Jeremy was an eco-efficiency analyst with the Pembina Institute's Corporate Consulting group until 2011.
He provides technical analysis for life-cycle value assessments for decision-making. Jeremy's other projects include conducting research into practices and strategies for sustainability, evaluating the performance of current and proposed oilsands projects, and quantifying the relative benefits of different artificial lift technologies. Assessing and evaluating emerging technologies is also a key focus of Jeremy's work. His technical background includes experimental mining equipment design and production, as well as experimental data analysis. He has experience and knowledge in energy systems, water management and solid-waste management. Jeremy holds a bachelor's degree in mechanical engineering from McGill University.
Jeremy Moorhouse's Recent Publications
Life cycle assessments of oilsands greenhouse gas emissions
This backgrounder provides a general overview of life cycle assessment and examines the various analyses of oilsands greenhouse gas emissions conducted to date, and concludes with a recommended checklist for performing a robust life cycle assessment of oilsands greenhouse gas emissions to inform public policy decisions.
Green Power Programs in Canada — 2007
Companies, utilities and governments that recognize the benefits of green power have developed policies and programs to offer, encourage or require green power. This report examines green power in Canada in 2007.
Powering the Future Why Your Next Car Might Be Electric (Fact Sheet)
In 20 years, one in every three vehicles on B.C.'s roads could be electric, but to get there we need governments to continue taking steps to ensure the right infrastructure and incentives are in place.
Powering the Future Why Your Next Car Might Be Electric (Backgrounder)
In 20 years, one in every three vehicles on B.C.'s roads could be electric, but to get there governments need to continue taking steps to ensure the right infrastructure and incentives are in place.
Underground Coal Gasification Environmental Risks and Benefits
Pembina completed a preliminary review of the environmental risks and benefits of underground coal gasification, where the coal locked underground is converted into a gas, known as synthesis gas or syngas, that can be extracted at the site without mining. The report concludes that a pilot project in Alberta seems like a necessary next step to understand how mitigate the risks of the technology and determine if the considerable benefits can be realized.