Turbidity Color Analyzer

Reliable VIS-NIR Dual-Beam Analyzer

A Cost-Effective Turbidity (Haze) NTU Analyzer System

Our GUIDED WAVE™ Turbidity Analyzer System is a complete, “ready-to-go” analytical system.

Analyzer – ClearView® db filter photometer technology
Fiber optic cables
Sample interface – insertion probe or flow cell
Control software and Saybolt application calibration
Accurate, Real-time Reliable Results

Complete Turbidity NTU Analyzer System

Our Turbidity Analyzer System utilizes our multi-wavelength ClearView db filter photometer analyzer platform. It may be configured for either one (1) or two (2) independent sample monitoring points. Turbidity can be measured on one channel only, leaving the second channel available for any other measurements such as color. The analyzer employs a dual-beam design – meaning; the system has a continual internal optical reference check that allows it to self-compensate for signal variation due to non-sample conditions. This ultimately provides the system with long-term stability. The final product is a total Turbidity Color System that measures the turbidity variation without interference from other factors.

Unique dual beam optics – for long term, stable operation
One turbidity channel plus up to two independent measurement points – for added analytical flexibility at reduced cost per point
High efficiency yet rugged fiber optics – analyzer electronics can be located away from a hazardous sample point
In-door touch screen or Ethernet (Modbus TCP) – easy local or remote analyzer operation and control
Analytical calculations are all encoded in the software – answers and alarms are clearly reported
Options for a Custom Solution

The ASTM method is a visual standard for measuring turbidity (caused by immiscible water in fuels) by viewing cards with black lines of various thicknesses through a 100mm diameter glass jar of solution. The result is a value (called Haze) between 1 and 6, with 1 being the clearest. Haze is typically measured in the refining sector and arises from water beyond the solubility limit. Alarming on this solubility issue allows the refiner to have better control of the fuel quality.