An online workshop on the CALPUFF/CALMET air quality modelling via TEAMS has been proposed for 22nd May 2025. This event is organized by Mr. David Lyder, Senior Air Modelling Standards Engineer of the Air Policy Section of the Government of Alberta, along with Mr Madhan Selvaraj, Mr. Wally Qiu and Mr. Piotr Staniaszek. The idea is to gather feedback from the air quality modelling community. The event will aim to hear which updates professionals want to incorporate into the CALPUFF/CALMET system.

   The CALPUFF/CALMET air quality modelling system is an essential tool for regulatory air quality modelling applications and is widely used worldwide. However, it has not been updated for some time and requires improvements to incorporate the best available science and methodologies. During the 2024 Air & Waste Management Association conference held in Calgary, Alberta, it was recognized that the recent acquisition of the CALPUFF/CALMET code by Lakes Environmental Inc. presents an ideal opportunity to begin this process of updates.

  

   WWTP Pinedo, one of the biggest wastewater treatment plants in Spain, installed a network of eNoses on the site in Valencia.

   An important element of the learning process of eNoses is to have sufficient human references that can analyzed against the eNose data. So far, reports entered by citizens using the NASAPP platform have been used as human references in this project.

G. Monzón, S. Bootsman

Comon Invent, Delft, the Netherlands. www.comon-invent.com
* g.monzon@comon-invent.com

   The study aims to explore the use of satellite technology (GHGSat) for measuring methane emissions and its application in quantifying odors in landfills, waste and wastewater treatment plants. 

  This study proposes to identify and monitor methane emission sources, a tracer gas that allows inferring the presence of odors associated with the decomposition of organic matter, through the use of satellite technology (GHGSat) with its high spatial resolution and accuracy, facilitates the identification of critical areas and the evaluation of the efficiency of odor control systems.

J. Moreno Lampaya1 & K. Kataria 2

1 Envirohub Trashform S.L.
2 GHG Sat
jmoreno@envirohub.eu

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