Residual ozone destructors
Residual Ozone Destroyers
Residual ozone destroyers are specialized devices designed for the safe and effective removal of excess ozone in water and air treatment systems. After ozonation of drinking water, process water, or swimming pools, any remaining ozone can be harmful or trigger unwanted reactions. Residual ozone destroyers ensure that this excess ozone is reliably broken down, making the water or air safe for humans, animals, and the environment.
Our residual ozone destroyers are reliable, low-maintenance, and energy-efficient. They are suitable for a wide range of applications, from industrial processes to swimming pools and drinking water systems. Integrated into existing UV or ozone systems, they provide maximum safety, consistent water quality, and compliance with regulatory standards.
Example Applications:
- Drinking water and process water treatment
- Swimming pools, wellness, and spa facilities
- Industrial processes using ozone treatment
- Wastewater treatment and environmental technology
Catalytic residual ozone destroyer Ozone Destruct for the reduction of excess ozone in the tank exhaust air line of ultrapure water systems. The unit consists of: Reactor housing stainless steel DN 80 (outer surface Ra 0.80 µm, weld seams ground) with TriClamp connections according to DIN 32676 for air inlet and exhaust air (other connections on request), flow internals and droplet separator, Carulite 200 catalyst granulate and electrical trace heating. Documentation: - Classification of pressure equipment according to DGRL2014/68/EU- Acceptance test certificates for metallic materials according to DIN EN 10204 3.1 - Restamping certificates - Seals certificate of conformity according to FDA (21 CFR § 177.2600), EC 1935/2004, USP Class VI - Assembly and operating instructions, incl safety data sheet Carulite 200
Catalytic residual ozone destroyer Ozone Destruct for the reduction of excess ozone in the tank exhaust air line of ultrapure water systems. The unit consists of: Reactor housing stainless steel DN 80 (outer surface Ra 0.80 µm, weld seams ground) with TriClamp connections according to DIN 32676 for air inlet and exhaust air (other connections on request), flow internals and droplet separator, Carulite 200 catalyst granulate and electrical trace heating. Documentation: - Classification of pressure equipment according to DGRL2014/68/EU- Acceptance test certificates for metallic materials according to DIN EN 10204 3.1 - Restamping certificates - Seals certificate of conformity according to FDA (21 CFR § 177.2600), EC 1935/2004, USP Class VI - Assembly and operating instructions, incl safety data sheet Carulite 200
Catalytic residual ozone destroyer Ozone Destruct for the reduction of excess ozone in the tank exhaust air line of ultrapure water systems. The unit consists of: Reactor housing stainless steel DN 80 (outer surface Ra 0.80 µm, weld seams ground) with TriClamp connections according to DIN 32676 for air inlet and exhaust air (other connections on request), flow internals and droplet separator, Carulite 200 catalyst granulate and electrical trace heating. Documentation: - Classification of pressure equipment according to DGRL2014/68/EU- Acceptance test certificates for metallic materials according to DIN EN 10204 3.1 - Restamping certificates - Seals certificate of conformity according to FDA (21 CFR § 177.2600), EC 1935/2004, USP Class VI - Assembly and operating instructions, incl safety data sheet Carulite 200
for the destruction of excess ozone in the process air. - Heating system with thermostat for 400 °C reactor temperature.- Control system with START/STOP and alarm signal temperature- Insensitive to existing catalyst poisons Variants:ODT-003ODT-006ODT-012
for the destruction of excess ozone in the process air. - Heating system with thermostat for 400 °C reactor temperature.- Control system with START/STOP and alarm signal temperature- Insensitive to existing catalyst poisons Variants:ODT-003ODT-006ODT-012
for the destruction of excess ozone in the process air. - Heating system with thermostat for 400 °C reactor temperature.- Control system with START/STOP and alarm signal temperature- Insensitive to existing catalyst poisons Variants:ODT-003ODT-006ODT-012