FOR IMMEDIATE RELEASE
CHATSWORTH, Calif., July 22, 2025 (GLOBE NEWSWIRE) — Cavitation Technologies, Inc. (“CTi” or the “Company”) (OTCQB: CVAT), an innovator in fluid dynamics processing and water purification technologies, today announced its Cavitation Non-Thermal Plasma™ system is expanding its applications to the burgeoning sector of immersion cooling for Bitcoin mining.
Advanced Plasma Tech Tackles Mining’s Cooling Challenges
As Bitcoin’s value continues its upward trend, a critical, yet often unseen, aspect of digital asset infrastructure demands attention: the cooling systems essential for mining rigs, immersion cooling setups, and high-density data centers all rely on consistent, high-quality fluid performance.
Immersion cooling has emerged as a groundbreaking method for managing heat in Bitcoin mining operations. However, it has also introduced unforeseen challenges, including the degradation of dielectric fluids, volatile organic compound (VOC) contamination, hardware corrosion, and complications related to the disposal of used fluids. These issues represent the hidden operational costs of the mining boom. CTi’s Cavitation Non-Thermal Plasma™ system offers a chemical-free, scalable solution to these problems, revitalizing fluids, eliminating pollutants, and ensuring that mining operations maintain cleanliness, efficiency, and regulatory compliance.
This development isn’t just a technological enhancement; it signifies a strategic entry into the expanding realm of digital infrastructure, where pristine water and fluid management are increasingly crucial.
With the proliferation of Bitcoin mining operations across the globe and the increasing market demand for Cryptocurrency Mining Hardware (estimated to reach $51.8 billion through the utilization of immersion cooling technologies), this innovative cooling method is rapidly replacing older air-cooled solutions in order to enhance thermal effectiveness and overall performance. Yet, even as immersion cooling overcomes the heat challenge, it introduces new operational and environmental complexities:
Breakdown of dielectric fluids leads to device overheating and shorter lifespan. Build up of VOCs and micro-contaminants contributes to corrosion, hardware malfunction, and electrostatic discharges. Disposal of used fluids adds to the expenses involved in environmental compliance and complicated logistics.
“When considering Bitcoin, artificial intelligence (AI), or data centers, visual images of screens and servers come to mind. But, the reality is that these facilities cannot function without consistent, clean liquid management. Water forms the unseen foundation of digital infrastructure, and our Cavitation Non-Thermal Plasma™ empowers a new approach to its regulation,” stated Neil Voloshin, CEO of Cavitation Technologies, Inc.
Cutting-Edge Technical Advantages
CTi’s Cavitation Non-Thermal Plasma™ reactor facilitates real-time fluid regeneration and chemical-free waste treatment, decreasing environmental effects and lessening operational downtime. Directly integrated within immersion cooling loops, this system offers these essential functionalities:
Dielectric Fluid Rejuvenation: Breaks down VOCs and micro-impurities, thus substantially increasing fluid longevity and sustaining thermal performance without requiring exhaustive replacement.
Surface Cleaning: Plasma-processed parts mitigate corrosion and reduce electrostatic accumulation on PCBs, cables, and additional internal surfaces, which results in enhanced hardware performance and an extended lifecycle.
Operation Free of Chemicals: Obviates the need for chemical additives and abrasive cleaning treatments, thus streamlining maintenance and lowering system wear over prolonged periods.
Treatment of Waste Fluid On-Premise: Makes it viable to break down used cooling fluids on-site, thus minimizing logistic expenditures and promoting ESG compliance through the reduction of environmental repercussions.
Cavitation Non-Thermal Plasma™, which currently runs at 25 GPM and is scalable to higher flow rates, is already revolutionizing many industries, from industrial water and wastewater treatment to PFAS (forever chemicals) removal, agriculture, pharmaceuticals, high-precision electronics, desalination, and military operations. Designed to eliminate bacteria and viruses, diminish TDS levels, and reduce turbidity, the system signifies a strategic advancement for CTi beyond traditional water treatment and into broader industrial liquid platforms supporting digital infrastructure. We are working closely with our partners to initiate pilot programs for crypto-mining and data center development.
About Cavitation Technologies, Inc.
Established in 2007, Cavitation Technologies, Inc. (OTCQB: CVAT), is a well-known ESG organization focused on creating and producing advanced flow-through nanotechnology systems intended for liquid processing applications worldwide. The technology offers solutions for fluid processing across multiple segments, including water purification and remediation, agricultural activities, the pharmaceutical industry, oil & gas, the refinement of edible oils, renewable fuels, the enhancement of alcoholic and non-alcoholic beverages, PFAS elimination, and, currently, the optimization of high-performance computing and digital assets infrastructure.
The core products comprise Nano Reactor® systems with scalable capabilities ranging from 10 to 500 gallons per minute (GPM), together with Cavitation Non-Thermal Plasma™ technology, currently functioning at 25 GPM with the capacity to scale to a greater flow. These systems prove effective in eliminating bacteria and viruses, lessening TDS levels, decreasing turbidity, and removing PFAS in numerous water purification applications.
CTi has secured more than 40 patents domestically and internationally.
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Additional information can be found on the following websites:
https://www.cvatinfo.com/
https://ctinanotech.com/
www.hydroplasma.tech
Contact Information:
Cavitation Technologies Inc.
818-718-0905
Safe Harbor Statement
This announcement contains projections of future events as defined within the framework of the Private Securities Litigation Reform Act of 1995. Terms such as “may,” “potential,” “believes,” and “anticipates,” are employed to signal these predictive statements. The projections are based on current expectations and rely heavily on elements subject to risks and uncertainties that could cause changes. Actual results may vary significantly from the forward-looking statements because of the possibility of various events, including our ability to install systems as planned and also influenced by factors such as the current state of the economy, competitive conditions, and those elaborated in the most recent Form 10-K and any current reports. Due to these risks and uncertainties, assurance cannot be provided concerning the materialization or precision of forward-looking statements. Data in this release represent only the data as of its issue date, and the organization undertakes no commitment to revise forward-looking data beyond the required actions dictated by law.