Le secteur industriel français rejette chaque année l'équivalent de la production électrique de 6 réacteurs nucléaires sous forme de chaleur appelée chaleur fatale.

6 nuclear reactors

When it comes to wasted heat, industrialists yearly reject as much as 6 nuclear reactors electrical production.

La consommation de combustibles dans l'industrie pour un usage énergétique se partage entre : 51% pour les fours et séchoirs 39% pour les chaudières.

51% for furnaces and dryers

Industrial fuel consumption used for energy purposes is mainly divided between:
furnaces and dryers for 51%
boilers for 39%
.

Notre technologie est destinée à valoriser des fumées d’une température supérieure à 450°C et d'une puissance de l'ordre d'un mégawatt.

1 Megawatt

Our technology is suitable for fumes with a temperature exceeding 450°C and a power of around one megawatt.

Notre solution rend possible la valorisation des pertes thermiques, notamment dans les secteurs tels que la métallurgie, la verrerie ou la chimie

Metallurgy, Glassmaking or Chemistry

Our solution enables to recover wasted heat, especially in industrial lines such as metallurgy, glassmaking or chemistry.

Sur 160kW thermique valorisés, notre module de cogénération produit 40kW mécanique, soit un rendement supérieur à 25%.

Efficiency can reach 25%

It is necessary to improve the energy efficiency rather than reduce basic energy for production. With a power capacity of 40kW produced from 160kW of heat losses, our heat recovery system efficiency can reach 25%.

Engagée dans la transition énergétique, Ananké place les industriels au cœur de sa stratégie afin qu'un autre souffle vert pour l'économie soit possible.

A strong identity

Ananké works actively with manufacturers to be part of energy transition and contribute to creating a more sustainable world.

Ingénieur en aéronautique et spatial, j’intègre l’entreprise ASSYSTEM jusqu’en 2015. Je commence comme Ingénieur Mécanique et évolue vers la fonction de Business Unit Manager et responsable innovation. Mon expérience de Directeur de l’Ingénierie et de l’Innovation au sein de FIVES CINETIC m’a permis d’acquérir les compétences nécessaires à la fonction de Président d’Ananké

WORD FROM THE

PRESIDENT

“Faced with its limits, the exploitation of fossil fuels leads to major environmental and energy crises. In order to prevent an unprecedented cataclysm, our actions call for a necessary environmentally-wise evolution. The energy transition implies structural changes and yields a global challenge that everyone has the opportunity to be a part of.

When it comes to big data, we stand then as a key stakeholder in this industrial revolution that upholds the emergence of intelligent energy networks. Since we are at the heart of an increasingly diversified energy mix, we have the power to harness the resources within our reach, thus going beyond our simple consumers status.

Given this crucial challenge, public and private entities are expected to gather their forces to support democratised energy efficiency. To make this possible, the industry is one of the strategic gateways: the adoption of suitable practices and the innovative solutions deployment are two essential keys when dealing with energy transition, which embody a great source of opportunities to seize and provoke rather than a fatality.”

Brice Bryon

THE CONCEPT

IN ONE VIDEO

Ananké sUPPORTS THE

ENERGY TRANSITION

0 %
primary energy consumption reduction by 2028 against 2012

By achieving zero net greenhouse gas emissions by 2050, France stands as a world-wide leading country progress towards achieving carbon neutrality through Article 1 of the Energy and Climate Change Act. To reach this ambitious target, the Government has laid down the objective to reduce our emissions by at least a factor of six by 2050 as compared to 1990. Obviously, all sectors as building, transport and industry are concerned.

Practical Measures

  • Stopping car manufacturers from selling combustion engine vehicles in 2040
  • Strengthening the building’s energy efficiency: construction of high-performance new buildings, existing buildings renovation, renewable energies integration.
  • Putting a carbon fair price within the whole economy including by the promotion, at European scale, of a carbon floor price and pricing at European borders compatible with international trade rules.
  • Extending and consolidating the energy saving certificates facility.
0 %
final energy consumption reduction in 2028

In the baseline projection, fossil fuel primary energy consumption, which was 1,394 TWh in 2017, is expected to decrease by almost one-third in 2028 to 942 TWh. Specifically, fossil fuels with a higher carbon content represent the highest decline. Accordingly, in 2028, primary coal consumption is expected to drop by 80% from 2012 to reach 28 TWh by using coal as a power generation source. On the other hand, the remaining consumption will mainly concern the steel industry, for which there are not yet any operational methods for massively substituting coal. Concerning oil products, they should meanwhile go down by 34% in relation to 2012 to 569 TWh. Lastly, natural gas should decrease by 22% relative to 2012 to 345 TWh ICP.

Practical Measures 

  • Setting an economy-wide carbon price
  • Rolling a brand-new market facility out: Energy Saving Certificates.
  • Reducing human activities’ energy needs.
  • Halting the combustion-powered vehicles sale in 2040.
0 %
greenhouse gas emissions reduction in 2028

By achieving zero net greenhouse gas emissions by 2050, France stands as a world-wide leading country progress towards achieving carbon neutrality through Article 1 of the Energy and Climate Change Act. To reach this ambitious target, the Government has laid down the objective to reduce our emissions by at least a factor of six by 2050 as compared to 1990. Obviously, all sectors as building, transport and industry are concerned.

Practical Measures

  • Implementing the Building Energy Retrofit Program.
  • Keeping incentive subsidies for renewable heating installation. The latter include heat pumps, biomass boilers, solar combi systems or through renewable heat network connection.
  • Achieving the most efficiently EU’s 2030 target of 37.5% CO2 emissions reduction on new cars sold against 2021.
  • Pursuing until 2025 the PPE applications increases distributed by BPI France, which is dedicated to VSE-SMEs carrying out eligible Energy Saving Certificates work.
0 %
2028 share of renewables in final energy consumption

To move towards carbon-free energy, renewable energies (solar, wind, hydraulics, geothermal, biomass ) need to be strongly promoted in our energy mix. Diversifying the electricity mix is for sure essential to enable the French electricity system to become more resilient and to bridge the potential gaps. There are 3 real springboards as parts of the energy mix: the renewable energies development, the share of nuclear power decrease and the fossil fuel use reduce.

Practical Measures

  • Raising the renewable heat production by 40 to 60% by 2028.
  • Increasing State support for the biogas sector to €9.7 billion to ensure at least 6 to 8% of gas consumption by 2028.
  • Shutting down 14 nuclear reactors, of which 4 to 6 by 2028 (including the 2 in Fessenheim in 2020).
  • Switching completely away from coal-fired heating in households and in heating networks by 2025.
Ananké dispose d'une équipe multidisciplinaire et complémentaire. Technicien, Ingénieur, Docteur, Commercial : une véritable richesse de savoir-faire.

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moteur de valorisation de chaleur fatale industrielle permettant la production simultanée de chaleur utile et d'air comprimé ou d'électricité.

KEOS

Compressed air is an essential and expensive energy consumed in large quantities in industries with high fatal heat emissions. Ananké decides therefore to expand its

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Ananké

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