Advanced Ozone & UV Technologies for Industrial and Municipal Water Treatment
At Longking EnTech Europe, we specialize in advanced ozone generation and ultraviolet (UV) disinfection technologies designed for high-performance water treatment.
Our systems deliver reliable, chemical-free oxidation and disinfection processes for municipal, industrial, and water reuse applications, ensuring safety, sustainability, and operational efficiency.
NLO Series – High-Efficiency Ozone Generation Systems
Our NLO Series ozone generators represent the latest generation of high-capacity systems for industrial and municipal water treatment.
Using double micro-gap glass dielectric discharge technology, they achieve superior ozone production efficiency with minimal energy consumption.
Key Features:
High Concentration Output: Up to 296 g/Nm³ with oxygen feed.
Energy Efficiency: ≤ 7.5 kWh/kg O₃ under rated conditions.
Compact Modular Design: Scalable systems from 1 kg/h to 160 kg/h.
Advanced Cooling System: Closed-loop water circuit with plate heat exchangers.
Automated Control: PLC + HMI architecture for full SCADA integration.
Designed for durability, ease of maintenance, and seamless integration, the NLO Series ensures maximum ozone transfer efficiency and long-term operational stability for oxidation and disinfection processes.
Advanced UV Disinfection Systems –Chemical-Free Water Protection
Longking’s UV disinfection systems employ low-pressure amalgam UV lamps to deliver effective, eco-friendly water disinfection.
By emitting controlled radiation at 254 nm, these systems disrupt microbial DNA, providing immediate and residue-free pathogen inactivation.
System Advantages:
Validated Disinfection Performance: Proven log reduction for bacteria, viruses, and protozoa.
Environmentally Friendly: 100% chemical-free process with no disinfection by-products.
Low Operating Costs: Energy-efficient UV modules with long-lamp life (>12,000 hours).
Automated Cleaning System: Pneumatic wipers for quartz sleeve maintenance.
These advanced UV systems ensure safe, cost-effective, and sustainable water treatment across municipal and industrial facilities, complementing ozone processes in multi-barrier treatment schemes.

