Advanced Oxidation Pilot

Advanced oxidation processes (AOPs) for water and industrial effluent treatment mostly combine 2 or 3 reagents (oxidants) to produce hydroxyl radicals. Free radicals are highly active species that react rapidly and non-selectively with most organic compounds considered difficult to oxidize. Educational Objectives: Study of the photocatalytic advanced oxidation process H₂O₂/UV, study of the influence of residence time, study of the quantity of hydrogen peroxide on the process. Learn about Advanced Oxidation Pilot equipment for optimal educational outcomes..

Composition:

• A 15L polyethylene reservoir with bottom drain
• A glass falling-film reactor with bottom drain and inline UV treatment device (DN100, height 1000mm)
• A submerged UV lamp emitting at 254nm, 120W, 1m
• A centrifugal pump for feeding oxygenated water to the reactor (400 L/h, 9 mCE)
• A float-type flow meter (30–300 L/h)
• A manual flow control valve
• A needle thermometer in the reservoir (0–60°C)
• An IP65 electrical control cabinet with: power-on buttons and indicator, lamp control, pump control and protection
• 304L stainless steel welded chassis on casters (two with brakes)

Options:

1. Curve display and data acquisition: float-type flow meter replaced by analog turbine flow meter; thermometer replaced by Pt100 probe; touchscreen cabinet with flow and temperature display and curves; USB data acquisition in.

A 15L polyethylene reservoir with bottom drain
A glass falling-film reactor with bottom drain and inline UV treatment device (DN100, height 1000mm)
A submerged UV lamp emitting at 254nm, 120W, 1m
A centrifugal pump for feeding oxygenated water to the reactor (400 L/h, 9 mCE)
A float-type flow meter (30–300 L/h)
A manual flow control valve
A needle thermometer in the reservoir 0–60°C
An IP65 electrical control cabinet with: power-on buttons and indicator light, lamp control, pump control and protection
304L stainless steel welded chassis on casters (two with brakes)