.

Boiler feed water flow meters are common in Brewing, Power Generation, Food & Beverage and Textile Manufacturing applications.

Flow meters are essential for measuring hot water in brewing, power generation, and the food and beverage industries, where high-temperature compatibility and hazardous area compliance are key requirements. These flow meters are designed to withstand elevated temperatures while providing accurate measurements, ensuring process efficiency. They often feature pulse outputs to connect with control systems, enabling seamless integration into broader process controls.

Given the limited installation space in many industrial settings, these flow meters are designed for compactness and ease of installation. A high accuracy requirement is critical for maintaining product quality and operational efficiency. These features make flow meters indispensable in these applications, where precise hot water measurement is vital for smooth and safe operations. 

Hot water flow meters are commonly found in Brewing, Power Generation and Food & Beverage applications.

Flow meters are essential for measuring water flow in utility and industrial applications, especially where high-volume, low-pressure water measurement is needed. Flow meters in this application will need to have flexibility in installation for soft PVC pipes and be able to accommodate flanged or spigot fittings, providing flexibility in installation.

While these applications might not require extreme accuracy, the ability to detect changes in flow is crucial. Flow meters in this application are typically used for monitoring for leaks, blockages, or equipment failure, allowing for early detection and rapid response to potential issues. 

Utility/Industrial water flow meters are commonly found in a wide range of applications across various industries.

Flow meters play a critical role in the measurement of demineralised or reverse osmosis water in pharmaceutical, power generation, and desalination applications. In these settings, stainless steel construction is crucial due to the high standards of cleanliness and corrosion resistance required. Because these environments can present potential hazards, flow meters must also be designed to comply with safety regulations, especially in power generation plants.

With these applications, electromagnetic (mag) meters are unsuitable due to the lack of conductivity in demineralised water, so alternative technologies like positive displacement flow meters are preferred. Given that pharmaceutical and other precise applications often involve dosing small volumes of liquids, high accuracy is a priority, with common line sizes ranging from 1/4" to 2 ". Connections are typically threaded or sanitary, ensuring easy integration and maintenance.

The careful selection of flow meters in these contexts ensures reliable measurement and process control, contributing to efficient and safe operations. 

Demin/RO water flow meters are commonly found in Pharmaceutical, Power generation, and Desalination applications.

Flow meters are integral to measuring sea water in a range of marine applications, offering precise monitoring of flow rates for system circulation, maintenance, and overall efficiency. These meters enable operators to ensure smooth system operation by providing accurate flowrate data, crucial for maintaining optimal circulation and scheduling maintenance before issues arise.

Additionally, flow meters play a significant role in regulatory compliance by accurately measuring total sea water usage, helping operators meet environmental and safety regulations.In ballast systems, flow meters track water volumes for proper leveling, enhancing stability and safety during marine operations. In desalination plants, these devices contribute to evaluating system efficiency, allowing for precise adjustments to optimize freshwater output. With robust and corrosion-resistant designs, flow meters are designed to meet the demanding requirements of marine and desalination applications.

Sea water flow meters are common in Aquaculture, Wastewater, Ballast Levelling and Desalination Plant applications.

Liquid flow meters are essential in skid pumping applications within cooling tower systems, drinking water distribution, and process water management. In cooling towers, they ensure optimal water flow for efficient heat exchange, balanced distribution, and precise chemical dosing to prevent scaling and corrosion. Continuous flow monitoring aids in leak detection and system maintenance, enhancing performance and longevity.

For drinking water distribution, flow meters help maintain water quality, manage system pressure, and ensure equitable distribution. They also play a crucial role in leak detection and accurate billing, contributing to regulatory compliance and system optimisation. In process water management, flow meters provide precise control and monitoring of water flow, which is vital for operational efficiency and product quality. They aid in conserving water, reducing waste, and ensuring that water usage and discharge meet regulatory standards. By optimising the performance of pumps and equipment, flow meters contribute to cost savings and environmental protection. 

Flow meters are essential for measuring temperature and flowrate in chilled water systems, providing key insights into the cooling efficiency of equipment. By tracking flowrate, operators can ensure that chilled water is circulating at optimal levels, which is critical for maintaining efficient cooling. 

Flowrate measurement helps identify inefficiencies early, reducing the risk of equipment failure and downtime. With reliable designs suitable for a range of industrial applications, flow meters are invaluable tools for maintaining the performance and longevity of cooling systems in buildings, data centers, and manufacturing facilities.

Chilled water flow meters are common in Food Processing and HVAC/Commercial Cooling applications.

Flow meters are indispensable in the measurement of aqueous chemicals, particularly in chemical batching, dosing, and the manufacture of cleaning chemical applications. These specialised flow meters are carefully selected for their material compatibility with a wide range of aqueous chemicals, ensuring reliable and accurate measurement without risk of corrosion or contamination.

In applications where precise batching or dosing is essential, such as in the production of cleaning chemicals, high accuracy is paramount. Flow meters used in these processes are designed to deliver precise measurements, even at small flow rates, facilitating efficient and consistent production. Additionally, their compact design allows for easy installation in setups with line sizes ranging from 1/2" to 2", optimising space utilisation and enabling seamless integration into existing systems.

With their ability to meet the unique requirements of chemical batching, dosing, and manufacturing applications, flow meters play a vital role in ensuring product quality and process efficiency in the chemical industry.

Aqueous Chemical flow meters are commonly found in chemical batching, dosing and manufacturing (agriculture cleaning, pool chemical) applications.

Flow meters are essential for measuring chlorinated water in various applications, where material compatibility and repeatability are key requirements. Designed with materials suitable for chlorinated water, these flow meters ensure durability and resistance to corrosion, even with chlorine levels up to 2-3 PPM. While high accuracy is not the primary concern in these applications, the ability to consistently monitor changes in flow is crucial.

Flow meters excel in providing repeatable measurements, making them ideal for detecting variations and ensuring stable operation. Commonly used in pipe sizes ranging from 1" to 1.5", these flow meters offer versatility and ease of installation in standard piping systems. Their robust design and reliable performance make them a dependable choice for managing chlorinated water applications, ensuring effective monitoring and control.