2018-2019 Research Plan
MARKET REVIEW OF NATURAL GAS LIQUIDS IN WESTERN CANADA
This study conducts qualitative and quantitative analysis to understand how different market factors could foster or constrain Western Canadian Natural Gas Liquids (NGLs) market development. An in-depth analysis of the Western Canadian NGLs market strengths, weaknesses, opportunities, and threats (SWOT), at the industry level, as well as for each commodity was conducted. A large contributing part of the study were interviews with businesses, governments, regulatory agencies and associations which shared their views regarding the further development of the market.
Study Released: November 2018
ECONOMIC AND ENVIRONMENTAL IMPACTS OF METHANE EMISSIONS REDUCTION IN THE NATURAL GAS SUPPLY CHAIN
This study will quantify the economic and environmental impacts of methane emissions reduction throughout the full supply chain of natural gas. The gas supply chain is broadly divided into upstream, midstream and downstream segments where sources of methane emissions are identified, and mitigation technologies are assessed on cost and emission mitigation basis. The analysis includes three abatement scenarios: maximum emission reduction, uniform reduction and optimal reduction. The study will also include a discussion of hydrogen additions to the natural gas stream and methane release and capture from municipal solid waste facilities and other similar location
Study Released: January 2019
ECONOMIC AND GREENHOUSE GAS EMISSIONS IMPACTS OF ALTERNATIVE TRANSPORTATION SCENARIOS FOR CANADIAN CITIES
Transportation is an energy service that is essential for the functioning of social and economic systems. Fuels consumed for transportation — mostly gasoline and diesel — is almost exclusively derived from fossil energy sources. As such the transportation sector is a significant contributor to anthropogenic greenhouse gas (GHG) emissions. While transportation emissions are from dispersed vehicles, most of the GHG emissions from transportation, particularly those from passenger transportation, is concentrated in urban centers. That has led to many cities around the world, including many in Canada, to explore alternative options to reduce GHG emissions from transportation. These options include fuel and vehicle technology switching, improving vehicle fuel economy, changing operating practices, and reducing transportation demand through urban planning. This study assesses GHG emissions, and economic implications of alternative solutions to reduce fuel demand and emissions at the municipal level passenger and freight transportation.
The study is developed around four scenarios that represent alternative transportation options for urban centers. These scenarios provide insights into the implications of the status quo, increasing vehicle efficiency, changing driving behavior, and transportation fuel/technology switching, where urban vehicle stock is transitioned from conventional vehicles to one dominated by battery electric vehicles and hydrogen-powered fuel cell electric vehicles. The analysis in this study focuses on four Canadian cities, namely: Calgary, Ottawa, Halifax, and Yellowknife.
Study Released: March 2019
ECONOMIC AND EMISSIONS IMPACTS OF FUEL DECARBONIZATION
This research will focus on the economic and environmental impacts of potential fuel decarbonization policies. It will consider the impacts on the agriculture, oil and retail gasoline sub-sectors. The project will document the emissions reduction expected from different carbon intensity reduction scenarios and what the retail pricing impacts might be.
Study Released: May 2019
THE BUSINESS CASE FOR ELECTRICITY STORAGE SYSTEMS
Electric energy storage (EES) systems are in a rapid development phase. They are considered as critical to enabling the transition to a cleaner, more versatile electric power system. The most common application of EES is arbitraging variable generating sources such as solar and wind and matching them with the demand. However, there are numerous other applications of EES in traditional and modern grids, such as ramping, black start, demand response, voltage support, etc. The perceived benefits of EES have led to new EES technology developments, demonstration projects and research projects that quantify the benefits of EES systems. Despite these developments, implementation of EES systems have been limited to demonstration projects and significant uptake of EES has not been observed. The high capital costs of EES systems have been identified as one main barrier to deployment. In addition to the capital costs, other non-technical barriers include some regulatory treatments of EES that may prevent them from tapping into multiple revenue streams and limitations of evaluation methods utilized to quantify benefits of EES.
This study will evaluate the full value of EES by applying a techno-economic modelling framework to electric power systems of Canadian provinces. The study intends to provide insight into market opportunities for different storage technologies, attrtibutes different technologies should carry to provide intended services and contributions of EES to achieve energy, environmental and economic goals set by different provinces.
Study Released: June 2019
SUPPLY COSTS AND EMISSION PROFILES OF PETROCHEMICAL PRODUCTS IN SELECTED HUBS
This study quantifies GHG emissions from petrochemical processes and evaluates supply costs of products from various processing pathways and petrochemical hubs. The hubs assessed are located in Alberta, Ontario, Texas (US), and South Korea. In assessing supply costs and emission profiles, CERI examined 5 feedstock types, including ethane, propane, ethane/propane mix, LPG, and naphtha.
Study Released: June 2019
CANADIAN OIL SANDS SUPPLY COSTS AND DEVELOPMENT PROJECTS (2019-2039)
As part of an annual update, this study will conduct a 20-year production forecast of oil sands bitumen and Synthetic Crude Oil (SCO). In addition to updating the production outlook, supply costs of oil sands projects and GHG emissions profile, economic impact analysis will be evaluated using Input/Output models for Canadian and US impacts.
Study Released: July 2019
CANADIAN CRUDE OIL AND NATURAL GAS PRODUCTION, SUPPLY COSTS, ECONOMIC IMPACTS AND EMISSIONS OUTLOOK (2019-2039)
As part of an annual update, this study will examine the next 20 years of Canada’s conventional crude oil and natural gas industries, including production forecasts, supply costs and GHG emissions profile. This study covers onshore and offshore conventional oil, including shale and tight oil activity, conventional natural gas, coalbed methane, tight and shale gas, and the associated natural gas liquids (pentanes plus and condensate only), but does not include oil sands. Also, to updating the production costs and production forecast, economic impact analysis will be developed using Input/Output models for Canadian and US impacts.
Study Released: July 2019
- Maintenance of CERI Models and Programs - Ongoing maintenance and upgrading of CERI computer models and programs.
- Maintenance of CERI Databases - Ongoing maintenance and upgrading of CERI databases.
- Natural Gas Report - Research and updating of CERI’s quarterly Natural Gas report, the results of which are used in other ongoing
- Oil Report - Research and updating of CERI’s quarterly Oil report, the results of which are used in other ongoing
- Electricity Report - Research and updating of CERI’s quarterly Electricity report, the results of which are used in other ongoing
Geopolitics of Energy - a monthly journal on geopolitical developments affecting global energy markets. It provides analysis, information, perspectives and fresh ideas on the political and economic factors affecting energy and their impact on national energy policies, the international environment and prices.
*Study titles and completion dates subject to change
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