The Spin on Scarcity: How a Centrifuge Aims to Remake Water and Mining

LOCKHART, TX – July 22, 2026

The global pursuit of fresh water has long been a story of brute force. For decades, we have waged a high-pressure, energy-intensive war against salinity, forcing saltwater through delicate membranes in a process known as reverse osmosis (RO). While effective, it’s a costly battle, leaving behind a toxic legacy of hyper-concentrated brine and a staggering energy bill. Now, a frontier tech company operating out of a Texas incubator believes it has found a more elegant solution, one that leverages the simple physics of a centrifuge to fundamentally alter the equation.

Eden Tech has officially launched Genesis, a system it calls a “Reverse Osmosis Centrifuge.” The company’s claims are bold: a more than doubling of clean water recovery, a dramatic reduction in energy use, and the ability to treat water sources so contaminated that conventional systems fail. By achieving over 80% clean water recovery—compared to the 30-40% typical for seawater RO—this innovation doesn't just represent an incremental improvement; it signals a potential systems-level disruption in how we source our most critical resource.

A New Spin on an Old Problem

Traditional reverse osmosis operates on a straightforward principle: apply immense pressure to saltwater to push fresh water molecules through a semi-permeable membrane, leaving the salts behind. The two primary constraints have always been the energy required to generate that pressure and the inevitable clogging, or “fouling,” of the membranes as salt and contaminants build up. These challenges have kept large-scale desalination expensive and environmentally taxing.

Genesis reimagines this entire process. Instead of using massive, power-hungry pumps, it places its RO filters inside a rapidly spinning centrifuge. As the device spins, centrifugal force drives the water outward through the filters, efficiently generating the required high pressure as a natural consequence of rotation. Simultaneously, this same spinning motion creates a constant state of turbulence across the filter surface, preventing salt ions from settling and clogging the membrane. The result, according to founder and CEO Hunter Manz, is a system that changes the underlying physics of desalination.

“We spent nearly a decade developing the innovations needed to make desalination more cost-effective and therefore more accessible worldwide,” Manz said in the company’s announcement. “The result is Genesis, which we believe will finally make affordable desalination a reality.”

This approach isn't just theoretical. Academic research into the concept of Centrifugal Reverse Osmosis (CRO) supports the potential for major efficiency gains. One independent study suggests that CRO could lower net specific energy consumption by anywhere from 6% to over 30% compared to conventional RO, depending on operating conditions. Eden Tech’s own claims are even more ambitious, suggesting its system is two to three times more energy efficient than many existing technologies. For an industry where energy can account for a third of a plant's lifetime costs, such a reduction is transformative.

Redefining the Economics of Water

The most profound disruption offered by Genesis may not be the water it produces, but what it does with the waste. The Achilles' heel of desalination is brine, the super-salty wastewater that is typically discharged back into the ocean or injected underground, posing significant environmental risks. Genesis’s high recovery rate—capable of concentrating brine up to 220,000 mg/L Total Dissolved Solids (TDS)—drastically reduces the volume of this waste. More importantly, it makes the remaining brine rich enough for a new purpose: mining.

This concentrated liquid is a soup of valuable minerals and salts, including lithium, magnesium, potassium, bromine, and calcium. By pairing high-recovery desalination with brine mining, Eden Tech proposes a business model where the “waste” becomes a valuable co-product. This strategy could dramatically lower the net cost of water production and, as the company notes, help “eliminate permitting barriers that have historically limited desalination” by turning an environmental liability into an economic asset. In this paradigm, fresh water could one day become the inexpensive byproduct of a profitable mineral extraction operation.

Nikolay Voutchkov, an internationally recognized desalination expert and an advisor to the company, endorsed the system’s potential. “Eden Tech’s reverse osmosis centrifuge will transform desalination economics by reducing both capital requirements and energy consumption, unlocking more efficient treatment of high-salinity water sources,” Voutchkov stated.

From Garage to Global Impact

The journey of Genesis is a classic frontier tech narrative. It began not in a corporate lab, but in the garage of a Las Vegas teenager. Troubled by the receding water levels of nearby Lake Mead, Hunter Manz began tinkering with water solutions. The idea for the Reverse Osmosis Centrifuge solidified while he was studying mechanical engineering at Utah Tech University. In 2020, he dropped out to found Eden Tech with Zack Manweiler and Reece Thompson, committing to a nearly decade-long development cycle.

Fueled by $3.3 million in early funding from his university, community investors, and venture capital, the team advanced the concept from a garage prototype to a full commercial-scale system. The company now operates from Proto-Town, an incubator in Lockhart, Texas, dedicated to supporting deep-tech hardware companies. Critically, every component of the Genesis system is manufactured in the United States, securing the supply chain for a technology of strategic importance.

Tapping the Market: A Strategic Rollout

Rather than immediately tackling the complex municipal water market, Eden Tech is making its first commercial foray into the oil and gas industry. This sector faces a dual crisis of sourcing fresh water for operations and disposing of “produced water”—the ultra-high-salinity brine that emerges alongside oil and gas. The U.S. alone generates approximately one trillion gallons of this toxic brine annually. Genesis offers a compelling value proposition: treat this wastewater on-site to a reuse-quality standard, reducing both freshwater consumption and costly disposal fees.

The market has responded. Eden Tech reports it already has a pipeline of potential system sales exceeding $150 million. This initial traction provides crucial validation and revenue as the company scales. From this beachhead, the roadmap extends to other water-intensive sectors, including data centers looking to reduce their massive water footprint, as well as dedicated brine mining and lithium extraction ventures.

While other technologies like Batch Reverse Osmosis and advanced membrane designs are also pushing the boundaries of efficiency, Eden Tech’s integrated centrifugal system offers a uniquely elegant solution to the core physical challenges of desalination. By proving its technology in the demanding oilfields, the company is building a powerful case for its eventual deployment to quench the thirst of cities and industries worldwide.