2026

For over two decades, GREENLAND® has served Ontario growth-designated municipalities and Conservation Authorities as Engineer-of-Record, Roster Engineer, Model Keeper, and/or Peer Review Engineer — and was recently procured by Infrastructure Ontario (IO) and Ontario Clean Water Agency (OCWA) for new long-term Vendor of Record agreements. GREENLAND® is honoured to be reselected through competitive 5-year contract renewals, including expanding upon past services for the Town of Penetanguishene.

In May 2026, GREENLAND® was retained to develop a City-Wide Stormwater Master Plan for the City of Stratford — replacing outdated foundational planning documents and aligning with Ontario's latest MCEA Detailed Master Planning process. The plan will characterize existing network performance, identify deficiencies, and establish a prioritized roadmap to address current and future climate and growth challenges.

Since 2023, GREENLAND® has completed watermain and forcemain condition assessment projects across Canada, including transmission main work for Union Water Supply System Inc. and additional projects in the Ottawa Region. Earlier this year, GREENLAND® was selected to OCWA's 8-year Vendor of Record roster for environmental engineering services, including specialty watermain, sewage, and stormwater forcemain condition assessment support.

In Spring 2026, Urban Watershed Group Ltd. completed civil engineering support — on time and on budget — for the revitalization of Centennial Park and initial FIFA World Cup 2026 phases in Toronto. Further design and construction phases will continue following the July festivities. For more details, refer to the project profile or visit the City's Centennial Park Project Updates website.

Since 2022, GREENLAND® has collaborated with the Alberta Water Council (AWC) on Source Water Protection, deploying its THREATS™ platform to centralize data and risk assessment tools for Alberta's drinking water. Following platform completion in January 2026, GREENLAND® was retained as long-term Model Keeper. AWC project details and the THREATS™ video are available online, along with a full project profile here.

The Orbit is a smart city development anchored around a Metrolinx GO Station, designed to grow to a population of 150,000. For over a decade, Urban Watershed Group Ltd., in association with GREENLAND®, has provided complete site plan design engineering and construction administration services. For further details, refer to the project profile.

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Mississippi Valley Conservation Authority

On behalf of the Mississippi Valley Conservation Authority, we would like to thank you and your consulting firm for your technical capacity in completing the CANWET model with baseline conditions in our watershed.

I have worked closely with Greenland Consulting Engineers (Greenland) over the past two years as part of this project. We also value your staff’s ability to troubleshoot issues and respond on time. Greenland’s commitment, thoroughness, and professionalism have led to the success of this project with the addition of a new routine to the CANWET software.

It has been a great pleasure to work with Greenland and we look forward to using your expertise again in the near future.

Sobhalatha Kunjikutty, Ph.D, P.Eng.
Water Resources Engineer
Mississippi Valley Conservation Authority
February 19, 2015

Cortel Group

Greenland and Dr. Goss also played an important role in identifying issues with the initial study proposal.

This led to the Province and Williams Treaty First Nations reaching a resolution based on manageable terms.

With thanks,

Elsa Fancello
Project Manager
Cortel Group (Vaughan, Canada)
November 20, 2024

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

2026

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