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IFP Energies nouvelles (IFPEN) is a major player in research and training in the fields of energy, transport and the environment. From scientific concepts in fundamental research to technological solutions in applied research, technological innovation is at the heart of its action. Climate, environment and circular economy.
- IFPEN
Focus on natural hydrogen: IFPEN involve in IEA and DGEC...
- Issues and Foresight
Yannick Peysson, manager of IFPEN’s “Underground resources...
- Innovation and Industry
INNOVATING TO SUPPORT THE ENERGY TRANSITION. Sustainable...
- Fundamental Research
In the 21st century, the challenge of the ecological...
- Presentation
OUR MISSION. As part of the public-interest mission with...
- Organization
A MATRIX ORGANIZATION The implementation of R&I programs at...
- CSR policy
A leading energy transition player in its capacity as a...
- Decoding keys
Energy storage. Critical metals and rare earths. Plastic...
- IFPEN
3. Feb. 2022 · Sustainable mobility. Responsible oil and gas. 02.03.2022. 2 minutes of reading. Oil & Gas Science and Technology (OGST), an academic journal headed by IFP Energies nouvelles (IFPEN) is taking on a new identity to become Science and Technology for Energy Transition (STET).
16.05.2022. 20 minutes of reading. IFPEN's 2021 Activity Report has just been published. Focusing on ecological transition, it looks back on a year of commitments and key events for the energy transition. In 2021, IFPEN’s teams rose to the dual challenges posed by the economic and health crises - with Covid slowing the pace for the second ...
- What Is Hydrogen?
- Where Is Hydrogen Found?
- How Is Hydrogen produced?
- How Is Hydrogen stored?
- How Is Hydrogen transported?
- How Is Hydrogen Currently used?
Like electricity, dihydrogen H2 (hydrogen) is primarily an energy vectorand not an energy in itself, since it is produced as a result of a chemical reaction based on a primary resource. Currently, for economic reasons, 95% of hydrogen is produced via the conversion of fossil energies, with almost half coming from natural gas. Production involves ex...
The main resources exploited for di-hydrogen H2 production (referred to hereafter as hydrogen, despite this being technically incorrect) are water and hydrocarbons (coal, oil and gas). • A single water molecule is made up of one atom of oxygen and two atoms of hydrogen, as reflected in the formula H2O. • Hydrocarbons are produced by a combination o...
Different production methods exist: 1. Steam natural gas reforming is the most widely employed technique. It consists in causing methane to react with water to obtain a mixture of hydrogen and CO2. The CO2 emitted by this process may potentially be captured and stored to produce low-carbon hydrogen. Instead of natural gas, the use of biomethane (me...
Hydrogen has a very high specific energy (1 kg of hydrogen contains as much energy as around 3 kg of oil) but a very low volumetric density. It has to be converted to be able to store it in a volume that can be used: - by compressing it to 700 bar: 7 liters of hydrogen can contain as much energy as 1 liter of gasoline; - by liquefying it to compres...
Hydrogen is generally transported in compressed form via a relatively extensive network of pipelines; a total of more than 4,500 km in the world, including 1,600 km in Europe and 2,500 km in the USA. Countries like Japan are considering importing hydrogen, which would be shipped in from Australia, for example.
There are currently two principal uses of hydrogen: firstly, it is a base material for the production of ammonia (fertilizer) and methanol; secondly, it is used as a reagent in the refining processes that convert crudes into oil products, fuels and biofuels. However, there are numerous other potential uses for the gas, and hydrogen is a promising s...
IFP Energies nouvelles (IFPEN) est un acteur majeur de la recherche et de la formation dans les domaines de l’énergie, du transport et de l’environnement. De la recherche à l’industrie, l’innovation technologique est au cœur de son action.
In brief: Title: Energy Transition: “Innovation Towards a Low-Carbon Future”. Dates: from 27 January to 2 March (followed by two additional weeks without teaching time to enable participants to finalize the assessment process) Free enrollment: https://mooc.innovation.ifpschool.com/Minisite/home/22186#prog. Estimated workload: 2 to 3 hours per week.
