In 2017, Travers 2 Solar LP retained Matrix Solutions to support the environmental components of the Travers Solar Project in Vulcan County, Alberta. The project is being developed on approximately 1,350 hectares of agricultural land and will have a capacity of up to 465 MWac once fully operational (expected by end of 2022).
Matrix began supporting construction of the Trans Mountain Expansion Project (TMEP) in Spring 2019. TMEP is essentially a twinning of the existing 1,150-kilometre pipeline between Strathcona County (near Edmonton), Alberta and Burnaby, BC.
KAPS, a natural gas liquids (NGL) and condensate system, is a highly desired industry pipeline solution designed to integrate services, generate more volumes and expand commercial opportunities. All of which can benefit Alberta. KAPS creates a platform for future investment opportunities that could include additional gas and condensate processing investments, new NGL infrastructure or other value-added services
The Finch West light rail transit (LRT) project will bring an additional 11 kilometers and 18 stops of public transit, while renewing aging infrastructure. The project aims to reduce travel and connection times and provide an economic boost for the community. The project is being delivered through a public-private partnership (P3) under Mosaic Transit Constructors General Partnership (Mosaic) and is owned by Metrolinx. Matrix has been working with Mosaic on several aspects of the project from the pre-construction phase and continues to support the project during construction activities.
As part of their management of environmental liability, a power transmission client wanted help evaluating the fate and transport of pentachlorophenol (PCP), creosote, and arsenate compounds from utility transmission line poles to the surrounding environment. Through modelling the current and anticipated behavior of contaminants along a transmission line, the goal of the project was to develop remediation criteria that were more reflective of the actual risk to receptors, and to provide a viable pathway to closure (i.e. obtaining a reclamation certificate) that would be acceptable to the regulator and industry stakeholders.
We routinely lead characterization of stream morphology to:
- Assess fluvial erosion hazards
- Develop alternatives for erosion control in environmental assessments
- Develop management strategies as part of land use planning (subwatershed, secondary, tertiary plans and site plans)
- Assist in culvert/bridge design
- Define erosion thresholds to inform stormwater management