Predictive modelling of air pollution and other meteorological variables

Summary of the technology

Air pollution represents a significant public health problem, but the uneven distribution of meteorological stations and the omission of the spatio-temporal dependence of pollutants makes it difficult to make accurate estimations of their actual exposure in the population. The proposed solution uses an optimised Bayesian predictive model that takes these issues into account, and provides more accurate predictions of air pollution levels, with an associated low computational cost.

Universitat de Girona

Details of the Technology Offer

This technology is statistical code-based system that consists of a hierarchical Bayesian spatiotemporal model, which predicts the short- and long-term exposure to air pollutants and meteorological variables, using stochastic partial differential equations (SPDEs) of the integrated Laplace approximation (INLA). Those predictions are very accurate and efficient, with much lower computational time and low density of monitoring stations.

Competitive advantages

  • More accurate predictions of short- and long-term exposure.
  • Reduced computational cost.
  • Does not require a large number of monitoring stations.

Objective market

  • Public environmental management administrations.
  • Health and air pollution research centres.
  • Air quality monitoring companies.

Potential applications

  • Assessment of air quality in urban and rural areas.
  • Support for public environmental health policies.
  • Prediction of exposure to pollutants in epidemiological studies.

Intellectual property status

Other forms of protection

Copyright registered at university database

Current development status

Commercially available technologies

Desired business relationship

Technology selling

Related Keywords

  • Air pollution control for cars and transport
  • Sustainability
  • Protecting Man and Environment
  • Environment
  • Outoor Air Pollution/Treatment
  • public health
  • air pollution prediction
  • bayesian model
  • accurate
  • low computational cost

About Universitat de Girona

The University of Girona (UdG) by means of its Research & Technology Transfer Office (TTO) provides services to 117 research groups, 42 of which have been recognized as Consolidated Research Group of Catalonia and 4 among them have been incorporated into the TECNIO network, the top Catalonia's Government excellence research network.

University of Girona (OTRiT)

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