Thank you, Mr. Chairman.
Mr. Chairman, members of the committee, as a research manager with Environment Canada's emergencies science and technology section of the science and technology branch, I oversee a research and development program to study the fate, effects, and behaviour of spilled chemicals on the environment. A major focus of this program is the study of oil and related petroleum products.
Before I provide details on the oil spill research and development program, I would like to describe to you Environment Canada's role in responding to an oil spill.
As the committee will be aware, responses to oil spills in Canada are always a combined effort of industry, non-governmental organizations, and federal, provincial, and municipal governments, depending on the location and scale of the event.
Environment Canada's role in the event of an oil spill is to provide scientific and environmental advice to the lead federal agency managing the spill. As the committee will be aware, in the case of an offshore oil and gas development in the Arctic, the lead agency would be the National Energy Board. In Atlantic Canada the lead agency would be either the Canada-Newfoundland and Labrador Offshore Petroleum Board or the Canada-Nova Scotia Offshore Petroleum Board.
Regional environmental emergencies teams, or REETs, chaired or co-chaired by Environment Canada, exist in every part of the country to provide consolidated scientific and environmental information from federal, provincial, or municipal agencies, universities, and industry representatives with expertise in emergency matters. During the management of a particular spill, the REET is always convened to provide advice at the request of the lead federal agency. Much of the advice provided to the REETs originates from the emergencies science and technology section, which I manage.
Environment Canada's environmental emergencies program and the research component were established under a 1973 cabinet directive on environmental emergency activities. Under this directive, the R and D component of the program undertakes to "develop, evaluate, or test new equipment and techniques, and develop an integrated technology program to improve preventative measures and ensure that field operators are trained in new techniques".
The program, through the emergencies science and technology section, carries out R and D on the fate and effects of chemicals on the environment resulting from emergency spill situations. The scientific knowledge generated is disseminated through published documents such as guidelines, technical seminars, and training courses for responders and partner agencies.
Environment Canada collaborates widely with Canadian and international government, industry, and academic partners on oil spill response research and development projects. Many of these collaborations have existed since the early 1970s. Some of the early research activities related to the Beaufort Sea project have already been reported to this committee by Dr. William Adams.
In 1976 the Government of Canada funded the five-year Arctic marine oil spill program, or AMOP, which was administered by Environment Canada. The objective of AMOP was "to develop oil spill countermeasures for use in offshore Arctic waters". The targeted result of the program was to be greater knowledge for operational agencies such as the Canadian Coast Guard and oil company cooperatives to acquire skills and equipment to deal successfully with a spill in Arctic waters. AMOP carried out feasibility studies, equipment design work, and in some cases the development of prototype systems.
As a way to communicate the findings of AMOP, a technical seminar was organized in 1977. The AMOP technical seminar has been held on an annual basis since that time, and is unique in that it is the only peer-reviewed international scientific forum focusing on research activities related to oil spills in all environments.
Since 1983 the emergencies science and technology section has also hosted the technical seminar on chemical spills, or TSOCS, which focuses on research activities related to spills of chemical materials.
Beginning in 2002, AMOP and TSOCS were combined into one peer-review process, and in the ensuing years the separate AMOP and TSOCS proceedings were published under the AMOP banner. To reflect the combined nature of these technical seminars, AMOP and TSOCS are now known as the AMOP technical seminar on environmental contamination and response. The 33rd annual AMOP was held last week in Halifax, Nova Scotia, June 7 to 9. Most of the significant oil spill research studies conducted around the globe are presented and discussed by international researchers and spill responders annually at AMOP.
Since AMOP was established, in 1976, Environment Canada has continued to fund an oil spill research program that has focused on the following areas.
One: the physical and chemical properties of oil and related petroleum products. We have a database that includes hundreds of Canadian and international oils, including Gulf of Mexico oils.
Two: the forensic analysis of fresh and weathered crude oils to determine the source of the spilled oil, which is important for the enforcement of Canada's environmental laws.
Three: the fate, effects, and behaviour of spilled oil, including trajectory modelling.
Four: oil spill countermeasures, including mechanical recovery, chemical treating agents, in situ burning, and natural attenuation.
Five: evaluation of the effectiveness and toxicity of spill treating agents, such as dispersants, solidifiers, and shoreline treating agents.
Six: oil-sediment interactions.
Seven: the study of water-in-oil emulsion formation and stability.
Eight: the development and evaluation of oil spill remote sensors, including a system that provided the world's first absolute measurement of oil slick thickness on water. This knowledge is important for the effective direction of spill countermeasure resources.
Nine: the development and evaluation of oil-under-ice detectors.
Ten: the evaluation and modification of mechanical recovery equipment, such as booms, skimmers, and heavy oil pumps.
Eleven: extensive laboratory studies, meso-scale and full-scale, on ocean in situ oil burning to measure related burn emissions, residue compositions, and dissolution into the water column. Environment Canada has developed significant expertise in the field of in situ burning, with over ten years of laboratory and field experience, including the 1993 Newfoundland offshore burn experiment. Scientists from a number of U.S. federal agencies recently contacted Environment Canada so that we could provide scientific advice on in situ burn air emissions associated with the Deepwater Horizon oil spill incident.
Twelve: shoreline cleanup and assessment of oil contamination, including fate and effects on shorelines--the shoreline cleanup assessment technique, or SCAT, which characterizes shorelines prior to and following an oil spill--cleanup techniques, ecological effects and recovery, and the development of decision-making aids and protocols.
Thirteen: oil spill sorbent evaluation.
And fourteen: the development of oil spill countermeasure standards, such as ASTM standards, which evaluate the effectiveness of commercially available countermeasures, allowing for informed decisions by spill responders.
In summary, my role as research manager is to communicate with domestic and international government organizations, academia, industry, oil spill responders, non-governmental organizations, and the public to identify oil spill research needs and establish priorities for future activities. These priorities are then used to direct oil spill research and development activities at Environment Canada, disseminate these findings, and provide advice to the lead federal agency managing a spill.
Members of the committee, I would like to thank you for your attention. I'm available to answer any questions you may have.