TRIECA Pre-Conference Training- Underground Infiltration Practises: Understanding Exfiltration
Tuesday, March 19, 2019
8:30 a.m. -4:30 p.m.
Pearson Convention Centre, Brampton (View Map)
Water quality improvements for most infiltration practices come largely from the runoff reduction. So understanding and optimizing the exfiltration capacity is key to designing and modeling a highly performing installation.
As this is a technical workshop involving the application and discussion of different computational models, participants should bring their own laptop computer.
We will study the basic components of reservoir routing, so often hidden by our modeling software. By applying systems thinking to our infiltration practice, we will consider alternatives to optimize designs and begin to understand the implications of our decisions. Maybe you have some of these questions?
For a given storage volume, is a deep practice better than a shallow one?
Are there benefits to designing narrow practices rather than broader areal practices?
Is the exfiltration to native soil significant during a design storm duration?
How can I model the drawdown time of a practice for design or review?
Is the exfiltration from a stormwater practice likely to cause mounding of the local water table?
How might this affect the permissible groundwater separation?
How might this affect recommended setbacks?
How can unacceptable mounding be mitigated in practice design?
Who should attend?
This workshop is intended for:
Professionals involved in designing or reviewing infiltration practices
Engineers developing their knowledge in hydrogeology
Hydrogeologists increasing their understanding of design for stormwater management
People interested in algebraic modeling
Upon completion of the course participants will be able to:
1. Determine if, for a given storage volume, a deep practice would be more effective than a shallow one.
2. Articulate (and calculate) the benefits of designing narrow practices rather than broader areal practices.
3. Evaluate if the exfiltration to native soil is significant during a design storm duration.
4. Model the drawdown time of a practice for design or review.
5. Assess the impact of exfiltration from a stormwater practice on the local water table.
6. Develop mitigation measures for unacceptable groundwater mounding.
This course is eligible for 7 continuing education hours for CISEC and other industry associations.
Course cost: $350 or save 10% off the course if you also purchase a full conference pass.
IECA members are eligible to receive a 10% discount on course registration (cannot be combined with full conference pass discount). To register at this discounted price please contact Victoria Kring at Victoria.Kring@trca.on.ca and provide your IECA member ID for membership confirmation.
Lunch will be provided.
Contact: Victoria Kring at or Victoria.Kring@trca.on.caRegister Online