Non performance of analyzers is more frequently caused by incorrect sample handling design than by the analyzer itself. The design of the sampling system, including the components used in its construction will depend on the characteristics of both gas stream and the analyzer. Our SHS design will emphasize on the minimum system component that will present a minimum capital investment with low operating and maintenance costs.

The 3 most important considerations when selecting the right sampling component for each design:

Gas Temperature

Amount of Particle Matter

Water Vapor (dew point)

Any acid mists and entrained water droplets may require extra care in sampling system design.

Some users have misconception that an extractive system requires more frequent maintenance attention as compared to an in-situ system. This is an unjustifiable sweeping statement. Given adequate process information at the initiate designing stage to match the appropriate sampling component will eliminate any of the inherent problems.

One advantage of an extractive system allows an experience engineer to improve by retrofitting the sample handling system at site without much hassle.

With the continuous technology improvement in recent years, PROCEMS utilizes the latest available components and accessories from JCT products in our SHS design to address different process conditions.

Our selected choices of filter provide solutions to a multitude of technical issues. These are solutions gathered over years of experience maintaining and retrofitting a sample handling system in emission monitoring applications.

Many of our engineers have spent much of their professional life working in handling SHS. We therefore enjoy a solid and broad-based knowledge of the process and analyzer sample system requirement.