Welcome to our dedicated page for Enertopia news (Ticker: ENRT), a resource for investors and traders seeking the latest updates and insights on Enertopia stock.
Enertopia Corp. (ENRT) generates news that centers on its development of clean energy technologies and related corporate activities. The company describes itself as an Energy Solutions Company focused on modern technology and intellectual property in green technologies, and its recent announcements highlight progress in oxyhydrogen gas systems, lithium project work, and capital markets events.
Many of Enertopia’s updates focus on its oxyhydrogen mobile lab, a compact testing and proving facility that the company reports is in operation and in a testing phase. News items describe the build and completion of this mobile lab, its role in producing, drying, storing, and using oxyhydrogen gas, and video demonstrations that compare oxyhydrogen with propane and natural gas in terms of combustion byproducts and safety characteristics.
Investors and observers can also find news on Enertopia’s WT Lithium project west of Tonopah, Nevada, where the company reports holding lode claims and an at or near surface drilled resource. Updates describe discussions with third-party lithium service providers and due diligence aimed at determining whether battery-grade lithium could be produced from claystone materials at the project.
Additional news coverage includes announcements of private placements, warrant exercises, and stock option grants, along with Enertopia’s exploration of tokenization opportunities for royalties, joint venture projects, and intellectual property. Together, these items provide a view into how the company funds and advances its clean energy and technology initiatives. For those tracking ENRT, the news stream offers ongoing detail on technology testing, project updates, financing steps, and strategic evaluations related to green technology assets.
Enertopia Corporation (OTCQB: ENRT) has announced the construction of a 200 sq ft mobile lab testing facility for its oxyhydrogen technology. The mobile unit will serve as a field prototype, enabling real-time demonstrations of the complete oxyhydrogen production and utilization process. The facility will showcase a fully automated system capable of producing and storing oxyhydrogen for various propane appliance applications, including water heating and air conditioning.
The company's CEO, Robert McAllister, will be presenting at the Summit on Responsible Investment (SoRi) hosted by The Canadian Securities Exchange on June 5, 2025. Additionally, McAllister recently presented to investors on the Remark financial video platform on May 20, 2025.
Enertopia Corporation (CSE: ENRT) (OTCQB: ENRT) has announced its participation in Renmark Financial Communications Inc.'s Virtual Non-Deal Roadshow Series. The event will take place on Tuesday, May 20, 2025, at 11:00 AM PDT.
The presentation will be led by CEO Robert McAllister, who will discuss the company's latest investor presentation followed by a live Q&A session. While live event registration may be limited, a replay will be available on the Company's Investor website. Participants are advised to use the latest version of Google Chrome for optimal connectivity.
Enertopia Corporation (OTCQB: ENRT) has closed the first tranche of its Private Placement, raising CAD $104,000. The company is issuing 1,040,000 Units, each consisting of one common share at CAD $0.10 and one whole warrant. The warrants expire on May 8, 2027, with a USD $0.10 exercise price. A company Director purchased 500,000 Units for CAD $50,000. The company paid CAD $2,400 in finder's fees and issued 74,000 broker warrants. The funds will support patent technology advancement and working capital needs.
Enertopia Corporation (OTCQB: ENRT) has announced the retention of Renmark Financial Communications Inc. to manage its investor relations activities. The agreement, effective May 1st, 2025, involves a monthly fee of up to $9,000 CAD for an initial period of 7 months through November 30th, 2025, with the possibility of continuation thereafter. The company's CEO, Robert McAllister, emphasized that Renmark was chosen for its alignment with Enertopia's communication objectives and standards. Renmark Financial Communications has confirmed it holds no direct or indirect interest in Enertopia or its securities.
Enertopia (OTCQB: ENRT) has addressed shareholder safety concerns regarding their oxyhydrogen technology through a comprehensive safety review. The company has developed two patent-pending safety innovations: a customizable pressure relief valve (PRV) compatible with propane tank fittings, and an Intelligent Flashback Arrestor to prevent flashback from entering storage tanks.
The company highlighted the inherent safety advantages of oxyhydrogen, noting that it rises and disperses quickly due to its light molecular weight, unlike heavier gases such as propane. Over 200 flashback tests have been successfully completed, demonstrating the storage tank's integrity. The system has been tested with various applications including refrigeration, air-conditioning, water heating, and a 5K generator.
Enertopia (OTCQB: ENRT) has announced significant developments in its technology patents portfolio. The company recently filed patent #63/782/745 for a Scalable Automated Oxyhydrogen Production System on April 3, 2025, demonstrating carbon-free energy solutions for global refrigeration systems. This technology can be adapted to various cooling systems, targeting a market where commercial refrigeration sales reached $40.82 billion in 2023.
Additionally, Enertopia received two USPTO patents: the Enertopia Rainmaker (patent #12231085) on February 18, 2025, for atmospheric moisture capture, and an Energy Management System (patent #12149091) on November 19, 2024, featuring AI predictive analysis and multi-platform interface capabilities for various energy systems. The company aims to integrate these technologies to create comprehensive clean energy solutions.
Enertopia (OTCQB: ENRT) has announced the filing of patent-pending technology #63/782/745 with the USPTO on April 3, 2025, for a Scalable Automated Oxyhydrogen Production, Storage, and Utilization System. The technology creates hydrogen gas through dry or wet plate electrolysis using grid electricity or solar PV energy.
The system features a patent-pending safety electronic flashback arrestor and sealed hydrogen burner system, demonstrated through a propane refrigerator conversion. The technology is scalable for residential, commercial, and industrial applications, offering solutions for both immediate use and compressed storage.
The company aims to address rising energy costs, with the global propane market expected to grow from $91.6 billion in 2023 to $117.2 billion by 2031. The system leverages the growing adoption of solar PV, with U.S. solar capacity projected to reach 673 GW by 2034, potentially powering over 100 million homes.
Enertopia (OTCQB: ENRT) has received USPTO patent #12231085 for its water-producing system, trademarked as the 'ENERTOPIA RAINMAKER'. The system captures atmospheric moisture using PV panels, capable of producing 2.45 to 4+ gallons of water per hour for every 80" x 40" panel during peak conditions.
The technology presents an alternative to traditional desalination plants, which require significant capital expenditure ($1,000-$2,500 per cubic meter daily capacity) and operational costs. Testing data from various locations shows promising results, with maximum production capabilities ranging from 5,288 to 10,376 gallons per hour per MW of solar array, depending on location.
The system is particularly effective in arid coastal and monsoonal areas where dew points are close to ambient air temperatures. It can operate during different times of day and atmospheric conditions, with PV power generation during daylight hours and water production at night.
Enertopia (OTCQB: ENRT) has received USPTO patent #12224704 for its Solar PV Heat Recovery System. The patented technology addresses the critical issue of solar panel overheating, which reduces electrical output and panel lifespan. Third-party engineering studies indicate the heat extractor device can increase energy production by up to 13.8% annually and 19.9% monthly.
The technology tackles a fundamental problem where photovoltaic panels, operating above their optimal temperature of 77°F, lose 0.26% efficiency per degree increase. The system utilizes a moisture collection layer between the panel and liquid transfer system, facilitating heat transfer and potentially supporting irrigation systems. The open-loop design prevents thermal shock while efficiently extracting heat from the panels.
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