“Malfunction in a pumping station – dozens of cubic metres of wastewater run into a ditch.”
“A water supply failure emptied the water shelves in local shops.”
Malfunctions at water treatment plants suddenly affect the daily lives of thousands of people and make headlines when no potable water comes out of the tap or wastewater is discharged into the surrounding environment.
For many water utilities and wastewater treatment plants, various types of failures and breakdowns are commonplace. These situations can be caused by several factors, such as technical equipment failure, power failure, overloading, inadequate maintenance, or even a sudden environmental event such as heavy rain.
How can we prevent these critical failures? Econet offers proven strategies for reliable water treatment.
Decades of Econet’s experience show that a critical element in a reliable water treatment plant is the use of right equipment in an optimal process. Equipment designed for demanding conditions can withstand harsh weather conditions and form the basis for a reliable water treatment process.
Our experience in equipment selection and process design ensures that the water treatment systems run smoothly and do not collapse in the event of a malfunction. For example, pairs of two pumps combined with designed duplications in the process ensure that if one device fails, the process will continue to operate without disruption.
In addition, the design of the water control system includes shut-off and diverter valves so that maintenance and repair work is safe and can be carried out without significant interruptions.
Key strategies for optimal water treatment:
- Appropriate equipment in an optimal process
- Regular maintenance and servicing:
a. Regular inspections and maintenance of equipment and systems.
b. Predictive maintenance is used to anticipate potential problems before they cause failures.
c. Inspect equipment for condition and replace parts before they fail. - Automated monitoring:
a. Use automated monitoring systems to monitor the different stages of the water treatment process.
b. Measure equipment detects anomalies and automatically alerts when problems occur in the system. - Reserve capacity:
a. The treatment plant is designed with sufficient reserve capacity to ensure that the process can continue to operate in the event of unforeseen circumstances during maintenance and load fluctuations.
b. Design the system to handle sudden volume fluctuations in wastewater volumes. - Training and staffing:
a. Provide adequate training for staff in the operation and maintenance of the equipment.
b. Provide regular training sessions to keep staff updated on new techniques and processes.
c. Practical training in case of emergencies and accidents. - Back-up systems:
a. Equip plants with backup systems that can be automatically activated in the event of a failure.
b. Design emergency systems that can be used for power or equipment failures. - Wise use of chemicals and resources:
a. Use water treatment chemicals carefully and in precise dosages.
b. Develop processes that optimise water treatment efficiency while reducing resource consumption. - Innovative technologies: using the latest technologies, such as state-of-the-art metering, remote monitoring and artificial intelligence, to quickly identify problems and improve decision-making.
- Environmentally friendly methods:
a. Develop cleaning processes that are environmentally friendly and reduce the generation of problematic waste.
b. Explore new options to reduce energy consumption. - Work with local authorities, residents and industry to ensure all stakeholders know the treatment plant and are committed to its efficient operation.
Invest in reliable water treatment today to safeguard your community’s water tomorrow. Contact Econet for expert advice and solutions!
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