TOC Analyzer

UV + Persulfate Oxidation + Non-dispersive Infra-Red (NDIR) Detection

Introduction

Features

Specifications

Applications

Inquiry

Tailin TOC analyzer HTY-WOT100 utilizes a wet oxidation decomposition process employing ultraviolet light + persulfate. In the UV reactor, carbon-containing compounds are thoroughly oxidized by the persulfate solution under the action of ultraviolet light (UVC), converting them fully into CO2. The CO2 is then carried by a high-purity carrier gas (N2) to the NDIR detection cell, completing the CO2 detection process.

For Cleaning Validation

Injection Water Testing

Wide Test Concentration Range

Features

Dual Oxidation Design: Oxidation: dual wavelength UV + sodium persulfate oxidation. Detection principle: non-dispersive infrared detection.
Wide Test Range& High Precision: Can test purified water, water for injection, drinking water, surface water and other water samples; can test various acid, alkali and salt water samples.
Dual Sensor Configuration: It can measure TC, IC, NPOC, and TOC.
With an Eight-channel Rotary Valve: Realize automatic quantitative operation of sample acid, oxidant, sample, purge, and waste discharge.
Consumables Easily Replaced: The main consumables are phosphoric acid and sodium persulfate solution. Low maintenance cost, simple and convenient.
Data Integrity: Fully comply with GMP and 21 CFR Part 11 requirements for electronic data integrity with four levels of password authority, an audit trail function, and various forms of backup.

Specifications

Detection Range: (0-100.0)ppm	Power Supply: (100-240)VAC 50/60HZ
Rated Power: 300W	Sample Temperature: (1-95)℃
Calibration Stability: 12 months	Repeatability: ≤3%
Weight: 35kg	Noise: ≤55dB
Indication Error: TC±5% IC±4%	Ambient Temperature: (10-40℃, (5-90)%RH, non-condensing
Dimensions: 550x450x530mm

Applications

Applied in testing purified water, water for injection & cleaning validation (TOC method) in the pharmaceutical industry, and test sewage and drinking water in the environmental protection and municipal sectors.