AQESHOW - Abstract

Abstract Information :

The presentation delves into the application of ionisation technology for treating odour emissions across a diverse spectrum of permitted sites. This novel technology, known by various names such as Thermal Plasma, Non-Thermal Plasma, UV light, or Ozone generator, is poised to become a global solution for addressing odour-related concerns across the UK. The crux of the talk is to advocate for the widespread adoption of this technology while emphasizing that its efficacy is contingent upon the intricacies of system design. Broadly classified into two types—direct contact and injected contact—these designs play a pivotal role in determining the system's performance. A comprehensive case study will be incorporated to underscore the constraints associated with the direct contact design, specifically in its ability to efficiently mitigate odour compounds within site process gas. Conversely, the injected contact design will be showcased, revealing its potential in effectively addressing targeted air chemicals and pollutants, contingent upon the wavelength intricacies of the system. The presentation aims to elucidate the disparities between these two designs and outline the criteria essential for optimising their effectiveness and emphasizing the need to prevent the installation of suboptimal design units at sites. Such unit’s risk non-compliance with regulatory standards and may fail to qualify as Best Available Techniques according to site regulators. The ultimate goal is to catalyse a shift towards embracing technologies that genuinely qualify as the Best Available Techniques.