お知らせ • 19h
Telescope Innovations Corp. Announces Appointment of Dr. E. Neil Lewis to the Board of Directors, Effective August 19, 2026 Telescope Innovations Corp. announced the appointment of Dr. Neil Lewis to its Board of Directors (the "Board"), effective August 19, 2026. Dr. Lewis received his PhD in chemistry from the Polytechnic of Wales in the UK and did his postdoctoral fellowship at the National Institutes of Health (NIH) in the USA. He was tenured by the NIH in 1992 holding the position of Senior Biophysical Researcher. He is a Fellow of the Royal Society of Chemistry (FRSC) and a Chartered Chemist (CChem) also conferred by the Royal Society of Chemistry. He is also a Fellow of the Society of Applied Spectroscopy. Dr. Lewis was the founder or co-founder and CEO of three technology companies, including Spectral Dimensions Inc., a company that developed chemical imaging systems for use by the pharmaceutical and other industries. He has authored more than 100 peer reviewed papers and book chapters and is the holder of numerous patents for other novel technologies currently in use by the analytical industry. お知らせ • Jul 16
Telescope Innovations Corp. Announces Resignation of Ali Pejman as Board of Directors, Effective 14 July 2026 Telescope Innovations Corp. announced that Ali Pejman has resigned from the Company's Board of Directors ("Board"), effective 14 July 2026. Mr. Pejman will remain engaged as a consultant to the Company, pursuant to a consulting agreement to be entered into shortly after Mr. Pejman's resignation. The Board continues to actively search for a qualified candidate to fill the resulting vacancy and will announce the appointment of a successor in due course, in accordance with applicable securities laws and the policies of the Canadian Securities Exchange (the "CSE"). お知らせ • Apr 07
Telescope Innovations Corp., Annual General Meeting, Jun 15, 2026 Telescope Innovations Corp., Annual General Meeting, Jun 15, 2026. お知らせ • Oct 15
Telescope Innovations Corp. announced that it has received CAD 6.5 million in funding On October 14, 2025, the Telescope Innovations Corp closed the transaction by issuing 5,186,816 common shares of the company at a price CAD 0.25 for the proceeds of CAD 1,296,704 in second and final tranche. A finder’s fee in the amount of CAD 3,500 has been paid by the Company. お知らせ • Jul 04
Telescope Innovations Corp. announced that it expects to receive CAD 5 million in funding Telescope Innovations Corp announced a non-brokered private placement of 20,000,000 shares at issue price CAD 0.25 per share for gross proceeds CAD 5,000,000 on July 3, 2025. The transaction is subject to compliance with applicable regulatory requirements お知らせ • Feb 24
Telescope Innovations Corp., Annual General Meeting, Apr 23, 2025 Telescope Innovations Corp., Annual General Meeting, Apr 23, 2025. お知らせ • Feb 05
Telescope Innovations Corp. announced that it expects to receive CAD 3 million in funding Telescope Innovations Corp. announced a non-brokered private placement of 7,500,000 units at a price of CAD 0.40 per unit for the gross proceeds of CAD 3,000,000 on February 4, 2025. Each unit will consist of one common share of the Company and one common share purchase warrant. Each warrant will entitle the holder to purchase an additional common share at a price of CAD 0.75 for a period of thirty-six months. In connection with closing of the Offering, the Company may pay finders’ fees to eligible parties who have assisted in introducing subscribers to the Offering. Completion of the Offering remains subject to regulatory approval. お知らせ • Jan 16
Telescope Innovations Corp. Announces the Successful Outcomes of Its Brine-To-Battery Program Telescope Innovations Corp. announced the successful outcomes of its Brine-to-Battery Program. Over the past year, Telescope Innovations' proprietary ReCRFTTM recrystallization technology has produced battery-grade (>99% pure) lithium carbonate from a wide variety of North American lithium-containing brines. Direct Lithium Extraction (DLE) eluates were obtained from various producers with lithium brine projects across Canada and the US. Isolating dilute lithium from low-grade brine resources in North America traditionally requires several processing steps and additional reagents, resulting in prohibitive CAPEX and OPEX costs relative to overseas operations. Telescope Innovations' ReCRFTTM collapses the lithium carbonate refining flow sheet, reducing these costs to enable a sustainable, on-shore supply of battery raw materials. ReCRFTTM advantages include: 1. Elimination of polishing steps: Lithium carbonate can be produced directly from DLE concentrates, without traditional feed polishing steps. This reduces reagent, plant equipment, energy, and operating costs. A high tolerance for feed variability: Through the Company's Brine-to-Battery program, ReCRFTTM has demonstrated the production of >99% pure lithium carbonate from eight brine sources, originating from Alberta, Texas, Nevada, and Arkansas, and ranging in original lithium purity from 15% - 93% (Figure 1, bottom). Telescope Innovations has protected ReCRFTTM technology through a patent application under the Patent Cooperation Treaty and additional jurisdictions. お知らせ • Feb 13
Telescope Innovations Corp., Annual General Meeting, Apr 18, 2024 Telescope Innovations Corp., Annual General Meeting, Apr 18, 2024. お知らせ • Jan 24
Telescope Innovations Corp. Files Provisional Patent Application Telescope Innovations Corp. announced it has filed a provisional patent application (63/606,069) on a disruptive new technique to purify lithium carbonate, a critical mineral building block for lithium ion battery production and particularly for low-cost LFP battery chemistries. This is Telescope's second application related to processing battery raw materials, the first of which provides a low-temperature method for generating lithium sulfide. The current provisional application describes a single-step process that produces battery-grade, >99.9% lithium carbonate from crude material of 20-95% purity. This technology can dramatically reduce the requirement for pre-processing of crude lithium brine feeds, which conventionally accounts for up to 80% of refinement costs.