Air Pollution Conference Brazil

4th CMAS South America

Dispersion, emissions, climate, energy, measurements, air pollution control and modeling applications

July 22, 23 and 24, 2019 Belo Horizonte, Minas Gerais, Brazil.

DOWNLOAD PROGRAM BOOK

Air Pollution Conference Brazil | 4th CMAS South America

The Air Pollution Conference Brazil and 4th CMAS South America is intended for researchers and professionals from industry, public and academic sectors from all around the world and everyone who wishes to take part in engineering solutions to maintain and improve the quality of life of populations living in urban and rural areas regarding  air pollution nuisance and health impact. Join the conference to discuss current global issues in a real world context. REGISTER NOW

  • ABSTRACT SUBMISSION: March 29, 2019
  • ACCEPTANCE NOTIFICATION: April 08, 2019
  • EARLY BIRD REGISTRATION: April 15, 2019
  • EXTENDED ABSTRACT SUBMISSION: June 24, 2019. All presenters (oral and poster) need to provide an extended abstract (Click Here to Download Template File) to be submitted by June 24, 2019.
  • CONFERENCE DATES: July 22, 23 and 24,  2019

TRAINING 

  • INDUSTRIAL VENTILATION: July 15 – 19, 2019 Register Now
  • AIR QUALITY MODELING: July 15 – 19, 2019 Register Now
  • SPECIAL SHORT COURSE: Aerosol Measurements and Source Apportionment for Air Quality Management – July 25, 2019 (08 to 18 h) Register Now

NEXT EVENT

Universities Organizers

An event of

Invited Speakers

Taciana Albuquerque

PhD, Professor at  the Federal University of Minas Gerais

Jane Meri Santos

PhD, Professor at the Federal University of Espírito Santo

 

Maria de Fatima Andrade

PhD, Professor at University of São Paulo

 |

Adel Hanna

PhD, Professor at the University of North Carolina

|

Bok H. Baek

PhD, Professor at the University of North Carolina

 |

 Sarav Arunachalam

Deputy Director and Research Professor, Institute for the Environment

 | 

Prashant Kumar

PhD, Professor at University of Surrey

|

Yang Zhang

PhD, Professor at NCState University 

 

Paulo Saldiva

PhD, Professor at University of São Paulo

Néstor Rojas

PhD, Professor at National University of Colombia

 

Pedro Dias

PhD, Professor at University of São Paulo

Boris Galvis

PhD, Professor at University of La Salle

Dr. John G. Watson

Research Professor at the Desert Research Institute (DRI)

Dr. Judith C. Chow

Research Professor at the Desert Research Institute (DRI)

 

Gilberto Fisch

PhD, Professor at the Institute of Aeronautics and Space / UNITAU

Neyval Reis

PhD, Professor at the Federal University of Espírito Santo

 

Leila Martins

PhD, Professor at University of Paraná

 

Rita Yuri Ynoue

PhD, Professor at University of São Paulo

 |

 Naresh Kumar

PhD, Manager at Electric Power Research Institute

 

Edmilson Freitas

PhD, Professor at University of São Paulo

 

Regina Miranda

PhD, Professor at University of São Paulo

 

Eduardo Martins

PhD, Professor at State University of Rio de Janeiro

Committee

Scientific Committee

  • Maria de Fátima Andrade (USP)
  • Jane Meri Santos (UFES)
  • Taciana Toledo de A. Albuquerque (UFMG)
  • Sarav Arunachalam (UNC)
  • Bok H. Baek (UNC)
  • Yang Zhang (NCSTATE)
  • Prashant Kumar (U.SURREY)
  • Boris Galvis (UNISALLE)
  • Nestor Y Rojas (UNAL)
  • Naresh Kumar (EPRI)
  • Eleonora Sad de Assis (UFMG)
  • Carlos Chernicharo (UFMG)
  • Davidson Martins Moreira (CIMATEC)
  • Neyval Costa Reis Junior (UFES)
  • Rafael Sartim (UFES)
  • Gilberto Fisch (INPE)
  • Edmilson Dias Freitas (USP)
  • Leila Droprinchinski Martins (UFTPT)

Organizing Committee

  • Taciana Toledo de A. Albuquerque (UFMG)
  • Jane Meri Santos (UFES)
  • Maria de Fátima Andrade (USP)
  • Adel Hanna (UNC)
  • Bok H. Baek (UNC)
  • Rafael Sartim (UFES)
  • Neyval Costa Reis Junior (UFES)
  • Elisa Valetim Goulart (UFES)
  • Bruno Furieri (UFES)
  • Janaina Antonino (UNIFEI/UFMG)
  • Vanessa Carvalho (UNIFEI)
  • Erick Giovani S. Nascimento (CIMATEC)
  • Carlos Chernicharo (UFMG)
  • Eleonora Sad de Assis (UFMG)
  • Fernanda Pires (UFMG)
  • Willian Lemker (UFMG)
  • Amanda Noronha (UFMG)
  • João Ernani Antunes Costa Júnior (SEAD)

Conference Sessions

The conference will include platform and poster sessions in the following areas

Air Quality, Climate and Energy

The energy system is currently responsible for the majority of global emissions of criteria air pollutants, greenhouse gases, and short-lived climate forcing pollutants. Understanding how the energy system may evolve in the future and the resulting implications on the environment is critical if environmental decision-makers are to address these challenges proactively and efficiently.

The goal of this session is to highlight research efforts involved in exploring the linkages among air quality, climate and energy, with focus on supporting decision-making at federal, state or local levels. Among the topics that are appropriate for inclusion are:

  • Scenario approaches for examining energy system futures, including exploring linkages between population growth, economic growth, land use change, climate change, technology change (in including cleantech), policy and energy
  • Impact of the future energy system on sustainability and vulnerability metrics
  • Translating energy system modeling into climate and air quality impacts
  • Identifying interactions between strategies for climate mitigation and air quality management, including quantification of co-benefits and holistic management strategies that simultaneously meet both goals
  • Models, tools and methodologies for assessing air, climate and energy linkages

Emissions Inventories, Models, and Processes

This session is dedicated to the application of innovative methodologies for preparing and processing emissions for air quality modeling applications. Techniques to improve estimates of wild fires, dust and biogenic emissions, and temporal allocation of anthropogenic sources are of special interest for this session. Session topics include:

  • Updates to inventories and emissions processing
  • Emissions from alternative fuel use (e.g., bio-fuels in the transportation sector)
  • Emissions from aviation activities
  • Projection of emissions to future-year scenarios
    Inverse modeling

Model Development

Work in recent years has vastly improved the science of air quality and methodologies for modeling and analyzing the distribution of air pollutants at various temporal and spatial scales. Such advances were motivated by the results from the multitude of applications and evaluations of air quality models that addressed various research, development and regulatory modeling issues. We seek abstracts that illustrate innovative methodologies and process algorithms in air quality modeling. Session topics include:

  • Adjoint models
  • Urban-scale and fine scale modeling and applications
  • New mechanisms of chemical reactions and processes for air quality modeling
  • Modeling assimilation techniques
  • Dust models

Model Evaluation and Analysis

Work in recent years has vastly improved the science of air quality and methodologies for modeling and analyzing the distribution of air pollutants at various temporal and spatial scales. Such advances were motivated by the results from the multitude of applications and evaluations of air quality models that addressed various research, development and regulatory modeling issues. We seek abstracts that illustrate innovative methodologies and process algorithms in air quality modeling. Session topics include:

  • Adjoint models
  • Urban-scale and fine scale modeling and applications
  • New mechanisms of chemical reactions and processes for air quality modeling
  • Modeling assimilation techniques
  • Dust models

Modeling to Support Exposure and Health Studies and Community-scale Applications

The purpose of this session is to present modeling approaches for various applications ranging from exposure assessments in support of health studies to near-source assessments such as near-roadway studies or community-scale applications. A variety of models can provide these detailed, spatially, and temporally-resolved concentrations in support of environmental health studies. Models also provide an opportunity to examine how changes in emissions affect near-road air quality or other near-to-source impacts. Local governments and community groups may be interested in “what if” scenarios such as how to optimize traffic patterns around heavily polluted areas. For example, when schools are located near roadways, models can help to examine potential impacts on children’s health or the relative contribution of school-related exposure compared to, or combined with, home-related exposure.

The topics for this session will involve development, evaluation and application of models with the following focal areas:

  • Air quality modeling for exposure assessments in support of environmental health studies
  • Dispersion model development for applications with near-source complexities
  • Evaluation and inter-comparison of models for near roadway applications
  • Decision support tools to quantify risk of human exposure

Regulatory Modeling and SIP Applications

Air quality models continue to be important tools for guiding decision makers in preparing State Implementation Plan (SIP) applications to set standards for compliance. We seek abstracts that describe how air quality models are used in specific applications, with particular emphasis on the types of sensitivity and diagnostic analyses employed and on the model evaluation studies that were conducted for various applications.

This session’s topics include (but are not limited to):

  • Benefit assessment of air pollution control
  • Statistical analyses and evaluation metrics
  • Sensitivity and Source Apportionment
  • Model intercomparison
  • Socioeconomic and health impacts

Remote Sensing /Measurements Studies/New Sensors Technologies

Papers in this session are devoted to analyzing data from both conventional and remote-sensing observational platforms. In particular, presentations are invited on the integration of data collected from different platforms, and on the use of new satellite data products in air quality modeling.  Additionally, new sensor technologies, due to their characteristics (e.g., low cost, small size, high portability), are becoming increasingly important for individual exposure assessment, especially since this kind of instrument can provide measurements at high spatial and temporal resolution, which is a notable advantage when approaching assessment of exposure to environmental contaminants. This session will also provide information about advancements on the developments and use of sensor technology for air quality and health studies.

Session topics include:

  • Satellite processing products and its use
  • Monitoring air pollution and meteorology
  • Field measurement studies
  • Laboratory smog chamber experiments
  • Aerosol detection and sampling
  • Novel air sensor technologies for monitoring air quality and health conditions
  • Evaluation and validation of sensor performance
  • Application of sensor network on air quality, exposure and health studies

Atmospheric Boundary Layer: Observing and Modeling

Characteristics of the atmospheric planetary boundary layer (PBL) are important for the atmospheric energy and water cycles because the fluxes of momentum, heat, and water vapour between the atmosphere and the surfaces of the earth all pass through the PBL, being carried and modified by mixing processes here. Since these mixing processes mostly owe their efficiency to the mechanisms of boundary layer turbulence, a proper quantitative description of the turbulence processes becomes essential for a satisfying description of the fluxes between the surface and the atmosphere.

Topics include, but are not limited to, the following:

  • Boundary Layer Modeling and Parametrization
  • Marine Boundary Layer
  • Pollutant and Greenhouse Gas Emissions, Air Quality and Human Health
  • Exchanges and Interactions Between the Biosphere and Atmosphere
  • In situ Measurements (e.g. UAS, Balloons)
  • Emerging Technology for Observations

Environmental Odours

Most of the research on atmospheric dispersion is concerned with the examination of mean concentrations over a given time, typically minutes or hours in length. However, many studies have shown that the mean concentration field alone is not sufficient for estimating the potential hazards from pollutant releases in the atmosphere, for example in the case of flammability, malodour nuisance and, often, toxicity. Odour is an increasingly sensitive issue and complaints of odour nuisance emitted by domestic and industrial wastewater treatment plants. The problems associated with malodour nuisance occur with sufficient frequency and severity to warrant regulatory intervention. It is therefore important to develop, validate and use appropriate dispersion modelling approaches in order to investigate odour dispersion and provide regulatory authorities with relevant information.

  • Odour perception and odour impact
  • Odour regulation and policy
  • Odour formation and emission
  • Odour dispersion modelling

Management of Gaseous Emissions in Sewage Treatment Plants

Sewage treatment results in the emission of a range of gases, many of which can be odorants (e.g. hydrogen sulfide, mercaptans, ammonia, amines, volatile organic compounds), greenhouse gases – GHG (e.g. methane, nitrous oxide) and atmospheric pollutants in general (gases from biogas flaring or exhaust gases from combined heat and power engines, such as carbon monoxide, sulfur dioxide, nitrogen oxides). Therefore, the control of such emissions by means of preventive and/or corrective actions is essential to guarantee the environmental sustainability and the well-being of workers and of the surrounding population of Sewage Treatment Plants -STPs. In this context, we are looking for abstracts that illustrate the development, validation or use of dispersion modeling methods and suitable techniques/technologies to avoid/control gaseous emissions in STPs. Conceptual efforts demonstrating or exploring decision support systems and policies will be covered as well.

This session topics include:

  • Carbon footprint, measurements and observational case studies on GHG emissions in STPs
  • Techniques and technologies for controlling GHG emissions in STPs
  • Measurements and observational case studies on odour and corrosion in anaerobic systems
  • Techniques and technologies for controlling odour and corrosion in anaerobic systems
  • Measurement and control of gas emissions in biogas and sludge management systems
  • Gas dispersion modeling in STPs
  • Regulation and policy of gaseous emissions in STPs

Air Pollution Control

Air Pollution Control is an important area for the air pollution issue aiming to reduce or eliminate the emission into the atmosphere of substances that can affect the air quality. The performance of the techniques used to control the emissions must be effective in order to achieve the legal limitations imposed by the country or states government for the protection of the environment and public health. Therefore, with the increase of the restrictions of emission, the Research for efficiency improvements of these techniques is a very important subject. Also it is crucial to develop technologies with low Capital and Operational costs. This session is about the studies dedicated to the Air Pollution Control innovative techniques to control the emissions of particulate and gases. This session topics include:

  • Particulate Control
  • SOx Control
  • NOx Control
  • Acid Gas Control
  • Dioxin and Furan Control
  • Mercury Control
  • VOC Control

Air Pollution at Critical Infrastructure Sites and Its Influence for the Society

There are some critical infrastructures that are very important as its longer inoperability may cause social and economic problems. The air quality is associated with this topic as there are rules (established by Environmental Protection Agencies) that must be obeyed and values above a threshold can stop its operation. This session intends to present and discuss what are the measurements and modeling studies that are currently being done in Brazil and in the world on the theme. The topics for this session will involve measurements and model development with the following focal areas:

  • Air quality modeling for exposure assessments in support of environmental health studies
  • Dispersion model development for applications at critical infrastructures like dams, bridges, harbors, space centers, airports, etc

Agenda

This preliminary schedule is provided to give you an idea of what to expect. It is subject to change.

Technical Tour: Evaluation of Impacts on the Physical Environment Resulting from the Collapse of the Fundao Dam, Mariana – Minas Gerais. (Fundação Renova, Brazil) 25 participants for visiting

*  FREE: Included in the conference registration fee

Click here to register

To promote a field experience, Renova created vimver, an itinerary that will allow you to understand how tragedy occurred, the actions that took place to repairing and the on-going activities.

The experience of immersion in the region of Mariana and Barra Longa usually results in a new perception of Renova’s challenge leading into another point of view about the work of repair. To see requires a more profound observation than to look. Whoever sees transforms, is not the same who used to be. Throughout this day, you will be able to see, in the field, the following topics:

VIMVER – 4° CMAS
LOCAL TIME VENUE ATTRACTIONS
7h00

 

Meeting point at the

School of Engineering at UFMG Pampulha Campus

09h00 –

1st stop

Duration: 2h30min

 

Arrival at the town of Mariana –

Garden House

Socio-environmental theme:

Reception, Renova institutional presentation (creation overview, role, results and challenges) and equipment interaction.

11h30min Lunch break
11h40min Lunch at Lua Cheia restaurant
12h40min Departure to the town of Barra Longa
14h10min –2nd stop

Duration: 30min

 

Arrival at the town of Barra Longa –

Matias Barbosa Street

Environmental theme: Renova air quality automatic monitoring network (RAMQAR – Renova).
14h40min – 3rd stop

Duration: 50min

 

Lino Mol Square Socio-environmental theme:

Mobile dust monitoring system. Dust control actions. Impact and recovery of infrastructure: streets; square and avenue; exhibition park; houses, backyards and commerce renovation.

15h30min Departure to Belo Horizonte
19h00 Arrival at Belo Horizonte – End of itinerary

More info: https://www.fundacaorenova.org/en/tailings-management/

Short Course on Aerosol Measurements and Source Apportionment for Air Quality Management

by John G. Watson, Ph.D. and Judith C. Chow, Sc.D.

Desert Research Institute, Nevada System of Higher Education, Reno, Nevada – USA

*  Not Included in the conference registration fee

Click here to register

 

Technical Tour: Evaluation of Impacts on the Physical Environment Resulting from the Collapse of the Fundao Dam, Mariana – Minas Gerais. (Fundação Renova, Brazil) 25 participants for visiting

Click here to register

To promote a field experience, Renova created vimver, an itinerary that will allow you to understand how tragedy occurred, the actions that took place to repairing and the on-going activities.

The experience of immersion in the region of Mariana and Barra Longa usually results in a new perception of Renova’s challenge leading into another point of view about the work of repair. To see requires a more profound observation than to look. Whoever sees transforms, is not the same who used to be. Throughout this day, you will be able to see, in the field, the following topics:

VIMVER – 4° CMAS
LOCAL TIME VENUE ATTRACTIONS
7h00

 

Meeting point at the

School of Engineering at UFMG Pampulha Campus

09h00 –

1st stop

Duration: 2h30min

 

Arrival at the town of Mariana –

Garden House

Socio-environmental theme:

Reception, Renova institutional presentation (creation overview, role, results and challenges) and equipment interaction.

11h30min Lunch break
11h40min Lunch at Lua Cheia restaurant
12h40min Departure to the town of Barra Longa
14h10min –2nd stop

Duration: 30min

 

Arrival at the town of Barra Longa –

Matias Barbosa Street

Environmental theme: Renova air quality automatic monitoring network (RAMQAR – Renova).
14h40min – 3rd stop

Duration: 50min

 

Lino Mol Square Socio-environmental theme:

Mobile dust monitoring system. Dust control actions. Impact and recovery of infrastructure: streets; square and avenue; exhibition park; houses, backyards and commerce renovation.

15h30min Departure to Belo Horizonte
19h00 Arrival at Belo Horizonte – End of itinerary

More info: https://www.fundacaorenova.org/en/tailings-management/

Conference Registration professional

$ 380

-

Conference registration students

$ 190

-

Training and Couses

Training courses are not included in the conference registration fee

Universities Organizers

CMAS Conference 2017

AcelorMittal Participation

CMAS Conference 2017

Technical Tours Vale do Rio Doce

1 de December de 2018

Expositor Quality Ambiental

CMAS Conference 2017

Technical Tours Vale do Rio Doce

CMAS Conference 2017

Keynote Speakers

CMAS Conference 2017

Poster Presentation

CMAS Conference 2017

São Paulo Air Pollution

CMAS Conference 2017

Close Session

CMAS Conference 2017

Participation of Vale do Rio Doce

CMAS Conference 2017

Coffee Break

CMAS Conference 2017

Networking

CMAS Conference 2017

Universities Organizers

An event of

These awesome companies support us

Suport sponsors

Escola de Engenharia da UFMG – Universidade Federal de Minas Gerais – Avenida Antônio Carlos, 6627 – Pampulha, Belo Horizonte – MG, 31270-901 – Contact – +55 31 3409-1880 – Fernanda – cmas@cmasconference.com.br