Non-technical Summary1.1 Project Title:Evaluation of the Deep Geothermal Potential of Baker Lake, Nunavut, Canada1.2 Lead Researchers and Affiliation:Pr. Jasmin Raymond, Dr. Mafalda Miranda, Ysaline Bacon1.3 Research Questions:We aim to assess the deep geothermal potential of Baker Lake at the request of the Qulliq Energy Corporation (QEC). Our goal is to complement Respec's geothermal exploration project for QEC by addressing the following questions:Can the geothermal resources beneath Baker Lake meet the community's heating and electricity needs?Are the deep geothermal resources in Baker Lake obtainable at a competitive cost?To answer these questions, we plan to conduct fieldwork, laboratory analyses, numerical modelling, and life-cycle cost analysis. These cost-effective tools will provide a preliminary assessment of Baker Lake's deep geothermal potential.1.4 Research Objectives:This project aims to assess Baker Lake's geothermal potential by identifying key parameters that need more information to mitigate future risks. Objectives include studying local geology, characterizing thermophysical properties of rocks, evaluating geothermal potential, developing numerical models, and analysing life-cycle costs. The results could support geothermal development in the north and contribute to a thermo-hydro-mechanical properties database. The goal is to promote sustainable energy independence while respecting the environmental and social values of the Baker Lake community.1.5 Where, When, and Duration of Field Research:Field research is scheduled for the summer of 2024 (between June 1, 2024, to September30, 2024) and will be conducted within a limited area (less than 10 km) surrounding theBaker Lake community. The fieldwork is expected to span over three weeks.1.6 Methods for Fieldwork:Research methods include fracture studies, geological mapping, and surface rock sample collection. Fracture data will be gathered through linear scanline and rectangular window sampling methods. Linear scanline involves measuring attributes of fractures intersecting a tape laid on an outcrop. Rectangular window sampling uses a rectangle placed on an outcrop to measure selected fracture attributes within the area. Surface rock samples will be collected using a geological hammer.1.7 Environmental, Wildlife, and Societal Impacts:With no drilling planned, we expect minimal environmental and societal impacts from our research. Our field activities will be conducted quietly and with utmost respect for the environment. Despite the research's proximity to the community, no impacts on wildlife are expected. Regarding social impact, Baker Lake has already experienced Respec's work in December 2022, which involved engaging in dialogue with residents. Based on this, we anticipate a positive community response. Additionally, we'll conduct follow-up activities with the Qulliq Energy Corporation (QEC). This collaboration is crucial, as QEC could potentially use our findings, in partnership with the community, to advance geothermal resource development if desired by the community. This proactive approach underscores our commitment to transparent communication, community engagement, and potential collaboration for the benefit of Baker Lake and its residents..1.8 Data Storage and Management:The results obtained from the 2024 fieldwork will remain within our institution until their public release in spring 2025, in the English language.1.9 Involvement of Nunavut Residents:The Baker Lake community will be actively engaged in the research by sharing their expectations and limits. Their preferences for heating and energy sources will contribute to building a realistic model for assessing the potential and feasibility of installing a geothermal heating system within the community.1.10 Communication of Research Results in Nunavut:Research findings will be shared with Baker Lake through a non-technical report. We maintain open communication with our team and invite future collaboration. This project aligns with environmentally responsible practices, meeting the community's specific needs for a sustainable energy solution while preserving local values.