Remote monitoring, Flow Monitoring, Telematics all a part of the NCS solutions package
Data capture and remote pumping monitoring at NCS Fluid Handling Systems Flow Monitoring Systems are integrated into pumping systems similar to this sewer bypass systems in Edmonton Alberta
NCS Fluid Handling Systems offers a range of remote pumping and flow monitoring technologies that can be deployed for safe and efficient water control. Flow monitoring is essential for the operation of pumps, as well as detecting and managing dangerous constituents in water such as heavy metals.
The remotely operated systems provide users with access to real-time data on pump performance which helps detect any irregularities or changes in flow rates quickly and efficiently, often before they become visible to operators. This ensures that operations are always at their peak efficiency and there is no disruption or inconvenience caused by unexpected changes in the system.
NCS’s Flow Monitoring System (FMS) provides advanced monitoring capabilities to help identify hazardous substances such as heavy metals present in water sources.
In British Columbia, the Department of Fisheries and Oceans Canada (DFO) has established water quality guidelines that identify safe limits for the discharge of ground water. These guidelines are based on a variety of factors including chemical composition and toxin levels in the water, as well as aquatic life concerns. The main contaminants that must be monitored include heavy metals, pH levels, total dissolved solids (TDS), temperature, and nutrients such as nitrogen and phosphorus. Heavy metals are particularly important to monitor due to their ability to accumulate in aquatic systems over time and cause long-term health impacts.
The current BC water guidelines require discharge levels not to exceed 0.01 mg/L for most heavy metals, such as arsenic, lead, copper, cadmium, and zinc. Additionally, pH levels must remain within 6-9 units and TDS must not exceed 1500 mg/L. Furthermore, Total Nitrogen (TN) should not exceed 10mg/L for inorganic forms or 20mg/L for organic forms, while Total Phosphorus (TP) must not exceed 2mg/L for both inorganic or organic forms. Finally, these guidelines also state that temperatures should remain within 4-27°C range depending on species requirements – this is an important factor to consider when evaluating overall conditions of the water source.
Overall, these strict guidelines help ensure that discharges into waters do not cause any harmful impacts on aquatic life or human health by setting clear limits on substances that can be released into our environment — this is why Flow Monitoring System of NCS Fluid Handling Systems is so important in detecting any irregularities before they become visible to operators ensuring operations are always at their peak efficiency. Telematics technology is playing an increasingly important role in the operation of pumping systems. Telematics systems allow operators to monitor their pumps remotely, providing real-time data on pump performance and enabling them to make decisions quickly and accurately based on that information. This allows for improved efficiency, better management of resources and a greater ability to respond to changes in the environment or other conditions that could affect operations. Additionally, telematics can be used to detect potential problems with pumps before they become costly repairs by monitoring operating parameters such as flow rate, temperature, and pressure. By always having this data available, it helps ensure system reliability while also reducing maintenance costs associated with unexpected breakdowns.
In Alberta, the provincial government has established water quality guidelines that are similar to those in British Columbia.
In all cases its important to engage the team at NCS Fluid Handling Systems early and often because it really is more than just moving water its about care and custody of water during industrial usage.