A climate change resilience assessment was undertaken for existing and proposed drainage infrastructure components in a commercial and residential area of the Town of Altona, Manitoba. The assessment was conducted using the Public Infrastructure Engineering Vulnerability Committee (PIEVC) Protocol of Engineers Canada and in accordance with Infrastructure Canada’s Climate Lens General Guidance, version 1.1. Attachments Report- Altona Climate Resilience Assessment (Final Sept 10 2019) (3 MB)
Altona Climate Resilience Assessment of Existing and Proposed Drainage Infrastructure
Posted onCLIMATE RESILIENCE ASSESSMENT: WASTEWATER TREATMENT PLANT, CONVEYANCE UPGRADES, OUTFALL UPGRADES & RESIDUALS HANDLING FACILITY, DISTRICT OF TOFINO
Posted onThe District of Tofino is undertaking significant upgrades to their wastewater infrastructure and commissioned WSP to conduct a Climate Lens Assessment for the Project which includes the construction of wastewater treatment plant, conveyance upgrades, outfall upgrades and a residuals handling facility. The Climate Lens Assessment consists of two parts, a Greenhouse Gas (GHG) Mitigation Assessment and a Climate Resilience Assessment. This report provides the Climate Resilience Assessment for the Project. Attachments Climate resilience assessment wastewater treatment plant- conveyance upgrades-outfall upgrades … Lire la suite
Altona Climate Resilience Assessment of Existing and Proposed Drainage Infrastructure
Posted onA climate change resilience assessment was undertaken for existing and proposed drainage infrastructure components in a commercial and residential area of the Town of Altona, Manitoba. The assessment was conducted using the Public Infrastructure Engineering Vulnerability Committee (PIEVC) Protocol of Engineers Canada and in accordance with Infrastructure Canada’s Climate Lens General Guidance, version 1.1. The climate change resilience assessment concluded that Altona’s existing drainage infrastructure system is currently vulnerable to extreme rainfall events and is also vulnerable to future climate … Lire la suite
CLIMATE CHANGE IMPACTS ON WATER AND WASTEWATER INFRASTRUCTURE AT AKWESASNE
Posted onAkwesasne is a First Nations community of approximately 12,300 people (2016) distributed over an area of 11,720 acres and governed by the Mohawk Council of Akwesasne (MCA). The community comprises three districts: Kawehno:ke (Cornwall Island, Ontario), Kana:takon (St. Regis, Quebec) and Tsi Snaihne (Snye, Quebec). The objectives of this PIEVC assessment were 1) to evaluate the vulnerability to climate changes of the water and wastewater infrastructure of the MCA, and provide recommendations on possible adaptation measures to mitigate risks identified; … Lire la suite
THREE NEWFOUNDLAND AND LABRADOR INFRASTRUCTURE CASE STUDIES
Posted onRisk assessment of three Newfoundland and Labrador infrastructure case studes: A bridge in Corner Brook, Stormwater infrastructure in Goulds, and a high school in Placentia. Attachments Three Newfoundland and Labrador Infrastructure Case Studies – Presentation (3 MB)
ÉVALUATION DE LA VILLE DE TROIS-RIVIÈRES DU RÉSEAU DE COLLECTE DES EAUX PLUVIALES
Posted on(Available in French only) Le changement climatique expose les infrastructures canadiennes à des conditions pour lesquelles elles n’ont pas été conçues à l’origine. Cela peut réduire leur durée de vie utile et entraîner des pertes économiques, des perturbations dans la vie et les habitudes quotidiennes des Canadiens, en plus d’augmenter les risques pour la santé et la sécurité publiques, sans oublier l’environnement. Les ingénieurs se fient traditionnellement aux données historiques pour concevoir des infrastructures durables, sécuritaires et fiables mais il … Lire la suite
Évaluation de la vulnérabilité aux changements climatiques des réseaux de types combiné, pseudo-séparatif et pluvial du bassin tributaire de l’ouvrage de surverse Belgrand à Laval
Posted onCERIU – Ville de Laval Évaluation de la vulnérabilité aux changements climatiques des réseaux de types combiné, pseudo-séparatif et pluvial du bassin tributaire de l’ouvrage de surverse Belgrand à Laval Attachments CERIU – Ville de Laval – Sept 2011 (4 MB)
Tag Wastewater
DISTRICT OF SHELBURNE NEW SEWAGE TREATMENT PLANT
Posted onThis case study is unique in that the PIEVC Protocol has been applied at the pre-design stage of the project, rather than conducting the assessment after the infrastructure has been constructed. It has also been applied in this instance to a small wastewater treatment plant in a rural community, with a view to learn about the scalability of the Protocol and to develop recommendations for how it can best be used to assess other infrastructure of a similar scale. The … Lire la suite
Climate Change Vulnerability Assessment of the Town of Prescott’s Sanitary Sewage System
Posted onFor this particular study, the Town of Prescott and Engineers Canada agreed to partner and co-fund an engineering vulnerability assessment of the Town of Prescott’s sanitary sewage system in the context of both the existing climate and future climate change, using the PIEVC Protocol (version 9, April 2009). The main objective of this assessment and pilot study was to identify components of the sanitary sewage system which are at increased risk of failure, damage, deterioration, reduced operational effectiveness, and/or reduced … Lire la suite
Tag Wastewater
METRO VANCOUVER FRASER SEWERAGE AREA INFRASTRUCTURE
Posted onIn 2008, Metro Vancouver and Engineers Canada cooperated in the Vancouver Sewerage Area (VSA) vulnerability assessment. The VSA study was one of seven original pilot study applications of an assessment protocol developed by Engineers Canada for use with all types of infrastructure across Canada. That study focused on an area that is largely combined (i.e. sanitary sewage and stormwater conveyed in the same pipe) and currently undergoing significant change through an ongoing program of sewer separation (i.e. separating stormwater and … Lire la suite