2019

  • Update - “Collingwood, Ontario’s Hume Innovation (Accelerator) Hub and Future GREENLAND® Group HQ”: Located in the heart of Collingwood, Ontario, the Hume Innovation Hub will be a regional tech accelerator and community-oriented business centre. To initiate the development process, ACK Architects has recently been retained to work with the project’s developer. The firm will assist to finalize the site plan and initiate thereafter the building permit phase. External building layout alternatives will also be prepared to make the final selection. Details will then be used to determine the best variety of professional offices and commercial spaces available in the new landmark mid-rise building located on Hume Street – one of Collingwood’s gateway entrances. Finally, GREENLAND appreciates having the Cortel Group as the project’s developer. One of many ongoing signature GTA Ontario projects by the Cortel Group can be seen at this video link.


  • GREENLAND® is invited by the 2019 A.D. Latornell Conference (http://www.latornell.ca) Committee to present at its annual event later this year. This summer, a similar green technologies session invite was also received from the Association of Municipalities of Ontario (AMO) to present at its annual conference this August in Ottawa, Canada.  
 
  • This summer, The Council of the Great Lakes Region and Pollution Probe published a timely report, “Water Management and Big Data: An Examination of Opportunities and Approaches to Leverage Data Science, Analytics and AI to support Watershed Planning and the Health of our Great Lakes’ Ecosystem”. Funded by the RBC Foundation, the report presents highlights and recommendations from the Watershed Planning and Big Data workshop convened by the two (2) organizations in February 2019. Stakeholders from the north shore of Lake Ontario gathered to discuss how to best leverage latest innovations in the area of data analytics, modelling and artificial intelligence (AI) to generate deep insights about the world around us and knowledge that policy-and decision- makers need at their fingertips to protect watersheds in the Great Lakes Basin, while also managing land use planning and supporting sustainable economic development. GREENLAND® staff also attended the workshop and served as the project team’s technical advisor and report peer reviewer. The press release and full report can be accessed from the Council's website here. The Council and Pollution Probe will continue working together with other supporters to protect the Great Lakes and to identify policy options and measures to increase environmental protection and human health.
 
  • GREENLAND® is retained to prepare integrated “Grey - Green” water/ wastewater infrastructure master development plans that will have regard for best available science and climate change impact considerations. Further announcements about the proposed landmark communities (in Ontario) will be provided at a later date.
   
  • This web link connects to the latest GREENLAND® demonstration video of its Internet ISWMS™ flood forecasting, floodplain mapping & flood risk prediction platform. ISWMS™ was completed in late 2018 to combine open source weather forecast data with open source GIS capabilities, as well as industry standard river models – including, HEC-HMS and HEC-RAS. Basin models in Canada are now operating. Other watersheds with new machine learning (AI) capabilities will be coming online this year. Finally, it was appropriate the background video music was also by a band of GREENLAND® – University of Guelph (Canada) graduate engineers and who recorded the music in a “solar powered log cabin”.
 
  • GREENLAND® staff present at two (2) premier national conferences hosted by the Canadian Water Resources Association and Canadian Water Network. Both presentations focused on key insights from the company’s Internet river basin AI platform projects and partnerships.
 
  • GREENLAND® was awarded a five (5) year contract to support the University of Alberta to develop an Internet – GIS Cumulative Environmental Effects platform. The initial (Year 2019) phase will focus on three (3) outcomes affecting Alberta’s Oil Sands Region and river basin priorities - water quantity, air quality and pipeline spills. The project team also includes the Gordon Foundation. This NGO is dedicated to working with Indigenous Peoples to protect Canada’s watersheds and partnering on basin monitoring programs. In order to achieve the initial milestones, GREENLAND® will use its second-to-none Decision Support System "toolbox" and in-house platform team expertise. Existing web-based tools (e.g. THREATS™) will be further advanced to include new data and analytics.
 
  • GREENLAND® is awarded a Municipal-wide Stormwater Management Planning and Design Project by the Town of Collingwood, Canada.
 
  • GREENLAND® is awarded a Stormwater Management Facility Retrofit Planning and Design Project by the City of Peterborough, Canada.
     
  • GREENLAND® is awarded river basin flood protection and floodplain mapping projects with funding assistance from Canada’s National Disaster Mitigation Program. All projects also include Ontario Conservation Authorities and Municipalities. Finally, the projects will utilize proprietary Decision Support Systems, including ISWMS™ and THREATS™.
 
  • GREENLAND® is retained by municipality clients in Canada to assist with the preparation of water / wastewater infrastructure and land development engineering standards – including, Green Infrastructure and Low Impact Development (LID) practices that also have regard for best available science and climate change impact considerations. 


Social Media

 
LinkedIn
YouTube

Client Testimonials

Township of Adjala-Tosorontio

As Chief Administrative Officer for the Township of Adjala-Tosorontio, I would like to commend Greenland on their successful completion of the Everett Secondary Plan Master Servicing Plan and Class Environmental Assessment.
 
The level of service and timely delivery of all reports, analyses and correspondence was greatly appreciated by Township staff. Greenland’s innovative solutions and prompt responses to issues raised by the Town Staff Approvals Agencies and the affected public throughout the EA Process were very important, and we look forward to working with your team on future projects.

To that end, our team at the Township of Adjala-Tosorontio would be pleased to provide references for your firm on similar projects in future

Eric Wargel
Chief Administrative Officer
The Corporation of the Township of Adjala-Tosorontio

April 16, 2013
 

Six Nations Council

On behalf of the Environment Office of the Six Nations of the Grand River, we would like to thank Greenland International Consulting Limited for the work completed to prepare the Master Drainage and Flood Remediation Plan (MDFRP) for the McKenzie Creek watershed. This plan has now enabled our office to identify the flood prone residences throughout the watershed with the flood plain mapping that has been prepared as part of this assignement. We appreciate the role that Greenland has played in assisting our office in directing Public Works with prioritizing the remedial projects to be completed in the flood prone areas. 

We also appreciate Greenland's effort in assisting the Six Nations of the Grand River with the preparation of funding applications to secure the resources to complete these remedial works. We are convinced that this MDFRP can be used as a template for completing similar drainage and flood remediation works both locally and in other First Nations lands. 

We look forward to working with your company again in the near future on the remaining watersheds that need this important work done. 

Thank you for your ongoing assistance. 

Clynt King 
Environmental Technician 
Six Nations Council Environment Office 

July 25, 2016
 

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

Partnerships and Accreditations