What You Need to Know – Further Proposed Amendments
dditional amendments to O. Reg. 153/04 have been proposed that have limited relationship to excess soil but are proposed as part of this regulatory package to provide clarity and reduce
Successful Abandonment of Legacy Oil and Gas Wells
We’re excited to share with you, on this sunny Friday afternoon, that we recently completed a successful oil and gas well abandonment project with Wiikwemikoong Unceded First Nation (Wiikwemikoong), located
New Rules Proposed…Will They Affect Your Development Plans?
In this 2 part series, we’ll shed some light on the proposed new excess soil regulation and modifications to O.Reg. 153/04.
Radon – What You Need to Know
In Canada, the health risk associated with radon gas exposure is not well known, despite the fact that it is the second-leading cause of lung cancer in Canada, after smoking.
PART 3: How to evaluate a Phase II Environmental Site Assessment (ESA) proposal
Over the last two weeks we’ve provided a list of six things that should be a part of every Phase II ESA proposal, to ensure you are getting the best
PART 2: How to evaluate a Phase II Environmental Site Assessment (ESA) proposal
In last week’s post, we discussed the first three things that should be included in every Phase II ESA proposal.
PART 1: How to evaluate a Phase II Environmental Site Assessment (ESA) proposal
Whether you manage a portfolio of properties or are looking to finally develop that parcel of land how do you know you are getting the most for your money?
3 Ways to Ensure Your Property is Ready for Refinancing
When purchasing or refinancing a commercial or industrial property, it is important to understand what lenders often require as part of their environmental due diligence.
Don’t get Fooled on April Fools!
Planning a project that will require an Environmental Impact Study?
Gas Pockets Encountered During Deep Drilling in Collingwood Area
In March, 2015, Premier retained Geo-Environmental Drilling Services Limited to install a bedrock-monitoring well to 43 meters (140 feet) below ground surface using direct push and PQ air-core methods.