ADVANCED OXIDATION PROCESS (AOP)
AOP System Overview
Enerba Teknologi Advanced Oxidation Process (AOP) is one of the most promising oxidation processes and is anticipated to play a significant role in water and wastewater treatment, either as a standalone process or in combination with conventional technologies. This process uses a unique combination of ozone, UV, hydrogen peroxide, and—when needed—proprietary catalysts to enable municipal and industrial customers to meet stringent environmental and water reuse requirements.
Enerba Teknologi AOP can efficiently treat various non-biodegradable COD, TOC, and VOC.
Treatment Method:
A process that utilizes hydroxyl radicals (OH), which are highly reactive oxidants capable of breaking down most pollutants in wastewater.
- Capable of handling complex compounds
- Removes color and odor
- Does not produce sludge
- Compact unit, requiring only 20% of the space needed by conventional systems
Enerba Teknologi Advanced Oxidation Process
Designed through initial analysis and planning based on the wastewater being tested. This means that every requirement will differ, whether for custom orders or for the available package options.
Enerba Teknologi Advanced Oxidation Process
Enerba Teknologi Advanced Oxidation Process (AOP) is one of the most promising oxidation processes and is anticipated to play a significant role in water and wastewater treatment, either as a standalone process or in combination with conventional technologies. This process uses a unique combination of ozone, UV, hydrogen peroxide, and, when necessary, proprietary catalysts to enable municipal and industrial clients to meet stringent environmental and water reuse requirements.
Application
- Groundwater
- Odors and VOCs
- Surface air
- Swimming pool
- Water recycling
- Disinfection
- Industrial wastewater
- Industrial sludge
- Municipal wastewater
- Leachate
- Municipal sewage
- Ultrapur
Our Reference
The AOP system we developed for PT Pertamina is designed to treat the generated wastewater. This treatment is intended to provide a final solution so that the wastewater is ready for safe discharge into the municipal drainage system.
