Water Resources

The major connecting link in a watershed or river basin ecosystem is the flow of water. The flow pattern is part of the water balance. How and where the water flows determines the quality of the water, the shape and stability of stream banks, the health and diversity of the vegetation, and the availability of fish and wildlife habitat.

Since incorporation (in 1994), the GREENLAND® approach to water resources projects is to ensure that the operational balance of surface water, groundwater and/or coastal water systems are maintained and that interventions are made with a perspective of the entire ecosystem. Our recognized credentials include these water resources and related environmental engineering analytical, design and construction administration services:

  • Subwatershed Management Plans;
  • Drinking Water Source Protection Plans;
  • Groundwater Management Plans;
  • Environmental Assessments;
  • Environmental Impact Statements;
  • Water Quality and Assimilative Capacity Analyses;
  • Municipal Infrastructure and Site Remediation Investigations;
  • Environmental Restoration and Resource Management Plans;
  • Stormwater Management Plans;
  • Municipal Drain Projects;
  • Sediment Control Plans;
  • Stormwater Drainage and Pond Retrofits;
  • Master Drainage Plans;
  • Master Servicing and Functional Servicing Plans;
  • Stream Rehabilitation / Remediation Plans;
  • Flood Risk Mapping, Flood Remediation Plans & Flood Control Designs;
  • Coastal Engineering and Shoreline Protection;
  • River Ice Engineering Control Works;
  • Stream Health (Biological / Water Chemistry / Flow) & Groundwater Monitoring;
  • Water Balance and Hydrogeologic Investigations;
  • Fish Passage Designs and Habitat Rehabilitation;
  • Hydropower Systems;
  • Municipal Official / Secondary Plan Reviews; and,
  • Expert Testimony.

Social Media

 
LinkedIn 
YouTube

Client Testimonials

Intact Centre on Climate Adaptation

The Intact Centre on Climate Adaptation (ICCA) is a national applied research centre that focuses on mobilizing practical and cost-effective solutions to address climate change and extreme weather events. To this end, the ICCA is an incubator of new adaptation ideas, conducting research, knowledge mobilization and promoting initiatives aimed at de-risking the negative impacts of a changing climate and extreme weather. One of ICCA’s concerns is a growing uninsurable housing market in Canada relative to sewer backup.
 
ICCA believes the advanced technology and features of the SafeSump system can be instrumental to mitigating basement flood potential.  I have one of the first prototypes of the SafeSump system installed in my home. I have interacted directly with the start-up founder. I view him as entrepreneurial and passionate, and have met other members of his team with whom I was similarly impressed.  I am also familiar with Greenland Consulting Engineers, and congratulate SafeSump Inc. on their choice to create a joint “SafeSump” venture with Greenland.
 
ICCA looks forward to a supportive relationship with SafeSump Inc. upon the larger scale availability of their much-needed technology.

Dr. Blair Feltmate
Head, Intact Centre on Climate Adaptation
Faculty of Environment
University of Waterloo

October 6, 2016
 

NRC-IRAP

I am writing to acknowledge the completion of a successful R&D project funded by the National Research Council’s Industrial Research Assistance Program (NRC-IRAP).

Your firm’s performance on the project was excellent, and your team was a pleasure to work with.

The CANWET product that you have commercialized since the end of the project represents a strong step forward in your field, and you should be proud.

We wish you well in the successful commercialization of the technology, and the continued growth of your firm which will contribute to the Canadian economy.

Doug Reed
Industrial Technology Advisor
NRC-IRAP

July 8, 2011
 

Agriculture and Agri-Food Canada

In March of 2013, Greenland International Consulting Ltd. completed a study for Agriculture and Agri-Food Canada to estimate nutrient loading in small catchment of about 177 square kilometers in the La Salle River watershed in southern Manitoba using the CANWET 4 model. Given uncertainties in some input data and model parameters, the preliminary results using the CANWET 4 model for baseline conditions of stream discharge, nutrient concentrations and loads were satisfactory in our project team as simulated values were within the range of observed values during the validation period.

This study suggests the CANWET 4 modeling approach could be used to predict changes to nutrient loads from changing land use scenarios in watersheds of this region.

Jason Vanrobaeys
Senior Land Resource Specialist
Agriculture and Agri-Food Canada

 

Corporate Partnerships & Associations

Partnerships and Accreditations