6 benefits of a digital wastewater treatment plant

Ensure compliance with technical standards for wastewater quality and disposal.

Being responsible for the operation of a wastewater or drinking water treatment plant has great challenges.

On the one hand, to ensure high availability of water reliably and at affordable costs. As well as ensuring compliance with standards and guaranteeing that its operations are sustainable. In achieving sustainable development.

The key lies in using more efficient and effective methods of operation. This enables optimization of the energy supply, automation of treatment processes and on-line monitoring of critical variables. The final effect is to have autonomous plants with low use of personnel for their operation. For all these reasons, the best option is the digitization of wastewater treatment plant processes.

Advantages to be gained by digitizing a treatment plant

Statistical Control and Process Monitoring

Process control systems

The main concern in the operation of a wastewater treatment plant is whether it is actually fulfilling its purpose. Therefore, a monitoring and control system ensures its correct operation.

Cost reduction and control

Energy cost savings

Increasing the control of quality parameters and process control reduces waste, optimizes maintenance, reduces energy consumption, manages risks and in general optimizes the operation of a wastewater treatment plant.

Benefits of digitizing WWTP processes

Centralize data collection from a wastewater treatment plant. It allows to build an asset of high benefit for the plant’s benefit for the; such as high availability and energy efficiency.

Improve regulatory compliance

Ensuring regulatory compliance is achieved by controlling all process variables and automating the necessary adjustments.

Manage risk

By properly assessing risks, mitigation actions can be established in advance and triggered automatically.

Process innovation

Streamline process innovation and batch production

Deliver Agility

By achieving the digitization of troubleshooting processes, the availability of wastewater treatment plants increases.

Monitoring and Optimization

Monitor and optimize yields, control energy use and emissions, ensuring compliance with quality and operating efficiencies

Control costs

Integrating information with ERP systems allows a complete view of the operation.

Increase the availability of wastewater treatment plants

Based on the data, faults can be predicted and maintenance can be properly scheduled. Learn more about the technical processes of water treatment! Therefore, a better understanding of how a water treatment system works offers peace of mind for the environment.

A wastewater treatment plant is a plant that, thanks to different physical, chemical and biological processes, eliminates pollutants present in water after human use. Process automation

Processes

Wastewater treatment stages

The success of proper wastewater treatment lies in carrying out the right tasks at the right time.

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Primary Treatment

Primary treatment is to reduce oil, grease, sand and coarse solids.

Includes:

  • Solids removal, screening or roughing
  • Sand and gravel filtration
  • Research and maceration
  • Research projects
  • Sedimentation
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Secondary Treatment

Designed to substantially degrade the biological content of wastewater.

  • Activated sludge or activated sludge
  • Filter beds (oxidation beds)
  • Rotary plates and spirals
  • Moving bed biological reactor
  • Biological aerated filters
  • Biological membrane reactors
  • Sedimentation
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Tertiary Treatment

Final stage to increase the quality of the effluent before it is discharged to the receiving environment.

  • Filtration
  • Lagunaje
  • Artificial wetlands
  • Nutrient removal
  • Disinfection

New developments in sewage treatment

In recent years, more economical and more effective techniques have been developed, these are some of them:

Flocculation and decantation

ElectroFlocculation

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