The European Horizon project DNOSES just published all the deliverables.

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dnoses deliverablesD-NOSES stands for Distributed Network for Odour Sensing, Empowerment and Sustainability. This 3 year-long project was supported by International Associations, experts in citizen science, odour and sustainability experts, local administrations and public bodies. The deliverables of this 3.2 million Euros project are just being published, so if you wish to become a "master" in the use of citizen science to map odours, here you have much information to learn a bit more.

   This DNOSES project is a European Horizon 2020 project that studied the use of mapping odour annoyance to describe and study the impact of this environmental vector. The idea was to launch several case studies to see how better use this tool that links odour with annoyance. This project is over and now all the deliverables are available.

Version 21.09 of GRAL GRAMM just published.

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gral21 09   The Graz Lagrangian (GRAL) system is a Lagrangian particle model with a free Graphic User Interface (GUI) available in both Linux and Windows and it is well know among odour modellers. Now the developers have released the version 21.09 with plenty of bug fixes and new features.

    One more year, the GRAL GRAMM team have been working on changes and modifications in the code, and correcting bugs. This is the list of new features and bugs corrected for GRAL, GRAMM and the Graphic User Interface (GUI) for this release.

Advanced photo-biotechnology for the simultaneous control of VOCs, odours and GHGs emissions in municipal solid waste treatment plants

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37 001   Volatile Organic Compounds (VOCs), commonly found in the atmosphere, are odorous compounds with negative effects on human and environment. VOCs and odours emitted from industrial sources have been demonstrated as hazardous and annoying compounds which may cause negative effects on humans and environment.

   The control of these compounds is therefore a key action by the plant managers in order to avoid complaints and negative impacts. In this study, microalgae and bacteria were implemented in a vertical tubular photobioreactor for the biodegradation of toluene, used as model VOC. Chlorella vulgaris strain was chosen as photosynthetic platform due to their high adaptability to adverse environmental conditions.

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