01
Create low pressure
The chamber is primed to establish the low-pressure environment needed to draw fluid into the system.
A NEW GENERATION OF WATER TECHNOLOGY
Fresh water.
Stronger communities.
A better world.
ProeliaLab is advancing the patented Hypersonic Detonation Pump (HDP), an ultra-efficient approach to pumping, desalination and decontamination. The system is engineered to move and purify water in one continuous process while reducing energy demand, mechanical complexity and infrastructure requirements.
Patented
in the U.S. and other countries
Lower Energy
designed for efficient operation
Multi-Purpose
pump, purify and desalinate
Water connects every community.
THE GLOBAL CHALLENGE
Clean water should not be limited by geography, energy costs or complex infrastructure.
Hundreds of millions of people still live without reliable access to basic drinking water. At the same time, many coastal, rural and rapidly growing communities face saltwater intrusion, contaminated wells, aging treatment systems and rising operating costs. Conventional desalination and purification technologies can be energy intensive, expensive to install and difficult to maintain.
ProeliaLab believes the answer is not simply to build more of the same equipment. It is to rethink how water is moved and treated. HDP is being developed as a compact, practical platform that can support communities, utilities, industrial operations and humanitarian projects with a more efficient path to safe, usable water.
THE PROELIALAB SOLUTION
One system designed to pump, distill and decontaminate.
The Hypersonic Detonation Pump combines a low-pressure pumping cycle with flash distillation. Unlike conventional pumps that depend on continuously rotating motors and numerous moving components, the HDP creates pressure changes through a controlled internal combustion process.
LOW-PRESSURE FLASH DISTILLATION
Water treatment during normal pumping operation
02
Generate a controlled pulse
A measured fuel-and-oxygen charge creates a rapid pressure event that transfers energy to the surrounding fluid.
03
Move and separate water
The pressure cycle propels water while flash distillation helps separate clean distillate from salts and contaminants.
04
Reset and repeat
The chamber rapidly returns to a vacuum condition, preparing the system for the next efficient pumping cycle.
BUILT FOR PRACTICAL IMPACT
Less complexity. More possibilities.
ProeliaLab’s development materials describe a system engineered to use less energy than leading commercial pump technologies, reach pressure quickly and reduce dependence on complicated mechanical assemblies. Those advantages can translate into lower operating costs and simpler deployment.
Reduced energy demand
A highly efficient pumping cycle may lower the power needed to move large volumes of water, helping remote and cost-sensitive projects become more practical.
Smaller footprint
Pumping and treatment are integrated into one platform, creating an opportunity to reduce the land, equipment and support systems required by conventional plants.
Recoverable materials
Instead of concentrating and discharging all residual salts and compounds, the process is designed to support recovery and potential reuse of valuable materials.
Fewer maintenance points
A simplified architecture with fewer moving components can reduce wear, service interruptions and the specialized maintenance burden associated with traditional systems.
ADAPTABLE BY DESIGN
A water platform for communities, utilities and industry.
Desalination and decontamination
Treat seawater, brackish water or contaminated sources while water is being pumped, helping reduce separate processing steps.
Deep-well water retrieval
Support water recovery from deep aquifers, including locations affected by salinity or limited access to conventional pumping infrastructure.
Renewable-powered operation
Pair the system with solar, wind or hydro resources to extend clean-water access in off-grid and energy-constrained environments.
Plant retrofits and expansion
Integrate HDP technology into existing desalination facilities to improve efficiency, increase capacity and reduce long-term operating expenses.
ENGINEERED TO SCALE
From prototype innovation to reliable water infrastructure.
The current development program builds on years of prototype testing and refinement. The goal is a configurable family of systems that can be matched to different flow requirements, source-water conditions and deployment settings. Compact units could support individual facilities or remote communities, while larger configurations could serve municipal, agricultural and industrial needs.
ProeliaLab is also exploring how the platform can help coastal desalination projects reduce energy consumption, recover more usable water and make better use of residual materials. By lowering the cost and complexity of treatment, communities may be able to preserve inland aquifers, strengthen local food production and build more resilient water systems.
One integrated platform
Pumping + purification + desalination
OUR MISSION
Technology that turns water access into human opportunity.
Reliable water supports health, education, economic development and community stability. ProeliaLab’s mission is to help make clean water more accessible by creating a pumping and treatment technology that is efficient, scalable and adaptable to the places that need it most.
Help Build the Future of WaterLET’S MOVE FORWARD TOGETHER
Bring ProeliaLab technology to the next community, facility or water project.
We welcome conversations with engineering partners, manufacturers, investors, utilities, humanitarian organizations and project developers interested in advancing lower-energy water infrastructure.
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