Seawater to Energy :
Power, Water, and Life in One Cycle
About Mobii
Mobii is committed to developing innovative green hydrogen power generation technologies to address global energy shortages and water pollution issues. With its breakthrough hydrogen energy technology, 30x energy amplification, and zero-carbon power generation, Mobii Green Energy redefines the future of energy. From water, seawater, natural gas, and LNG to clean electricity, Mobii’s technological breakthroughs create a new generation of low-cost, scalable, on-demand, zero-emission green energy revolution.
300kW Natural Gas / LNG Hydrogen Production And Power Generation System
Verification Project
To promote the low-carbon transformation of the natural gas industry chain, we have launched a "Strategic Cooperation Verification Project" targeting the natural gas and LNG industry.
A 20-foot container-type mobile 300kW hydrogen energy power generation system will be provided for on-site verification.
20-foot container 300kW hydrogen production and power generation verification module
KEY ADVANTAGES OD MOBII'S CORE HYDROGEN POWER GENERATION TECHNOLOGY
PEWP ultra-low energy hydrogen production with high hydrogen yield efficiency
Ultra-low energy consumption achieves high-temperature cracking mechanism, with hydrogen production electricity consumption of only 19.1 kWh/kg, saving about 60% compared to traditional water electrolysis (electrolysis requires 55 kWh/kg).
Compact integrated module for rapid and mobile deployment
Container-type mobile modular design enables quick deployment in diverse electricity usage scenarios such as oilfields, ports, and industrial parks.
On-site hydrogen production, on-demand use, no storage or transport needed
Integrated equipment enables electricity-side on-demand hydrogen use, eliminating the need for hydrogen storage and transportation, significantly enhancing safety and reducing costs by over 80%.
Flexible hydrogen production from diverse raw materials
Hydrogen can be directly produced from water, seawater, acidic industrial wastewater, natural gas (CH₄), LNG, etc., without pretreatment, suitable for a wide range of application scenarios.
30x energy amplification, disrupting hydrogen power generation efficiency
Mobii’s fusion fuel cell technology achieves more than 30 times energy output compared to input, breaking the current efficiency limits of hydrogen energy systems.
Hydrogen energy + carbon capture, driving a truly zero-carbon power era
Mobii’s hydrogen energy system integrates CCUS carbon capture technology to support industrial supply chain decarbonization from source reduction to end storage.
Ultra-low energy PEWP hydrogen production technology
Mobii’s patented PEWP technology combines plasma and electromagnetic wave systems to achieve high-efficiency energy coupling and ultra-low energy high-temperature cracking reactions, directly producing hydrogen from pure water, seawater, natural gas, LNG, and acidic industrial water.
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High-performance fusion fuel cell technology
Mobii’s patented hydrogen fuel cell adopts innovative proton exchange membrane and packaging technology, enabling an input of 2.1 kWh to output over 70 kWh of electricity, achieving more than 30 times energy amplification, providing a truly efficient zero-carbon power source.
High-temperature carbon capture ceramic system
Mobii’s nano-ceramic carbon capture system converts CO₂ directly into high-purity, hexagonal carbon black (~2μm) without chemical solvents or pressure absorption, surpassing traditional methods by generating valuable solid materials instead of just recovering gas.
Ocean pH Plunge:
A Warning from NOAA
Ocean acidification is eroding ecosystems at a rate of 0.002 pH units per year—100 times faster than natural processes. (Source: NOAA, 2023)
Invisible Pollution:
How Carbon Emissions Trigger Ocean Acidification
Due to excessive carbon dioxide emissions from human activities, the absorption of CO₂ by seawater leads to the formation of carbonic acid, a phenomenon scientists call the "Ocean Acidification Battery Effect." Industrial pollution, textile wastewater, and urban discharge collectively exacerbate this silent disaster.
This is not just a port; it is a new cornerstone for energy civilization.
The PEWP modular system can be deployed on-site at harbors, industrial parks, or coastal islands, directly converting seawater or industrial wastewater into green electricity and purified water, thereby building a decentralized, zero-carbon energy infrastructure. This decarbonization transformation reduces environmental damage.
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