IFPEN and Inria are launching a strategic partnership on high-performance simulation and Artificial Intelligence (AI) for the exploitation of data to support the energy transition
Gas treatment OVERVIEW AND CHALLENGES The development of ever more efficient gas treatment technologies is supported by: the increase in gas consumption through to 2040 despite a slowdown resulting from the global Covid-19 pandemic, (+ 1.2%/year to 2040*) Its contribution to the energy mix to the tune of 25% in
IFPEN studies natural gas conversion, firstly for centralized hydrogen production via the development of highly energy-efficient processes and, secondly, for liquid fuel production. IFPEN also focuses on natural gas sweetening.
Gas treatment Our strengths Historic expertise in the field of process development. A large portfolio of live patents in the field of gas treatment and purification. A global approach to meet the objectives of the sector’s economic competitiveness and the reduction in its environmental footprint.
In the energy sector, semi-crystalline polymers a are primarily used within structures located in aggressive environments, to form coatings (waterproofing, thermal or electric barriers). These
The optimized design of processes is a complex but promising approach in terms of the expected benefits for the efficiency of industrial systems and their operating performance. It is an area that was
In the face of declining oil and gas reserves, increasing the productivity of oil fields has become a technological challenge of the utmost importance. Accordingly, well positioning and trajectory are
Alumina, the archetypal material used for hydrotreatment catalyst supports, has a porous structure at supramolecular scales, determining the transport of oil feeds within it. This structure is largely