Clean Air Electric Filter Moves CDC Prototype Research Toward Independent Testing

Clean Air Electric Filter Moves CDC Prototype Research Toward Independent Testing
Clean Air Electric Filter LLC is preparing the next stage of research into its Conducted Direct Current, or CDC, technology by focusing more on prototype testing, engineering measurement, and independent scientific evaluation.

Led by founder and veteran inventor Gal J. Nahum, the project is exploring how controlled direct-current electricity and ionization may be used in experimental air-treatment systems.
Unlike conventional filtration systems that mainly rely on physical materials to capture airborne particles, the CDC concept investigates whether electrical processes can interact with components present in the air.

Current research focuses less on broad claims and more on measurable questions.
Clean Air Electric Filter is evaluating factors such as electrical performance, energy consumption, airflow behavior, particle interaction, carbon dioxide response, oxygen-output measurement, system durability, and potential scalability.

“Every new technology has to move from an idea to measurable data,” said Nahum. “The next phase for Clean Air Electric Filter is about testing, documenting results, and understanding exactly where this system may have practical value.”

One area under study involves carbon dioxide.

The company is researching whether CDC technology may contribute to an electrical process that interacts with CO2 in a way that could support carbon treatment and oxygen-release research.

At this stage, the concept remains experimental. Clean Air Electric Filter says controlled laboratory testing and independent analysis are necessary before conclusions can be made regarding efficiency, output, environmental benefit, or commercial use.

Building a Testable Research Program

The company is now seeking researchers, laboratories, engineers, universities, and technical organizations interested in evaluating the CDC prototype.

Possible areas of collaboration include:

- Electrical and engineering analysis
- CO2 measurement
- Oxygen-output measurement
- Airflow and particle testing
- Energy-efficiency studies
- Materials and durability evaluation
- Environmental testing
- Prototype optimization
- Independent technical documentation

This approach is intended to move the project toward more structured research and verifiable data.

Potential Areas of Application
If future testing supports the technology’s underlying concepts, Clean Air Electric Filter believes CDC-based systems may warrant further investigation for several environments.
These could include indoor air systems, industrial spaces, vehicle-related environments, enclosed areas, and other settings where air treatment and atmospheric management are important.

The company is also interested in the long-term potential of electrical air-treatment systems for specialized environments where conventional filtration alone may not address every air-quality challenge.

However, these remain research possibilities rather than established applications.

From Prototype to Evidence
Clean Air Electric Filter’s current priority is to establish a clearer technical foundation for the technology.

That means measuring what the system does, identifying limitations, improving the prototype, and producing documentation qualified third parties can review.

Nahum believes independent evaluation will be particularly important as the project progresses.
“The technology should be examined by people who can test it objectively,” he said. “If the data supports further development, that gives us a foundation for the next stage.”

Supporting Continued Research

Clean Air Electric Filter is seeking support for prototype development, laboratory evaluation, engineering studies, and scientific documentation.

Those interested in supporting the project can learn more at:

https://www.gofundme.com/f/support-co2-to-o2-conversion-research
https://www.gofundme.com/f/support-our-co2-to-o2-innovation-study

About Clean Air Electric Filter LLC
Clean Air Electric Filter LLC is an environmental technology research company led by veteran inventor Gal J. Nahum. The company is developing Conducted Direct Current technology and studying its potential use in experimental air treatment, ionization, carbon dioxide research, oxygen-release studies, and related environmental applications.

The company’s current focus is prototype development, independent testing, engineering evaluation, and measurable scientific research.

Disclaimer: Conducted Direct Current technology remains under research and development. References to potential CO2 treatment, oxygen release, air purification, contaminant management, or environmental applications describe research objectives and should not be interpreted as independently validated scientific, medical, or commercial performance claims.