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It is Hynfra's most advanced project in the northern region of the African continent, offering excellent connectivity to Europe.
The initiative aims to harness the country's strategic geographic position, extensive coastline, and abundant renewable energy resources—solar and wind. The project consists of two main components: a chemical production plant and renewable energy facilities.
The chemical plant will produce green hydrogen and green ammonia. To power this production, a dedicated renewable energy system will be situated 50-70 km away and connected directly to the facility. The plant is designed with scalability in mind, starting with a production capacity of 400,000 tons per annum.
0.4 MTPA
Yearly production of renewable ammonia
Egypt
Basic data
$5.8 bn
CAPEX
Egypt
Back
It is Hynfra's most advanced project in the northern region of the African continent, offering excellent connectivity to Europe.
The initiative aims to harness the country's strategic geographic position, extensive coastline, and abundant renewable energy resources—solar and wind. The project consists of two main components: a chemical production plant and renewable energy facilities.
The chemical plant will produce green hydrogen and green ammonia. To power this production, a dedicated renewable energy system will be situated 50-70 km away and connected directly to the facility. The plant is designed with scalability in mind, starting with a production capacity of 400,000 tons per annum.
Basic data
$5.8 bn
CAPEX
0.4 MTPA
Yearly production of renewable ammonia
Egypt
Back
It is Hynfra's most advanced project in the northern region of the African continent, offering excellent connectivity to Europe.
The initiative aims to harness the country's strategic geographic position, extensive coastline, and abundant renewable energy resources—solar and wind. The project consists of two main components: a chemical production plant and renewable energy facilities.
The chemical plant will produce green hydrogen and green ammonia. To power this production, a dedicated renewable energy system will be situated 50-70 km away and connected directly to the facility. The plant is designed with scalability in mind, starting with a production capacity of 400,000 tons per annum.
Basic data
$5.8 bn
CAPEX
0.4 MTPA
Yearly production of renewable ammonia
2028 MW
RES installed power
692 MW
Electrolysis installed power
Location & infrastructure
The planned chemical plant installation is proposed to be located up to 10 km from the coast, preferably near the coastline, and will include a desalination plant and a marine terminal for ammonia, methanol, hydrogen, and other products export.
The renewable energy production required to power the chemical plant is planned to be situated up to 50-70 km away, necessitating a dedicated direct line connection.
Egypt's potential
Egypt’s vast unpopulated territories complimented with its high potential linked to a combination of highly competitive renewable energy sources (solar and wind), an extensive coastline along Mediterranean & Red Sea, with newly developed ports, and infrastructure alongside the strategic location of the Suez Canal position the country as a strong contender at the forefront of the global energy transition.