Reliable protection against microbiological growth through precise biocide dosing
Microbiological growth in water causes corrosion, deposits and efficiency losses in power plants and waste incineration plants - especially in the boiler feed water circuit. In power plants, the cooling circuit is also affected, where biofilms impair heat transfer and stable operation.
Targeted biocide dosing is therefore a key component of water treatment: it stabilises the water quality and ensures economical operation - in the boiler circuit of power plants and waste-to-energy plants as well as in the cooling water circuit of power plants.
Challenges with microbiological contamination
- Corrosion and material damage due to microbiological growth.
- Biofilms and deposits reduce heat transfer and efficiency.
- Unstable water quality increases maintenance costs and susceptibility to faults.
- Contamination in the boiler circuit jeopardises availability and operational safety.
- Contaminated cooling circuits in power plants cause efficiency losses.
The solution from sera
- Targeted dosing: Demand-orientated biocide dosing in the boiler feed water of power plants and waste incineration plants as well as in the cooling circuit of power plants.
- High dosing accuracy: Precise measurement and reproducible control.
- Modular system: Flexible system concepts for different systems and containers.
- Safe media supply: For canisters, drums or IBCs, optionally with drip tray.
- Autonomous operation: Independent control without the need for a control technology connection.
The biocide dosing systems from sera ensure stable water quality and safe, efficient and economical operation - in the boiler circuit of power stations and waste incineration plants as well as in the cooling water circuit of power stations
Find out more about solutions for precise dosing in waste incineration plants:
to system solutions and dosing technology for waste-to-energy plants