
Access to clean water is one of the most urgent global challenges of our era. Extreme climate pressure, depleting freshwater reserves, and an accelerating wave of industrial pollutants are converging into a crisis that threatens ecosystems, economies, and human health worldwide.
Cleaner water. A healthier planet. A sustainable future — these are not aspirations, they are necessities. Intelligent solutions for a changing world start here.

Mining and industrial operations face mounting challenges to produce clean water and meet modern environmental standards. Legacy systems — built for a simpler era — simply cannot keep pace with today's complex, multi-contaminant water streams or tightening zero-liquid-discharge (ZLD) mandates.
Conventional systems are too expensive, too slow, too complex, and too dirty for the demands of modern industrial water treatment. High capital costs, limited contaminant removal, and difficulty scaling rapidly make them ill-suited for the future.

MagWater's Carbion platform delivers a potential integrated end-to-end solution for mining, radioactive, industrial, and brackish water processing. The two-stage architecture combines organic remediation with inorganic heavy metal capture — tackling the full spectrum of contamination in sequence.
Complex contaminated water enters the system → MagWater process removes organics and conditions water → Carbon CDI captures inorganics and heavy metals → Clean water and valuable resources exit the system. This intelligent, sequential approach reduces contamination discharge, recovers valuable metals, lowers operational energy demand, and minimizes environmental impact.

Carbon is nature's most abundant and versatile material. Carbion transforms it into a high-performance platform for the world's most critical water, energy, and recovery challenges. Unlike conventional activated carbons, Carbion's proprietary carbon material features thousands of square meters of solid-to-fluid surface area per each square inch of cross-section — creating astronomical surface contact that restores vastly more ions with unmatched efficiency and lower cost.
~175 m²/g at commercial scale vs. 2500 m²/g in lab
Up to 10x lower manufacturing cost vs. activated carbon
Optimized void structure for deep ion access
More ions captured, faster, using less energy
Carbion carbon is naturally available, sustainable, and built for scale — enabling water treatment, metal recovery, energy storage, desalination of brackish water, and industrial & mining water treatment across multiple applications from one powerful material platform.

The original CDI testing model validated the performance of Carbion carbon electrodes under genuine, complex water conditions — not just laboratory simulations. This early system demonstrated high ion removal efficiency, low energy consumption, and long-term operational stability, laying the foundation for scalable commercial systems.
High ion removal efficiency confirmed at real-world water conditions across multiple test cycles.
Consistently high efficiency with low operating pressure and energy use — a critical advantage over pressure-driven alternatives.
Consistent results over extended cycles, confirming long-term operational stability essential for industrial deployments.
Designed to evolve into industrial systems, validating the path from early-stage testing to commercial-scale deployments.

Capacitive Deionization is a proven electrochemical technology for removing dissolved salts, heavy metals, and other inorganic contaminants from water. Rather than relying on pressure, heat, or chemicals, CDI uses voltage to attract and hold ions to oppositely charged electrode surfaces — delivering cleaner water with dramatically lower energy consumption and operating costs.
vs. Reverse Osmosis
No chemicals, lower maintenance
Flexible deployment and easy scale-up
Enables water reuse and resource recovery
Advanced real-world electrochemistry

Early studies nearly 40 years ago showed that Capacitive Deionization could be a feasible technology for low-cost water desalination and purification — but at the time, advanced carbon materials were unavailable. Today, with breakthroughs in electrochemical capacitors, high-performance carbon materials, and systems engineering, CDI has matured into a proven, scalable, and commercially viable solution for real-world water challenges.
Heavy metal recovery and zero-liquid discharge compliance.
Cost-effective treatment of complex effluents at scale.
Superior alternative to reverse osmosis at 1.5–10 kWh per 1,000 gallons.
High-performance supercapacitors for renewable energy grid balancing.

MagWater Inc. leverages advanced carbon materials and proprietary electrochemical technology to deliver high-performance, cost-effective water and energy solutions across multiple industries. Our patented and patent-pending systems solve the world's most pressing water and environmental challenges while creating measurable economic and environmental value.
Removes harmful contaminants from brackish, and industrial waters — including heavy metals, radioactivity, boron, and other metallic salts.
A superior alternative to reverse osmosis for renewable energy (wind, solar, tidal, EV) and grid balancing — enabling a more resilient and sustainable energy future.
High-performance supercapacitors for renewable energy systems delivering superior performance.
Decontaminates industrial and mining wastewater, reduces toxic discharge, and supports regulatory compliance using the CDI process.
One Technology. Multiple Benefits. Limitless Possibilities. MagWater Inc. is building the future of water and energy — today.

MagWater's proprietary carbon material and CDI technology outperform traditional solutions in performance, cost, and sustainability — creating unmatched value for customers and the planet. Our technology is engineered for high efficiency, fast kinetics, and exceptional selectivity for a wide range of ions and contaminants.
MagWater's patented carbon fixes the surface area of best-in-class activated carbons — raising high ion removal efficiency and longer cycle life.
Our carbon CDI delivers up to 10x the surface area of activated carbon at a fraction of the cost in CDI systems.
Engineered for high efficiency, fast kinetics, and exceptional selectivity for a wide range of ions and contaminants.
Low energy consumption, zero liquid discharge potential, and a circular approach to water and resource recovery — with a positive ESG impact.

MagWater Inc. is executing a disciplined technology development roadmap — from early laboratory validation to commercial-scale deployments. Each stage builds upon proven results, with increasing system complexity, throughput, and real-world application coverage. The Carbion platform is designed to scale rapidly once key development milestones are achieved.
Each stage is grounded in measurable performance outcomes — ion removal efficiency, energy consumption benchmarks, cost per liter treated, and regulatory compliance — ensuring that every step forward represents real-world progress, not just laboratory promise.

MagWater Inc.'s competitive advantage is rooted in a robust and growing intellectual property portfolio. Our patented and patent-pending innovations cover the full technology stack — from advanced carbon material synthesis and electrode fabrication to system architecture and electrochemical control algorithms. This IP moat protects our market position and creates durable, defensible value for partners and investors.
Proprietary synthesis and structure of Carbion carbon electrodes — the foundation of superior surface area and ion capture performance.
Patents covering CDI cell architecture, electrode assembly, and system integration for mining and industrial water treatment.
Patent-pending intelligent control systems that optimize CDI performance in real time, maximizing efficiency and adapting to varying water chemistries.

The global water treatment market is one of the fastest-growing sectors in the world, driven by industrial expansion, regulatory tightening, population growth, and accelerating climate pressures. MagWater Inc. is positioned to capture significant market share across several high-value verticals where legacy solutions are failing and demand for innovative technology is surging.

With patent-protected technology, superior carbon materials, and a modular platform that scales from small pilot systems to large municipal and industrial installations, MagWater is uniquely positioned to serve this rapidly expanding global market — delivering cleaner water, lower costs, and a better future.

MagWater Inc. is building a business model engineered for sustainable, recurring revenue and long-term growth. Rather than a one-time equipment sale, our go-to-market strategy combines hardware deployment with ongoing service contracts, consumable electrode supply, and data-driven performance monitoring — creating deep, sticky customer relationships and predictable cash flows.
Modular CDI systems deployed at customer sites — mining, industrial, municipal.
Ongoing supply of proprietary Carbion carbon electrodes as consumables.
AI-driven performance monitoring, maintenance contracts, and optimization services.
Technology licensing to strategic partners and OEMs in target markets globally.

MagWater's Carbion platform is built with environmental, social, and governance (ESG) principles embedded from the ground up. In an era where investors, regulators, and communities demand accountability, our technology delivers measurable sustainability outcomes — not just as a marketing message, but as a core engineering requirement.
As ESG requirements tighten globally, MagWater's technology positions clients to lead — not merely comply — with the environmental standards of tomorrow.

MagWater Inc. is led by a multidisciplinary team of engineers, scientists, and industry veterans with deep expertise in electrochemistry, advanced materials science, water treatment, and industrial systems engineering. Our team brings together decades of combined experience from research institutions, technology companies, and water industry operations — united by a shared mission to solve the world's water crisis through intelligent innovation.
Experienced executives with track records in cleantech, industrial water, and technology commercialization.
World-class carbon material researchers and electrochemists advancing the performance of Carbion electrodes.
Experienced water treatment engineers designing scalable, deployable CDI systems for demanding industrial environments.
Machine learning experts developing real-time optimization and predictive control systems for CDI performance.

MagWater Inc. represents a rare opportunity to invest at the intersection of two of the most important global megatrends of the 21st century: water scarcity and clean energy transition. With patent-protected technology, a validated testing model, a seasoned team, and a clearly defined path to commercial scale, MagWater is seeking strategic investment to accelerate development, expand pilot programs, and enter commercial markets.

MagWater Inc. is ready to move from validated prototype to commercial-scale deployment. The following milestones represent our near-term priorities — each building on the foundation of our proven CDI technology and Carbion carbon platform to deliver real-world impact for customers and investors alike.
Complete advanced electrode manufacturing process and scale carbon material production
Deploy 2–3 industrial pilot systems at mining and wastewater treatment partner sites
Validate commercial performance data, achieve regulatory certifications, and expand IP filings
Launch commercial sales channel, establish OEM partnerships, and initiate Series A fundraising
MagWater Inc. and the Carbion platform represent the next generation of intelligent water intelligence — combining advanced carbon materials, proven electrochemical technology, and AI-driven optimization to deliver cleaner water, recovered resources, and a sustainable future for industries and communities worldwide.
High-performance ion removal for complex industrial and municipal water streams
Up to 80% less energy than reverse osmosis — a paradigm shift in water economics
Zero liquid discharge, resource recovery, and positive ESG outcomes by design
