Canadian Electricity Association Applauds M.P. Randall Garrison for Tabling Bill to Deter Copper Theft in Canada

OTTAWA, Ontario - June 3, 2014. Today, Member of Parliament for Esquimalt – Juan de Fuca, Randall Garrison introduced a Private Members Bill that aims to amend the Criminal Code of Canada so it accurately reflects the severity of copper theft from critical infrastructure.

“The introduction of this bill is a positive development,” said Jim Burpee, President and CEO of the Canadian Electricity Association (CEA). “Given the high price of copper, copper thefts are on the rise. These thefts pose a real and significant threat to the safety of Canadians and the reliability of our system.”

CEA began the national discussion on copper theft on March 3, 2014 by launching a policy paper that highlighted the consequences of copper thefts across the country and outlined four detailed recommendations.

The bill tabled today seeks to define and add consideration of copper stolen from critical infrastructure, enabling the crime to be considered mischief instead of a minor theft. This change intends to ensure that guilty parties are liable for all damages related to the theft, not only the cost of copper stolen, which is currently the case.

Copper Theft is Dangerous, Expensive and a Threat to Reliability.

Since 2010, media reports show that many people have suffered serious injuries from copper theft and tragically eight people have lost their lives. While costly to the electricity sector, approximately $40 million each and every year, copper theft is also costly to other sectors and businesses across the country. Additionally, these thefts pose a significant threat to the reliability of Canada’s electricity system, putting Canadians in vulnerable situations such as loss of access to 9-1-1, medical care, and other critical services.

To read more about the impacts of copper theft in Canada, including CEA’s recent policy paper, Copper Theft to Canada’s Electricity Infrastructure: Dangerous, Expensive and a Threat to Reliability, please click here.