Detection Methods Compared

What are the benefits of a burst bag detector compared to manual checks and filter leak testing?

Many plants already have procedures in place to check the condition of their baghouse filters and prevent damage or leaks. However, these methods are often not the most efficient and can lead to unnecessary costs in maintenance, materials and downtime. 

Traditional approaches typically involve periodic testing, such as purging filters to identify abnormalities or using fluorescent powder and UV inspection to detect leaks. While these methods can highlight issues at the time of testing, they only provide a snapshot of performance. Between inspections, filters can develop leaks that go unnoticed for weeks, potentially leading to product loss, reduced efficiency and increased emissions. 

This is where continuous monitoring provides a clear advantage. 

CODEL’s triboelectric dust monitoring range enables real-time monitoring of baghouse performance. If a leak develops, operators can immediately identify when and where it has occurred, allowing for fast, targeted intervention. 

Instead of shutting down the entire system for lengthy inspections or replacing large numbers of filters as a precaution, operators can focus only on the affected areas. This significantly reduces downtime, lowers maintenance costs and prevents unnecessary replacement of filters. 

By moving from periodic testing to continuous monitoring, plants gain greater visibility, faster response times and ultimately, better control over both performance and cost.   

The next step in your emissions monitoring                                

Alongside our dust monitoring solutions, CODEL also offers FilterVision. 

FilterVision is a cloud-based platform that provides operators with a clear, connected view of complete baghouse performance. With real-time remote monitoring and centralised data, it tracks particulate levels, temperature, pressure differentials and motor performance, enabling early fault detection and preventative maintenance. 

With compartment-level diagnostics, operators can quickly pinpoint issues, reduce downtime and improve overall plant reliability.