TN Analyzer QuickTONultra for the Rough Stuff

TN ANALYZER FOR WASTEWATER AND PROCESS CONTROL

The QuickTONultra is the ultimate online TNb analyzer for the determination of total nitrogen bound (TNb) in wastewater and process water applications.

Features and Benefits

Measurement range: 0 – 200 mg/l N
Response time: 1 – 2 minutes
Highest combustion temperature (1,200°C) available on the market
Measurement of complete samples incl. solids/ particles
Excellent detection value from ammonia and nitrate nitrogen
High salt concentrations possible
Catalyst-free technique
No filtration necessary
No memory effects
According to DIN EN 12260:2003 and ISO/TR 11905-2:1997

Applications

LAR’s total nitrogen analyzer is suitable for a variety of applications and types of water:

Water Influent
Water Effluent
Discharge Control
Industrial Wastewater
De-Icing Water
Drinking Water
Groundwater
Process Water
High Salt Concentrations
Cooling Water

Options

Using analyzer options, the measurement system is adaptable for every measurement challenge.

FlowSampler
Multi-stream measurement for up to 6 sample streams
Combination with COD and TOC detection

Housings

For safe operation in hazardous areas, there are different protection housings available:

IP54 (Standard)
NEMA 4X
ATEX Zone I
ATEX Zone II
IECEx

Documentation

Product Brochure

High salt concentrations. No problem with the QuickTONultra.

This online TNb analyzer can handle salt concentrations up to even 300 g/l sodium chloride (NaCl). Salts that melt at the temperature of 1,200°C are vaporised by the combustion power and carried out with the carrier gas to settle in a special retrieving device.

The QuickTONultra. Ultra quick measurements and maintenance.

The QuickTONultra is designed to operate in a batch mode. The TNb measurement takes place in within 1 – 2 minutes. This speed guarantees that very short peaks can be determined very well during a daily cycle.

The analyzer’s availability is over 98%. The weekly service is about 30 minutes.

The detection. You have the choice.

The chemiluminescence method (CLD) is wellknown and proved. Its disadvantages, however, lay in its high cost of investment, consumables as well as its high maintenance efforts.

With regards to the economic efficiency the innovative electro-chemical detection (ECD) is a good alternative. The measurement cell is less expensive in purchase and needs only minimal maintenance since the requirements for the carrier gas are significantly lower. Nevertheless, it offers the most comparable measurement accuracy.