When the appropriate analyzer is installed on your oxidizer, energy efficiencies increase, productivity can be optimized and energy saved.
Installed at the outlet of the oxidizer, ensures that emission levels are not exceeded into the atmosphere. Futhermore, by monitoring at the inlet AND outlet of the oxidizer, hydrocarbons can be measured and compared before and after processing, indicating efficiency.
The capacity of an oxidizer is limited. A plant expansion or growth in production can increase VOC use, exceeding the capacity of the existing oxidizer. However, if a flammability analyzer is used to decrease air volumes from existing processes, making more efficient use of the existing oxidizer, it would be equivalent to expanding its capacity. This can drastically reduce operating costs in both power and fuel consumption.
We've been discussing the oxidizer application, how you can stay safe, save energy & cut costs. Now let's take a look at some real life implementation.
Let's continue the discussion about using oxidizers in real life applications to see working examples of how monitoring them helps you stay safe, save energy & cut costs.
