Waste water

Process water and waste water

Waste water and process water treatment

Increasing global discharge limit requirements for waste water increase the need for companies to take action. Optimizing waste water treatment and efficiently using process water are essential to meeting legal requirements and achieving ecological and economic goals.

Waste water

Waste water treatment:

Waste water is initially collected in the sewer system, then transported and treated in waste water treatment plants. The worldwide tightening of waste water discharge limits means that companies need to take greater action to optimize their waste water treatment processes and products. Industrial water is used in many processes and is becoming increasingly important for their use.

However, pre-treatment industrial waste water is becoming increasingly important to ensure environmentally friendly discharge, whether direct or indirect. Current areas of application include:

  • Emulsion splitting
  • Reduction of the pollution load
  • Reuse of waste water (water reuse)
Process water

Process water:

Service water is indispensable for processes and applications such as cooling or process water. The quality and sustainable use of service water is becoming increasingly important, especially in industrial applications.

Solutions from INWATEC:
INWATEC offers a comprehensive portfolio of specialty chemicals and services to meet the growing demand for waste water and process water treatment solutions.

Our range of services includes:

  • Conducting pilot studies to develop the optimal treatment strategy.
  • Provision and support of pilot plants for chemical, process engineering and biological water treatment.
  • Planning, designing and supplying plant components such as dosing technology, polymer dissolving stations and flotation plants.

Monitoring

Regular monitoring

Successful waste water and process water treatment is based on an optimal treatment concept that is supplemented by regular monitoring and evaluation of the system. After conducting a detailed system survey and thorough laboratory tests, we will develop an optimal treatment concept to meet your requirements, while considering economic and ecological factors.