HydrogenH2

 

Now is the time for an industry that is emerging with the world’s fastest growing demand for hydrogen production on a future carbon-neutral planet.

Countries representing almost 90% of the world’s GDP have public support policy initiatives for hydrogen.

Contexto regional en Colombia

 

Why GEN H2 Hydrogen?

 

Hydrogen could reduce 20% of global carbon emissions.

Hydrogen can flow almost 3 times faster than natural gas, making hydrogen pipelines cost competitive (power to gas).

Hoy en día, la producción de hidrógeno representa el 2,2 % de las emisiones mundiales de gases de efecto invernadero, más que las emisiones de las aerolíneas.

In Industry

  • In long-distance transport, green hydrogen can be more competitive than the electric battery.

  • The technology is getting cheaper every year. The falling cost of renewables and electrolyzers used to produce green hydrogen: down 50% in the last 5 years, and estimated to fall by a further 60% to 90% before the end of the decade.

  • Hydrogen is a high-efficiency, low-pollution fuel that can be used for transportation, heating and power.

  • Generation in places where it is difficult to use electricity or as a CO2-neutral feedstock for chemical processes (ammonia-fertilizers).

  • Unlike electricity, hydrogen can be successfully stored in large quantities for extended periods.

The simplest molecule

But the most awaited challenge for the planet

 
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Ecocampus Group & NHU Planet

 

Produce and deliver a kg of hydrogen between $1 USD and $2 USD to compete with current prices of other LNG energies.

Become a reliable partner to decarbonize multiple industries.

Comply with technology that impacts the life cycle in all processes.

 

We know how to do it and we have the technology

 

Phase 1:
Preparations

  • Hydrogen GEN H2
    Budget and conceptual engineering of commercial prototype.
  • Prototype financial modeling and commercial pilot (production cost and revenue projection).
  • Working sessions with specialized team.
  • Equipment procurement. Impact strategy Development.
 

Phase 2:
Development

  • Prototyping and commercial phase feasibility.
  • Prototype is built, data is collected and results are analyzed.
  • Data collection and analysis of results.
  • Pitch and discussions with potential partners.
  • Field work and progress on impact strategy.
  • Final product development roadmap.
  • Engineering advice for commercial plant.
    Complete CAPEX validation.

Phase 3:
Implementation

  • Project implementation, monitoring and improvement (global scale).
  • Process standardization and certification
    Develop and improve current project revenue stream: transportation sector.
  • Improve global production facilities
    Life cycle assessment.
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