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Installation and maintenance of different automatic water quality monitoring systems, both for surface water (mains supply networks, desalination plants, water dams, etc.) and for industrial plants (wastewater treatment plants, treatment stations, etc.).
ENVIRA has a team of professionals who design comprehensive water quality monitoring systems: for water supplies, industrial facilities, purification plants and treatment plants.
Continuous monitoring of water quality ensures that it meets the quality standards required for its specific use, as it allows us to identify pollutants, evaluate the effectiveness of treatment systems and prevent both health and environmental problems.
For a correct measurement of water quality, it is necessary to control certain physical and chemical parameters such as: pH, turbidity, conductivity, free and total chlorine, hardness, alkalinity, temperature, nitrates or chemical oxygen demand (COD), among others.
pH / Redox
Turbidity
Conductivity
Dissolved oxygen
Nitrate and Phosphate
Heavy metals
Water quality monitoring requires the use of specific instrumentation to accurately and continuously display the concentrations of physico-chemical water parameters required for different applications.
This provides critical information about the condition of the water, enabling informed decisions to be made about water management and treatment.
At Envira, we offer a comprehensive service for continuous water quality measurement, analysing the needs of each project and designing and implementing a water quality monitoring system using the most accurate instrumentation on the market.
We also implement a data acquisition system that sends the data to a control centre for subsequent validation and, if necessary, reporting to the relevant authorities.
The integral service we offer includes maintenance and calibration of all measuring instruments by our specialised technicians.
Warning systems
The control centre is responsible for receiving all the data from the sensors used to assess water quality.
This centre has a powerful system for managing episodes of exceedance of levels set either by the user or by legislation, allowing personalised alerts to be sent to interested parties depending on the parameters being monitored.
Smart data visualisation and validation
Intelligent visualisation and validation of collected data is a critical process that maximises the value of the information collected during water quality monitoring.
This process ensures that the data is accurate, relevant and useful for informed decision making.
At Envira, we have developed our own data validation software that verifies data quality and eliminates errors, inconsistencies and outliers that could distort results.
The software also allows the creation of interactive dashboards and customised reports to monitor water quality in real time.
Monitoring is essential to ensure that treated wastewater meets environmental standards before it is discharged into natural water bodies.
Quickly detects and corrects any deviations in quality parameters.
Ensures treatment efficiency.
Minimise environmental impact.
It ensures that the drinking water supplied to the population is free of contaminants and safe for human consumption. Constant monitoring of parameters such as pH, turbidity and the presence of micro-organisms is essential.
Maintains public health.
Complies with sanitary regulations.
Water quality monitoring in desalination plants is essential to control the efficiency of the desalination process and to ensure that the water produced is fit for consumption or industrial use.
Optimises operational processes
It reduces costs.
Prevents the build-up of salts and other contaminants that can damage the system.
The use of monitoring systems is vital to assess the quality of water discharged by industries and other facilities, ensuring that permitted limits of pollutants are not exceeded.
Prevents pollution of water bodies.
Protects aquatic ecosystems.
Ensures compliance with environmental regulations.
In ports, water quality monitoring is crucial to maintain the health of marine and coastal ecosystems, as well as to ensure the safety of recreational and commercial activities.
It helps to detect pollution caused by port activities.
It enables effective and sustainable management of the marine environment.
It is essential to ensure that the water used in production, cooling and cleaning processes meets the necessary standards to prevent damage to equipment, ensure the quality of the final product and minimise environmental impact.
It allows quality deviations to be detected and corrected.
Optimise usage and reduce costs.
Ensures compliance with environmental regulations.
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