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Hydrogen Energy

Hydrogen energy is a technology that involves producing and utilizing hydrogen through various methods, such as converting inexhaustible sources like water or organic matter. It is a field that requires significant technological development in hydrogen production, storage, applications, safety measures, and more. This field of renewable energy is poised for the future hydrogen era, capable of transforming the paradigm of energy.

  • POINT 1

    It is a clean energy
    source that does not emit pollutants.

  • POINT 2

    It is readily accessible
    anywhere on Earth.

  • POINT 3

    It boasts superior stability
    compared to other fuels.

  • POINT 4

    With the ability for recycling,
    it ensures sustainability, allowing for energy independence without depletion.

Gaseous Hydrogen

Hydrogen, an element that is abundant and common enough to constitute 75% of the mass in the universe, is a colorless, odorless, and tasteless lightweight gas. In its natural state, hydrogen does not exist independently but is primarily found in compound forms, having combined with various other elements.

Liquid Hydrogen

Liquid hydrogen is a form created by compressing gaseous hydrogen into a liquid state at temperatures below -253°C. Liquid hydrogen has a significantly reduced volume, approximately 1/800th compared to gaseous hydrogen, leading to higher efficiency in space utilization during transportation and storage. This makes liquid hydrogen a more practical and effective energy management solution compared to gaseous hydrogen.

Hydrogen Energy Utilization

Hydrogen Energy

  • Mobility

    Application in various
    modes of transportation
    such as drones, automobiles,
    buses, freight vehicles,
    delivery services, military vehicles,
    aircraft, and construction equipment.

  • For residential
    and industrial use.

    Operating boilers and
    supplying energy for factories,
    buildings, and other facilities.

  • Renewable
    energy storage

    Storing in various forms
    such as gas, liquid, and
    other compounds, and converting
    to electricity when needed.

  • Production

    Water electrolysis,
    natural gas + water industrial
    process byproduct.