Core Insights - Canada Nickel Company Inc. has announced the next phase of its strategic partnership with NetCarb, focusing on new product opportunities and the development of a zero carbon industrial cluster in Northeastern Ontario [2][4] - The collaboration aims to utilize NetCarb's advanced carbon sequestration technology to capture and store carbon dioxide from the Crawford Nickel project tailings while generating valuable by-products [2][3] Strategic Partnership and Technology - The partnership with NetCarb is seen as a pivotal step in advancing Canada Nickel's initiatives, with a focus on assessing the technical and economic viability of potential products derived from tailings [3][4] - The NetCarb process is estimated to sequester up to ten times more CO2 compared to Canada Nickel's proprietary IPT Carbonation process, while also producing by-products like hydrogen and magnesium [3][13] Product Development and By-Products - The joint development program will concentrate on three main areas: blue-green hydrogen, low-carbon fertilizers, and magnesium-based products, alongside enhanced carbon removal using local biomass [6][9] - Each tonne of Crawford tailings has the potential to store approximately 300 kg of CO2 and produce 55 kg of hydrogen, which can be further processed into 310 kg of ammonia or 545 kg of urea [7][10] Local Biomass and Energy Production - Northeast Ontario has significant biomass harvesting capacity, which can be utilized to produce biofuels or generate energy, contributing to a net carbon negative process [9][10] - The partnership aims to leverage local biomass to reduce the carbon footprint of downstream processing facilities, enhancing regional self-sufficiency in fertilizers [9][10] Future Steps and Funding - Canada Nickel and NetCarb plan to submit funding proposals to various agencies throughout 2025, aiming to complete lab-scale work on targeted processes in 2026 [14] - Successful development of these processes is expected to lead to identifying strategic partners for pilot-scale demonstrations in 2027, with the goal of full commercialization [14]