COSIA's GHG Project Research
The documents below relate to Greenhouse Gases projects that COSIA is involved in with external partners.
To view all categories please visit our main Project Research page.
Hydrogen from Hydrogen Sulphide
DeLude Consulting Inc. was engaged by COSIA to provide a technology scan and evaluation of the potential future options for producing hydrogen from hydrogen sulphide. Each independent scan approach yielded acceptable results with significant overlap of identified technologies. The use of the combined approach has some value in providing assurance that the scan is comprehensive. The combined technology scan results identified a wide variety of potential technologies / approaches for the generation of hydrogen from hydrogen sulphide.
Delude Consulting Inc.
Advanced Steam Generation: Technologies for Canadian Oil Sands
Members of COSIA’s GHG Environmental Priority Area seek to identify promising alternative steam generation technologies that can be used in Canadian oil sands operations to reduce greenhouse gas emissions. COSIA undertook research to identify these technologies, undertaking a world-wide search to analyze the technology space and identify providers that are well positioned to bring the technology to market. The study focuses mainly on SAGD.
Scan and Evaluation of Natural Gas Decarbonization Technologies
In an effort to reduce GHG emissions from steam boilers, COSIA’s GHG EPA members are seeking to better understand the landscape of natural gas decarbonization pathways and technologies.
In 2015, COSIA commissioned Alberta Innovates to generate the report “A Review of Natural Gas Decarbonization Technology for Application in SAGD Steam Generation” which provided a review of the technologies COSIA had received through its Environmental Technology Assessment Portal (E-TAP). This largely consisted of different processes to partially oxidize natural gas into carbon and synthesis gas. COSIA wished to identify all thermodynamic pathways available to decarbonize natural gas and thus commissioned this work. This study looks to understand the current state of knowledge on the different classes of technologies as well as build off the previous work done to date.
Development of a Steam Assisted Gravity Drainage Reference (SAGD) Facility
COSIA seeks to inspire and stimulate creative new ideas to reduce the environmental footprint and improve efficiency associated with SAGD production technologies. COSIA uses flow diagrams to facilitate the evaluation of greenhouse gas (GHG) reduction opportunities by providing a common basis of understanding for prospective technology developers.
This report was prepared for COSIA following the development of flow diagrams to help technology vendors to become more familiar with SAGD operations, including the material and energy balances for various reference configurations in Central Processing Facilities. The report is intended to support technology vendors in identifying how their technologies might integrate with existing SAGD facilities, assist with quantifying the potential GHG and water benefits of their technology, and help with presenting proposals to COSIA.
Energy Efficiency Technology Scan for Oil Sands Activities
Minimizing natural gas and electricity consumption is of major importance in order to ensure the economic viability and environmental performance of in situ oil sands production. In this context, COSIA sought support in identifying energy efficient technologies relevant for in situ oil sands operations.
COSIA asked: “What are the most promising technologies among those covered by energy efficiency funding programs and research institutes, able to address specific in situ oil sands energy efficiency challenges in the short and medium term?”
A large number of energy efficiency technologies (62 technologies) potentially relevant for oil sands operations have been identified through the study.
A Review of Natural Gas Decarbonisation Technology for Application in SAGD Steam Generation
Fossil fuel decarbonisation is often positioned as an alternative to CO2 capture and storage (CCS) for managing greenhouse gas emissions (GHG). Among the fossil fuel decarbonisation technologies, decarbonisation of natural gas is of particular interest to the oil sands because of its dependence on the combustion of natural gas for supplying heat. The objective of this study was to investigate the technical and economic feasibility of proposed technologies as alternatives to amine based post combustion CO2 capture for SAGD steam generation.
Carbon Dioxide Conversion Technologies for Oil Sands Activities
The utilization of CO2 to make products including chemicals, fuels and solids, is transformational because it converts CO2 to value added products while reducing the net emission of CO2 from an operating facility. Few CO2 conversion technologies are in the commercial use with most being in the research and development stage.
This study looks to understand the current state of knowledge on the different classes of technologies.