Technology & Positioning
How the plant works, and where it fits in Nepal's national strategy.
TECHNOLOGY ROUTE
Green Hydrogen to Green Urea, Integrated
Renewable Electricity
Hydropower electricity generation and supply to the plant.
Water Electrolysis
Purified water split by electricity into green hydrogen.
Nitrogen Separation
High-purity nitrogen separated from atmospheric air.
Ammonia Synthesis
Hydrogen and nitrogen combined via the Haber–Bosch process.
CO₂ Supply & Purification
Industrial carbon dioxide sourced and purified as urea feedstock.
Urea Synthesis
Ammonia reacts with CO₂ to form green urea fertilizer.
Granulation & Packaging
Drying, cooling, granulation, packaging, and storage.
Distribution
Hub-and-spoke delivery to dealer and cooperative networks.
Why This Project Matters
A green industrialization project for Nepal's fertilizer future
Nepal Green Fertilizer Industries converts renewable hydropower electricity into green hydrogen, green ammonia, and green urea — addressing recurring fertilizer shortages while turning hydropower into a driver of national industrial development.
Hydropower-Based Production
Green hydrogen produced entirely from renewable electricity.
Climate-Friendly Industry
Low-carbon fertilizer production without fossil feedstock.
Import Substitution
Domestic supply reduces reliance on imported urea.
TESTIMONIALS
What Stakeholders Are Saying
“A well-structured project with strong potential to strengthen Nepal's fertilizer security.”
Suresh Bhattarai
“The technical approach is sound, and the site selection reflects careful planning.”
Priya Maharjan
“Exactly the kind of productive industrial use Nepal's hydropower needs.”
Dipesh Karki
“A promising model for public-private partnership in green industrialization.”
Nisha Adhikari
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