Acceleware Announces Successful First Tranche of Private Placement
CALGARY, Alberta - Acceleware Ltd. (TSX-V: AXE), renowned for its innovative radio frequency (RF) power-to-heat technologies, has completed the first tranche of its non-brokered private placement. This initiative focuses on enhancing process heat for critical minerals and other vital applications, securing $791,334.20 through the distribution of 7,913,342 Units priced at $0.10 each.
Understanding the Private Placement
The private placement consists of Units, with each Unit comprising one common share and one warrant. Each warrant allows its holder to purchase a common share at an exercise price of $0.20, valid for two years. If Acceleware's common shares exceed a trading price of $0.30 for thirty consecutive days, the company may accelerate the expiry of the warrants, expiring them 30 days post-notification.
Impact of Fund Utilization
Acceleware aims to allocate the proceeds from this private placement for its RF XL 2.0 redeployment plan, aiding in the commercialization of new RF heating applications. This encompasses improvements in critical minerals processing as well as advancements in amine regeneration technologies, which play a significant role in carbon capture efforts. General corporate purposes also constitute a portion of this funding strategy.
Unique Insider Participation
Notably, insiders purchased 1,300,000 Units, classified as a related party transaction under Multilateral Instrument 61-101. Acceleware has adhered to exemptions regarding formal valuation and minority approval, confirming that the Private Placement remains below 25% of the company's market capitalization. The issuance of these Units has not generated new insiders or control persons for the company.
About Acceleware
Acceleware stands as a pioneer in electromagnetic heating, focusing on RF power-to-heat solutions tailored for substantial industrial applications. Their technology presents a promising pathway to electrifying and decarbonizing industrial processes while simultaneously curtailing costs.
Innovations and Collaborations
Through its patented Clean Tech Inverter, Acceleware is making strides to elevate the efficiency of amine regeneration. Their collaborations extend to a consortium of esteemed potash partners, targeting the decarbonization of drying processes for potash ore and similar crucial minerals. Continuous development of additional process heat applications is also underway as Acceleware forges ahead in the RF heating domain.
Patented Technologies Taking the Lead
Acceleware’s RF XL represents cutting-edge, low-cost, and low-carbon RF thermal technology designed specifically for enhanced oil recovery in heavy oil sectors, distinctly different from traditional recovery techniques employed today. Aiming at transformation within the industry, this technology positions Acceleware at the forefront of energy innovation.
Conclusion
As Acceleware continues to enhance its positioning within the market with the support of its recent funding, the company remains committed to its vision of transforming industrial heating processes. Stakeholders can look forward to future developments and advancements that promise to elevate Acceleware's impact on sustainable practices within the industry.
Frequently Asked Questions
What is the purpose of the private placement?
The private placement aims to fund Acceleware's RF XL 2.0 redeployment plan and advance commercialization of new RF heating applications.
What does each Unit consist of?
Each Unit consists of one common share and one warrant that allows purchase of an additional common share at a specified price.
What are the implications of the warrants?
The warrants can be exercised within two years, with an accelerated expiry if the common shares trade at or above a certain price for thirty days.
Who participated in the private placement?
Insiders of Acceleware purchased a total of 1,300,000 Units, reflecting their confidence in the company’s strategy.
What is Acceleware known for?
Acceleware is known for its cutting-edge RF heating technologies that aim to electrify and decarbonize industrial processes effectively.
