H2020Individual fellowship2021–2025

SENSODOR · Monitoring networks and autonomous platforms for odor impact assessment using electronic noses

Horizon 2020 — Marie Skłodowska-Curie Actions

Duration
2021-10-01 → 2025-01-03
EU contribution
€224,438
Participants
1
Scheme
MSCA-IF

Lines connect the coordinator with its partners.

Results in brief

Monitoring networks and autonomous platforms for odor impact assessment using electronic noses

The SENSODOR project addresses the challenge of odour pollution, a growing environmental and societal issue, particularly in urban areas and industrial zones. Traditional odour monitoring methods rely on sensory panels and periodic measurements, which lack precision, real-time capabilities, and scalability. This project seeks to overcome these limitations by developing an advanced electronic nose (e-nose) system, capable of providing continuous, real-time odour detection and quantification. Why is it important for society? Odour emissions from waste treatment plants, industrial facilities, and urban sources significantly impact public well-being, leading to health concerns, complaints, and regulatory challenges. Effective odour monitoring and mitigation are crucial for: - Improving air quality and reducing health risks associated with volatile compounds. - Enhancing environmental compliance for industries and municipalities. - Supporting regulatory frameworks for odour impact assessment and pollution control. - Increasing public satisfaction by addressing odour-related nuisances in residential areas. By introducing real-time, scalable odour monitoring solutions, the project contributes to sustainable urban development, improved industrial air quality management, and enhanced public health protection. The project aims to: - Develop an innovative, nanotechnology-based e-nose with high sensitivity, selectivity, and real-time monitoring capabilities. - Implement a monitoring network for spatially and temporally resolved odour tracking in waste management facilities and industrial sites. - Integrate the e-nose with drone platforms to enable dynamic, mobile odour mapping in hard-to-reach areas. - Validate and optimize the system through field trials, ensuring its applicability for industrial and environmental monitoring. - Enhance knowledge transfer and policy contributions, fostering industry adoption and supporting regulatory efforts for better odour management strategies. By addressing these objectives, SENSODOR establishes a new standard in odour monitoring, providing cost-effective, scalable, and precise solutions for environmental air quality management.

Data: CORDIS, © European Union

Project objective

Reduction of the emission of unpleasant smell is a priority for branches of industry which introduce odorous compounds to the atmosphere. However, it is also necessary to provide verification of effectiveness of these efforts via monitoring of odor intensity. Dynamic olfactometry is the most popular method of odor measurements, but instrumental methods are increasingly applied for monitoring and evaluation of unpleasant smells generated by different fields of human activity. Electronic noses (e-nose) belongs to dynamically developing instrumental techniques which utilizes holistic analysis. Different ways in which an e-nose can be used for assessment of odor nuisance are monitoring networks, autonomous pltaforms (robots, drones, etc.) and portable devices. Although, installation of e-noses on these platforms is a very interesting way for investigation of air quality such experiment are rarely carried out due to the sensors response drift in time and too low sensitivity of these devices. These drawbacks are still fundamental problems connected to the sensors comprising the electronic nose instruments. Nanotechnology provides means to solve these problems. The researcher will develop an innovative e-nose for odor nuisance assesment based on nanotechnology. The e-nose will be validated and implemented on monitoring stations and mobile platformes for long term monitoring of odor intensity and fast localisation the source of the odor nuisance, respectively.

Original text from CORDIS.

Participants

  • POLITECHNIKA WROCLAWSKA · WroclawCoordinatorPoland

Links

Data: CORDIS, © European Union