OCS-MUNICIPAL PLUS Municipal-Scale Water Treatment
Large-scale, chlorine-free disinfection for your drinking-water and wastewater treatment plants. No trihalomethane risk, a high-capacity scalable design.
The Problem
Chlorine Carries Bigger Risk at Scale
At municipal scale, chlorination increases the risk of carcinogenic by-products such as trihalomethanes (THMs) in large volumes. It can also be insufficient against chlorine-resistant pathogens (Cryptosporidium, Giardia).
THM Formation Risk
In large-volume chlorination, carcinogenic by-product formation becomes unavoidable.
Chlorine-Resistant Pathogens
Some pathogens such as Cryptosporidium are highly resistant to chlorine.
Taste & Odor Complaints
Chlorine residue causes taste and odor complaints in mains water.
Large-Scale Logistics
Storing and transporting large volumes of chlorine carries a safety risk.
System Concept
Scalable, Documented, Safe
OCS-MUNICIPAL PLUS offers a four-stage architecture at municipal scale.
Capacity Analysis
The plant's flow rate, existing infrastructure and target water-quality parameters are assessed.
Modular System Design
Large-scale ozone production units are designed to scale with parallel modules.
BAC Integration
An ozone + biological activated carbon (BAC) combination can be applied for advanced treatment.
Continuous Monitoring & Reporting
SCADA integration provides continuous monitoring compatible with municipal infrastructure.
Solution Areas
Application Points & Methods
Drinking Water Treatment Plants
Primary disinfection and pathogen control.
- Effective disinfection against Cryptosporidium and Giardia
- Safe drinking water with no THM formation
- Taste and odor improvement
Wastewater Treatment Plants
Final treatment before discharge and color/odor removal.
- Polishing after biological treatment
- Compliance with discharge limits
- Reuse-water quality
BAC (Biological Activated Carbon) Combination
Ozone + BAC for advanced organic-matter removal.
- Breakdown of large organic molecules
- Complementary treatment with biological activated carbon
- A method proven at 3,000+ facilities worldwide
SCADA & Remote Monitoring
Central control integrated into municipal infrastructure.
- Integration with the existing SCADA system
- Remote monitoring and reporting
- Multi-facility central management
Technical Data
System Technical Data
Why OCS-MUNICIPAL PLUS?
Advantages Built for Municipal Scale
Modular Capacity
Adapts to growing demand with parallel units.
Safe Drinking Water
The risk of chlorinated by-products is structurally eliminated.
Worldwide Standard
The ozone + BAC combination is used at more than 3,000 municipal facilities.
Effective Control
High effectiveness against chlorine-resistant Cryptosporidium and Giardia.
SCADA Compatible
Works integrated into existing municipal infrastructure.
Local Engineering
The advantage of local technical support on large-scale projects.
Application Sectors
Which Facilities?
Municipal Drinking Water Plants · Municipal Wastewater Treatment Plants · Industrial Zone Water Facilities · Regional Water Authorities
FAQ
Frequently Asked Questions
Usually ozone is used as primary disinfection, while a low dose of chlorine can be kept for residual disinfection in the network. This is determined by regulations and site analysis.
It varies by facility scale and existing infrastructure; a detailed project schedule is provided after the site assessment.
No, it's optional. It's recommended at facilities with high organic-matter load.
Yes — the PLC control system is designed to integrate with standard SCADA protocols.
A pathogen-specific dose is set by calculating the target CT value (concentration × contact time).
Free Technical Assessment for Your Facility
Request a free technical assessment for your municipal water facility. Let's plan the chlorine-free, scalable ozone disinfection solution together.
Request a Free Assessment