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What Are The Economics, Environmental And Social Benefits Of The Implementation Of A Solar Photovoltaic (pv) System Through The Alberta Indigenous Solar Program (aisp) Within Peavine Metis Settlement?
No full textOn October 2016, the Government of Alberta announced the introduction of the Alberta Indigenous Solar Program (AISP) as part of its Climate Leadership Plan (CLP). This study aims to identify the economic, environmental and social benefits of the implementation of an 85kW solar PV system within Peavine Metis Settlement, made possible by the AISP. Specifically, by using energy modeling, projections are developed in order to establish the financial performance indicators of the project as well as GHG emissions reduction. Social benefits to the community are established with a qualitative approach. Results show that the grant guarantees a strong financial performance of the project with a payback period of less than 7 years that would not otherwise be possible due to current Alberta electricity market conditions. Additionally, it is expected to reduce 1400 tCO2e of GHG in its lifetime and to bring basic training opportunities and temporary jobs for some members of the community during the construction
Cultures in Conflict: Current Archaeological Perspectives
No full textProceedings of the 20th Annual Chacmool Archaeology Conferenc
Solar Photovoltaics Analysis Of Industry Drivers And Barriers
No full textThe purpose of this study was to review the solar photovoltaic industry and examine the main drivers that are accelerating its growth and the formidable barriers that impeding it. A quicker transition to a cleaner, more sustainable energy paradigm is possible without technological breakthrough. This paper finds that in order for this to happen, the divergent energy policies that currently exist need to be changed in order to bring about a more equitable and efficient energy market in order to put the solar photovoltaic industry on an even playing field with fossil fuel fired electricity. The paper carried out an economic analysis that shows the effectiveness of feed-in tariff policies to improve the financial viability of solar PV
Electrical Generation Using Wind For Community Development In Ecuador
No full textThis project introduces an alternative for a marginalized community in the north of Ecuador to face its economic problems. The district of Mira has suffered a prorogued drought for years. Thus, agriculture, the region’s main economic activity, has decreased significantly. Unemployment, poverty and migration are consequences.
Based on the availability of wind resource in the region and the applicable legal framework, this project assesses the technical and economical feasibility of generating electricity at large scale for the Ecuadorian wholesale market. A community based cooperative could share the revenues with an interested investor. The cooperative could either use directly generated electricity for pumping, or use the economic gains to invest in an irrigation program. Additionally, the project analyses the convenience of different funding options and participation schemes for implementation, including CDMs and public-private partnerships. It was found that a 14.4 MW wind farm is feasible under the mentioned premises
What Are The Proven Utility Scale Applications For Solar Steam Systems In Alberta?
No full textThis paper will assess What are the proven utility scale applications for Solar Steam systems in Alberta? Although Alberta does not have adequate sunshine to generate year-round electricity through solar technology, there is suitable irradiance to economically produce high-quality steam for use in industrial processes. Solar steam systems will empower Alberta oil industry meet its environmental commitments while providing revenues that can help recoup capital investment. This study will integrate an economic analysis as an additional dimension to energy generation potential and environmental benefits of the technology. The financial modeling will reflect the baseline cost for solar fields within NREL’s System Advisor Model. The performance-enhancing and cost-reducing model of enclosing solar mirrors in a glasshouse, proven by GlassPoint, will increase the viability of solar steam applications in Alberta. Building a solar steam generation system is seen as technically feasible, with the obstacles being mainly economic and surface right allocation
A Reduction In Canada’s Freight Transportation Greenhouse Gas Emissions By 2030 And 2050 A Scenario Analysis
No full textGreenhouse gases (GHG) from Canada’s freight transportation must be reduced by 30% to meet 2030 climate change commitments and by 80% to meet Canada’s 2050 targets. Despite the importance of this sector to Canada’s economy, there is an absence of cost-effective, low carbon options and the pathways to a low carbon future remain undefined. To explore this challenge, the historical emissions profile for rail and road transport in Canada are deconstructed and insights are used to scenario model a low carbon future with a greater share of freight shifted to rail and the energy intensity of road transportation improved. While reducing emissions by 18 Mt CO2e/yr relative to a reference scenario in 2030, the low carbon scenario failed to meet Canada’s reduction targets. The results demonstrate that for Canada to meet its long-term economic and climate change goals, development in disruptive technology, such as alternative fuel systems, is needed
Treated Effluent Reuse At Cenovus Energy Inc.S Foster Creek Site
No full textThe purpose of this project is to look at a real life environmental problem for a company and the ways in which they can innovatively come up with solutions. Cenovus currently faces an increased regulatory and economic burden with respect to their current methods of effluent disposal at their Foster Creek site. Therefore, realistic reclaimed water reuse applications are needed for the company to better deal and manage this ‘wasted’ resource. From many different perspectives (regulatory, social, economic, energy, environmental, etc.), this report attempts to portray the problem that the company faces while also posing a number of different wastewater reuse applications that are available to Cenovus. Finally, some of the better and most realistic ideas are elaborated on to show that wastewater reuse is something that can be done and is something that the company should really consider going forward
Produced Water And Flowback From Hydraulic Fracturing Operations And Options For Their Reuse
No full textAs Alberta continues to expand, there is greater strain placed on our water resources. If the province is to meet its growing water demands and maintain a sustainable and competitive economy the government will need to examine alternative water sources. Water reuse presents a potential solution to our upcoming water scarcity. Produced waters/flowback from hydraulic fracturing operations are a potential source of reusable water. Alberta must update their water management and reuse policies, legislations technologies and practices in order to meet our water and energy needs currently and in the future. This paper investigates and reviews the reuse of produced water and flowback from hydraulic fracturing operations for shale gas in Alberta and the regulatory challenges and opportunities associated with this. Specifically, it delves into the quality and quantity of produced water/flowback, potential reuse applications, and environmental considerations. The paper also reviews and compares government regulations in Canada, the United States of America, Alberta, British Columbia and California. Finally, based on the research conducted it outlines potential opportunities for reuse and provides recommendations to promote the reuse of produced water/flowback in Alberta