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Hynfra projects development map

Hynfra relentlessly advances

its portfolio withgroundbreaking projects fostering sustainable growth. Discover our projects

map to learn more about our

global initiatives.

Industrial projects - Tier 1

Industrial projects - Tier 2

Municipal projects

Egypt

$ 1.6 bn

Ammonia industrial type project in the eastern part of the country

Jordan
$ 1.0 bn

Ammonia industrial type project in Port
of Aqaba

Mauritania

$ 1.0 bn

Ammonia industrial type project near Port of Nouakchott

Greece

$ 2.0 bn

Ammonia industrial type project near Port

of Kavala

Oman
$ 5. bn

Ammonia industrial type project near Port of Duqm

Poland, Sanok
Municipal type hydrogen based project

Ukraine, Bucha
Municipal type hydrogen based projects

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Powering the
future with 

Renewable Hydrogen
& Ammonia Projects

See our selected ammonia industrial projects

Hynfra in numbers

Our municipal projects

The city of Bucha,
Ukraine

Project envisages energy production for local consumption. Hydrogen and ammonia will be produced from renewable energy sources such as solar and wind power and further consumed as electricity and fuel, among others. Project assumptions are currently being prepared and a feasibility study will follow.

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The city of Sanok,
Poland

Hydro Sanok is a project involving the electrification of district heating in Sanok. The planned activities include both the installation of modern heating equipment and the construction of renewable energy sources (PV) on leased land around the city. As a result, residents of Sanok will be able to benefit from emission-free and affordable heat.

The city of Butcha Case
Ukraine

Project envisages energy production for local consumption. Hydrogen and ammonia will be produced from renewable energy sources such as solar and wind power and further consumed as electricity and fuel, among others. Project assumptions are currently being prepared and a feasibility study will follow.

The city of Bucha,
Ukraine

Project envisages energy production for local consumption. Hydrogen and ammonia will be produced from renewable energy sources such as solar and wind power and further consumed as electricity and fuel, among others. Project assumptions are currently being prepared and a feasibility study will follow.

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The city of Sanok,
Poland

Hydro Sanok is a project involving the electrification of district heating in Sanok. The planned activities include both the installation of modern heating equipment and the construction of renewable energy sources (PV) on leased land around the city. As a result, residents of Sanok will be able to benefit from emission-free and affordable heat.

Our company

Hynfra is a project developer, system designer, technology integrator and executor.

 

Hynfra is a Polish company with deep experience in green ammonia and hydrogen. We focus on project development, system design, and technology integration to support the transition towards sustainable energy.

Hynfra is a project developer, system designer, technology integrator and executor.

Hynfra is a Polish company with deep experience in green ammonia and hydrogen. We focus on project development, system design, and technology integration to support the transition towards sustainable energy.

Explore more
about our company

>150

Employees

5

Project Teams

70

Partners Worldwide

22

Companies in the Group

Our strategical Partners

>150

Employees

5

Project Teams

>150

Employees

5

Project Teams

70

Partners Worldwide

22

Companies in the Group

Latest news

247

Employees

5

Project Teams

70

Partners Worldwide

25

Subsidiary companies

News

Latest news

247

Employees

5

Project Teams

70

Partners Worldwide

22

Companies in the Group

Our strategical Partners

Portfolio of completed works

Portfolio of completed works

Portfolio of completed works

Selected contracted assignments

Jordan, Aqaba

Jordan Green Ammonia (JGA) is Hynfra’s first and most advanced project in the Middle East, which is widely recognized as one of leading destinations for H2

and NH3 projects.

Oman, Duqm

Green Ammonia Oman (GAO) stands as Hynfra's flagship venture in the Middle East and the largest production project

in the portfolio.

Greece, Kavala

Hellenic Green Hydrogen and Ammonia ΜΟΝΟΠΡΟΣΩΠΗ Ι.Κ.Ε.  stands as the most advanced green ammonia production project undertaken by Hynfra within Europe.

Mauritania, Nouakchott

This is the most developed and advanced initiative of Hynfra on the African continent.

Egypt

It is Hynfra's most advanced project in the northern region of the African continent, offering excellent connectivity

to Europe.

Other projects pipeline

Hynfra's project pipeline reflects a dynamic portfolio of initiatives at various stages of development.

 
Feasibility Study

Conducting of a Feasibility Study (FS) on renewable energy sources utilizing hydrogen production through electrolysis.

Energy transformation of a household appliance manufacturer in the scope including the production of renewable energy, heat, and hydrogen.

Feasibility study completed and approved by the Investor. The project development is under way.

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Domestic appliance manufacturer

 
Feasibility study with
the basic design 

Conducting of a Feasibility Study (FS) on renewable energy sources utilizing hydrogen production through electrolysis.

Energy transformation of a household appliance manufacturer in the scope including the production of renewable energy, heat, and hydrogen.

Feasibility study completed and approved by the Investor. The project development is under way.

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SPV established to implement the decarbonization of the municipality of the city of Sanok

 
Technical Report
(Pre-Feasibility Study)

Renewable ammonia production plant with a production capacity of 100,000 tons/ year in a technology based on the use of renewable hydrogen from the electrolysis process powered by energy from a photovoltaic farm and wind farm supported by a battery energy storage system.

Technical Report completed and approved by the Client and the Ministry of Energy and Mineral Resources of Jordan. Work is underway on the land use agreement and the development of a bankable feasibility study.

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Ministry of Energy and Mineral Resources of Jordan

 
Feasibility Study

Conducting of a Feasibility Study (FS) on renewable energy sources utilizing hydrogen production through electrolysis.

Energy transformation of a household appliance manufacturer in the scope including the production of renewable energy, heat, and hydrogen.

Feasibility study completed and approved by the Investor. The project development is under way.

Domestic appliance manufacturer

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Feasibility study with the basic design 

Decarbonization of the Municipality of the City of Sanok.

 

The investment includes, among others: the construction of a photovoltaic plant, the installation of a modern heat pump, the construction of a battery energy storage system, the construction of a hydrogen production plant through water electrolysis, an electrode boiler, and a heat storage system.

Feasibility Study completed and approved by the Investor. The project development is under way.

SPV established to implement the decarbonization of the Municipality of the City of Sanok

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Technical Report
(Pre-Feasibility Study)

Renewable ammonia production plant with a production capacity of 100,000 tons/ year in a technology based on the use of renewable hydrogen from the electrolysis process powered by energy from a photovoltaic farm and wind farm supported by a battery energy storage system.

Technical Report completed and approved by the Client and the Ministry of Energy and Mineral Resources of Jordan. Work is underway on the land use agreement and the development of a bankable feasibility study.

Ministry of Energy and Mineral Resources of Jordan

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Elektrownia słoneczna

Studium wykonalności Fibrain

 

Studium wykonalności dotyczące zaprojektowania i dostarczenia instalacji do wytwarzania wodoru odnawialnego

Instalacja do produkcji wodoru odnawialnego zastąpi obecnie pozyskiwany z zewnątrz wodór emisyjny o wysokim śladzie węglowym, który jest stosowany przez Inwestora do celów technologicznych; inwestor planuje zastąpić tenże wodór wodorem odnawialnym produkowanym w instalacji elektrolizy zasilanej z własnej farmy fotowoltaicznej z wykorzystaniem magazynu energii. Zamawiający planuje wykorzystać nadwyżkę wyprodukowanego wodoru na cele własne (transport samochodowy), jak i sprzedaż na rynku; capex ok. 80 mln Euro.

Studium wykonalności opracowane we
współpracy z TÜV SÜD Polska Sp. z o.o. i
odebrane przez Inwestora. Proces inwestcycyjny w fazie przygotowania przez Hynfra. Inwestycja 2022 będzie realizowana przez spółkę celową założoną przez Hynfra oraz Klienta; Hynfra docelowo będzie świadczyć usługi EPCM.

1

Dokumentacja do Innovation Fund
Fibrain

 

Kompleksowa dokumentacja wniosku o dofinansowanie z UE w ramach programu Innovation Fund Large Scale Projects (innovative electrification in industry and hydrogen) obejmująca: Studium Wykonalności w ujęciu technczo-technologicznym, Biznes Plan przedsięwzięcia oraz Program Komunikacji Wiedzy (knowledge sharing plan)

Instalacja do produkcji wodoru odnawialnego (100 ton/rok) w celu zastąpienia obecnie pozyskiwanego z zewnątrz wodoru szarego o wysokim śladzie węglowym, który jest stosowany przez Inwestora do celów technologicznych; instalacja do produkcji wodoru odnawialnego składająca z instalacji elektrolizy zasilanej z własnej farmy fotowoltaicznej z wykorzystaniem magazynu energii i magazynu wodoru. Zamawiający planuje wykorzystać nadwyżkę wyprodukowanego wodoru na cele własne (w tym transport samochodowy), jak i sprzedaż na rynku

2

Studium wykonalności odebrane przez Odbiorcę oraz analiza technologiczna pozytywnie 2023 oceniona przez Innovation Fund.

Dokumentacja do Innovation Fund
Fibrain

Kompleksowa dokumentacja wniosku o dofinansowanie z UE w ramach programu Innovation Fund Large Scale Projects (innovative electrification in industry and hydrogen) obejmująca: Studium Wykonalności w ujęciu technczo-technologicznym, Biznes Plan przedsięwzięcia oraz Program Komunikacji Wiedzy (knowledge sharing plan)

Instalacja do produkcji wodoru odnawialnego (100 ton/rok) w celu zastąpienia obecnie pozyskiwanego z zewnątrz wodoru szarego o wysokim śladzie węglowym, który jest stosowany przez Inwestora do celów technologicznych; instalacja do produkcji wodoru odnawialnego składająca z instalacji elektrolizy zasilanej z własnej farmy fotowoltaicznej z wykorzystaniem magazynu energii i magazynu wodoru. Zamawiający planuje wykorzystać nadwyżkę wyprodukowanego wodoru na cele własne (w tym transport samochodowy), jak i sprzedaż na rynku

2

Studium wykonalności odebrane przez Odbiorcę oraz analiza technologiczna pozytywnie 2023 oceniona przez Innovation Fund.

Analiza odnawialnych
źródeł energii
z produkcją wodoru

Studium wykonalności w zakresie odnawialnych źródeł energii wykorzystujących produkcję wodoru w procesie elektrolizy 

Studium wykonalności w zakresie odnawialnych źródeł energii wykorzystujących produkcję wodoru w procesie elektrolizy 

4

Studium i projekt dekarbonizacji Sanoka
 

Studium wykonalności wraz z projektem podstawowym dekarbonizacji Gminy Sanok

5

Studium wykonalności wraz z projektem podstawowym dekarbonizacji Gminy Sanok

Analiza i warianty koncepcji odnawialnych źródeł energii

Analiza danych i przygotowania kierunkowych wariantów dla przygotowania koncepcji inwestycji w odnwilane źródła energii 

Analiza dotyczyła możliwości dekarbonizacji działalności klienta w oparciu o odnawilane źródła energii, magazyny energii, produkcji wodoru w procesie elektrolizy pompy ciepła i kotła elektrowodorowego

Opracowanie wykonane i przyjęte bez zastrzeżeń

3

Technical Report
(Pre-Feasibility Study)

 

Zakład produkcji odnawialnego amoniaku o zdolności produkcyjnej 100.000 ton/rok w technologii opartej na wykorzystaniu wodoru

odnawialnego pozyskiwanego w procesie elektrolizy zasilanego energią z farmy fotowoltaicznej wspomaganej bateryjnym magzynem energii

6

 
Feasibility Study

Conducting of a Feasibility Study (FS) for the design and delivery of a renewable hydrogen generation facility.

The FS was developed in collaboration with TÜV SÜD Polska and has been submitted to the Investor.

The investment process is currently being prepared by Hynfra, which will serve as the provider of EPCM services for the project.

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Fiber optics manufacturing client

 
Documentation
for EU funding

Comprehensive preparation of documentation for an application for EU funding under the Innovation Fund Large Scale Projects program for a renewable hydrogen production facility (100 tons/year) to replace the gray hydrogen currently sourced externally.

Feasibility study received by the Recipient and technological analysis positively 2023 evaluated by Innovation Fund.

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Fiber optics manufacturing client

 
Analysis and variants
of renewable energy concepts

Analysis of data and preparation of directional variants for the preparation of investment concepts in renewables.

The analysis concerned the possibility of decarbonizing the client's operations based on renewable energy sources, energy storage, hydrogen production by electrolysis of a heat pump and an electrohydrogen boiler.

 

Study completed and accepted without objection.

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Municipal district heating company

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