
Applications of ultra-low frequency electromagnetic wave technology (ULF) in air pollution and other aspects
Ultra-low-frequency electromagnetic waves, water-metal plasma, efficient cleaning, help green and environmental protection.
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Solution maturity
Early adoption / Process verification
Cooperation methods
Applicable industry
Applications
Key innovations
Highly innovative. Ultra-low frequency electromagnetic waves can convert energy into a medium and produce a plasma effect in water and metals. This mechanism is unique.
Potential economic benefits
Reduce operating costs and energy consumption, improve efficiency, reduce pollution, and create markets for new materials and applications.
Potential climate benefits
This ultra-low-frequency electromagnetic wave technology can improve the efficiency of combustion or industrial processes, reduce fossil fuel consumption, and directly reduce carbon emissions through the plasma effect of water and metals. In addition, when applied to material production or waste recycling, it is expected to replace traditional high-energy-consuming and high-emission processes, achieve significant carbon reduction benefits and assist clean transformation.
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International Technology Transfer Collaboration Network
The International Technology Transfer Cooperation Network connects global innovation resources and promotes the efficient transfer and application of cross-border technological achievements.
Shanghai,China
Solution details
The core technology is ultra-low-frequency electromagnetic wave technology (ULF). The working principle is that ultra-low-frequency electromagnetic wave technology can convert energy into a medium and create a plasma effect of water and metal.
Last updated
11:47:47, Nov 04, 2025
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