We specialize
in green hydrogen
Poland has over 100 years of expertise in ammonia synthesis, among others, it made from Poland a key player in the European fertilizer market.
Our team draws on this rich history, bringing valuable industry knowledge to help shape greener solutions for the future.
Projects designed by Hynfra lead to provide sustainable energy, heat and system efficiency optimization addressing local communities and specific industrial needs.
Green
hydrogen
Green
energy
Medical
oxygen
Waste
cool
Green
heat
Green
ammonia
Green
hydrogen
HYNFRA
Green
hydrogen
Managment of technology
Energy
storage
Feasibility studies
Green
ammonia
Energy
storage
Managment of
technology supply chain
Green
hydrogen
HYNFRA
Green
ammonia
Energy
storage
Consulting
Managment of
technology
Green
hydrogen
HYNFRA
Green
ammonia
Energy
storage
Consulting
Managment of
technology
Green
hydrogen
HYNFRA
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Feasibility Studies
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
We specialize
in green hydrogen
Poland has over 100 years of expertise in ammonia synthesis, among others, it made from Poland a key player in the European fertilizer market.
Our team draws on this rich history, bringing valuable industry knowledge to help shape greener solutions for the future.
Projects designed by Hynfra lead to provide sustainable energy, heat and system efficiency optimization addressing local communities and specific industrial needs.
Green
energy
Green
hydrogen
Green
ammonia
Energy storage
Feasibility studies
Managment
of technology
Green
hydrogen
HYNFRA
We specialize
in green hydrogen
Hynfra is a company that specializes in the development and implementation of sustainable energy solutions based on green hydrogen. By offering comprehensive energy management services, Hynfra aims to contribute to a cleaner and more sustainable future.
Projects designed by Hynfra lead to provide sustainable energy, heat and hydrogen with efficiency optimization addressing local communities and specific industrial needs.
Green
energy
Green
hydrogen
Green
ammonia
Green
heat
Waste
cool
Medical
oxygen
Green
hydrogen
Green
energy
We support decarbonization
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
We specialize
in green hydrogen
Hynfra is a company that specializes in the development and implementation of sustainable energy solutions based on green hydrogen. By offering comprehensive energy management services, Hynfra aims to contribute to a cleaner and more sustainable future.
Projects designed by Hynfra lead to provide sustainable energy, heat and hydrogen with efficiency optimization addressing local communities and specific industrial needs.
Green
energy
Green
hydrogen
Green
ammonia
Green
heat
Waste
cool
Medical
oxygen
Green
hydrogen
Green
energy
We support decarbonization
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
PROJECT CONCEPT
Project concept
and feasibility study
GREEN HYDROGEN
& AMMONIA
& BIOMETHANE
Development, execution and operation of green hydrogen projects and its derivatives
ENERGY
STORAGE
Development, implementation, and operation of projects related to battery energy storage systems (BESS)
MANAGEMENT OF TECHNOLOGY
SUPPLY CHAIN
Establishment and management of technology supply chains within dispersed energy systems (based on green hydrogen & ammonia). Partnership with the relevant global technology leaders.
FEASIBILITY STUDIES
Consulting and feasibility study services for proposed green solutions
Our support through the project cycle
Hynfra guarantees end to end business coordination, starting with feasibility study, EPC, maintenance, and process optimization.
Municipalities
Renewable hydrogen can significantly support the decarbonization of municipalities by serving as a clean energy source for heating, transportation, and power generation. By replacing fossil fuels in these sectors, hydrogen reduces greenhouse gas emissions and improves air quality. Additionally, it can be used to store excess renewable energy, ensuring a stable and resilient energy supply even during periods of low wind or solar power generation. This transition helps municipalities achieve their sustainability goals and move towards a carbon-neutral future.
Industry
Renewable hydrogen can play a crucial role in decarbonizing industries by replacing carbon-intensive fuels and feedstocks in processes such as steel production, chemical manufacturing, and refining. It can be used as a clean alternative to natural gas in high-temperature industrial processes, reducing CO2 emissions significantly. Additionally, hydrogen can serve as a key input for producing green chemicals and synthetic fuels, enabling industries to transition towards low-carbon operations while maintaining productivity and competitiveness in a sustainable economy.
Our support through the project cycle
Hynfra's contribution through the project cycle
Hynfra's contribution through the project cycle
Hynfra guarantees end to end business coordination, starting with feasibility study, EPC, maintenance, and process optimization.
GREEN HYDROGEN
& AMMONIA
& BIOMETHANE
Development, execution and operation of green hydrogen projects and battery energy storage systems.
ENERGY
STORAGE
Development, implementation, and operation of projects related to green ammonia and biomethane.
MANAGEMENT OF TECHNOLOGY
SUPPLY CHAIN
Establishment and management of technology supply chains within dispersed energy systems (based on green hydrogen & ammonia). Partnership with the relevant global technology leaders.
FEASIBILITY STUDIES
Consulting and feasibility study services for proposed green solutions
PROJECT CONCEPT
Project concept and feasibility study
PROJECT DEVELOPMENT
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process Investment location Fundrasing
ENGINEERING
Optimization of the technological process,selection of technology (OEMs)
CONSTRUCTION &COMMISSIONING
Construction process managment
Inspections and commissioning
OPERATION
Operation and maintanceof plant operationsand managmentof production assests
Accumulation of experienceand potential adjustmentof the operational modelbased on market developmentsto prepare for scalingup operations.
Our goals
Our values
Our values
Our goals
Our values
Sustainability
We prioritize environmental responsibility in all our projects, aiming for sustainable development that benefits both current and future generations.
Integrity
We conduct our business with transparency, honesty, and respect, building trust with our partners, clients, and communities.
Excellence
We strive for excellence in everything we do, maintaining the highest standards of quality, safety, and performance in our projects..
Collaboration
We believe in the power of teamwork and partnerships, working together to achieve common goals and drive progress in the renewables sector.
Responsibility
We take responsibility for our actions and their impact, ensuring our initiatives contribute positively to society and the environment.
Leadership
We lead by example, inspiring others to join us in the journey towards a sustainable, zero-emission future powered by hydrogen.
Our values
Our goals
Rapid deployment of hydrogen technologies
Accelerate the development and implementation of hydrogen technologies to meet the urgent need for sustainable energy solutions.
Zero emissionsis priority
Commit to zero-emission projects that do not compromise on efficiency, safety, or performance, ensuring high standards in all our initiatives.
Innovative solutions for decarbonization
Promote innovation in hydrogen technology to create pioneering solutions that address the pressing challenges of global decarbonization.
Collaboration for a sustainable future
Partner with governments, industries, and communities to build a resilient hydrogen infrastructure that supports widespread adoption and integration.
Education and advocacy
Educate stakeholders and advocate for policies that promote hydrogen as a key element in the transition to a sustainable energy future.
Long-term environmental stewardship
Ensure our projects contribute to long-term environmental health, safeguarding natural resources and promoting biodiversity.
We prioritize environmental responsibility in all our projects, aiming for sustainable development that benefits both current and future generations.
Sustainability
We conduct our business with transparency, honesty, and respect, building trust with our partners, clients, and communities.
Integrity
We strive for excellence in everything we do, maintaining the highest standards of quality, safety, and performance in our projects.
Excellence
We believe in the power of teamwork and partnerships, working together to achieve common goals and drive progress in the renewables sector.
Collaboration
We take responsibility for our actions and their impact, ensuring our initiatives contribute positively to society and the environment.
Responsibility
We lead by example, inspiring others to join us in the journey towards a sustainable, zero-emission future powered by hydrogen.
Leadership
Our values
PROJECT DEVELOPMENT
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
OPERATION
ENGINEERING
CONSTRUCTION,
COMMISSIONING
PROJECT
DEVELOPMENT
Project concept and feasibility study
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Optimization of the technological process, selection of technology (OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
PROJECT
CONCEPT
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
ENGINEERING
Optimization of the technological process,
selection of technology (OEMs)
Hynfra guarantees end to end business coordination, starting with feasibility study, EPC, maintenance, and process optimization.
O&M
Support in operation and maintance of plant operations and management of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations
CONSTRUCTION MANAGEMENT
Consulting & construction process management
ENGINEERING
Optimization of the technological process,
selection of technology
(OEMs)
PROJECT
DEVELOPMENT
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment of permitting process
Investment location
Fundrasing
PROJECT
conception
Project concept and feasibility study
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
PROJECT
CONCEPT
PROJECT
DEVELOPMENT
ENGINEERING
CONSTRUCTION & COMMISSIONING
OPERATION
Securing long-term, fixed price offtake agreements, protecting EBTDA margins
Identifying and designing chemical and technicinal process
Managment permitting process
Investment location
Fundrasing
Project concept and feasibility study
Optimization of the technological process,
selection of technology
(OEMs)
Construction process managment
Inspections and commissioning
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience and potential adjustment of the operational model
based on market developments to prepare for scaling up operations.
Our scope of operation
At Hynfra, our scope of operation spans the development of green hydrogen and ammonia projects, aiming to revolutionize energy systems across industries. We are dedicated to advancing clean energy solutions that drive decarbonization and contribute to a sustainable, zero-emission future.
GREEN HYDROGEN
& AMMONIA
& BIOMETHANE
Development, execution and operation of green hydrogen projects and its derivatives
ENERGY
STORAGE
Development, implementation, and operation of projects related to battery energy storage systems (BESS)
MANAGEMENT OF TECHNOLOGY
SUPPLY CHAIN
Establishment and management of technology supply chains within dispersed energy systems (based on green hydrogen & ammonia). Partnership with the relevant global technology leaders.
FEASIBILITY STUDIES
Consulting and feasibility study services for proposed green solutions
CONSTRUCTION &
COMMISSIONING
Construction process managment
Inspections and commissioning
OPERATION
Operation and maintanceof plant operationsand managmentof production assests
Accumulation of experienceand potential adjustmentof the operational modelbased on market developmentsto prepare for scalingup operations.
OPERATION
Operation and maintance
of plant operations
and managment
of production assests
Accumulation of experience
and potential adjustment
of the operational model
based on market developments
to prepare for scaling
up operations.
Our scope of operation
At Hynfra, our scope of operation spans the development of green hydrogen and ammonia projects, aiming to revolutionize energy systems across industries. We are dedicated to advancing clean energy solutions that drive decarbonization and contribute to a sustainable, zero-emission future.
GREEN HYDROGEN
& AMMONIA
& BIOMETHANE
Development, execution and operation of green hydrogen projects and battery energy storage systems.
ENERGY
STORAGE
Development, implementation, and operation of projects related to green ammonia and biomethane.
MANAGEMENT OF TECHNOLOGY
SUPPLY CHAIN
Establishment and management of technology supply chains within dispersed energy systems (based on green hydrogen & ammonia). Partnership with the relevant global technology leaders.
FEASIBILITY STUDIES
Consulting and feasibility study services for proposed green solutions