TRAINING.

Overview

After participating in this course, you will be able to do the following:

• Apply your skills in contracting, integrating health and safety, data management and reporting, inspections and investigations, negotiating approvals, and environmental management
• Understand the legislation that directly impacts fugitive dust management
• Identify practical approaches for site risk identification and environmental compliance
• Manage fugitive dust issues for a variety of projects

Description
Fugitive dust management is essential to large infrastructure projects, site remediation, mineral extraction and some large industrial projects. The primary tool to manage offsite fugitive dust is typically developing and implementing a dust management and control plan that is usually submitted to the regulator for approval. This course takes the participant from an understanding of the mechanisms that produce fugitive dust through the assessment of the problem and the development of a suitable dust control plan.

This is done using experience gained on various dust control projects and applied in a case study format to plan development. While participants are encouraged to bring along their own case study or problem, case scenarios will be provided where this is not possible.

Course Outline:

• Particulate Species and Transport Mechanisms
• Sources and Fugitive Emissions Assessment
• Impact Assessment, Uncertainty and Modelling
• Mitigation and Management
• Dust Monitoring
• Preparing a Dust Management and Control Plan

Who Should Attend:
Environmental Managers • Coordinators • Engineers • Scientists • Environmental Departments • Corporate/Project Managers • Directors and Officers • Facility Managers • Plant Superintendents• In-house counsel • Consultants • Contractors, Regulatory Personnel • Municipal Personnel

Please note: You can check other time zones here.

Syllabus

The Basics of Particulate Matter

• TPM, PM10 and PM2.5
• Primary and Secondary particulate
• Relative importance
• Legislative aspects

Mechanisms for Transport

• Science of airborne dust
• Factors that influence dust propagation, wind, moisture, etc

Sources

• Infrastructure construction/demolition
• Site Remediation
• Mining and aggregates
• Industrial – metals, cement

Source Quantification

• Source silt content measurement, emission factors
• Metal dust and source apportionment

Case Study – Part 1 Sources

Impact Assessment

• The concept model
• Health and ecological risk assessment
• Dispersion and receptor modelling – problems and pitfalls

Mitigation

• Dust management vs dust control
• Management activities
• Dust suppression

Case Study – Part 2 Impact

Monitoring

• Inspection and monitoring
• Instruments - location and their uses
• Action levels, data management and reporting

Putting it All Together

• The dust management and control plan

Case Study – Part 3 Dust Management and Monitoring

Instructor

Stephen Lamming, Ph.D., E.P.

Now mostly retired, Stephen was, until 2017, a Principal Consultant with the Wood Group (formerly Amec Foster Wheeler Environment & Infrastructure) in air quality management. With over 40 years of experience in air quality management, his expertise includes emissions assessment, air monitoring, dispersion modelling, and climate change mitigation/adaptation.

Dr. Lamming has worked with municipal, industrial, and resource sector clients across Canada and internationally to assess climate impacts, determine emissions, prepare and execute sampling programs, conduct transport and dispersion modelling, assess community impact, develop abatement and monitoring strategies, and prepare permit documentation. He has also been involved in air quality assessment and management studies (including greenhouse gases) as part of the federal and provincial environmental assessment process in the areas of oil & gas, mining, thermal power, major industry projects and forest products.

He has served as a Director of the AWMA Ontario Section, been a member of ISO technical committees, and continues to keep abreast of the latest regulatory implications for emission management.