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Les primes CCE dans le cadre de l’installation d’un récupérateur de chaleur


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The government scheme CEE, Certificats d'Économies d'Énergie, is a bonus program dedicated to companies that make investments in order to reduce their energy consumption .

The usefulness of the CEE premiums in the context of the installation of a heat recovery unit.

How to finance a heat recuperator on a compressed air compressor thanks to the CEE (Certificats d'Economie d'Energie) premiums

Do you know? You can receive a bonus for installing a heat recovery unit on your compressor. It is the energy suppliers who pay this premium as part of the Energy Savings Certificate program (CEE premium).

On the way to energy optimization -> by clicking on the picture


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How do I know if I am eligible for the Energy Savings Certificates (CEE premium)?

Each energy supplier is free to determine the amount of its premiums. With respect to the installation of a heat recovery unit, premiums may vary from one supplier to another.

At Airmax Groupe, in the case of an installation, the sales representative in charge of your project is responsible for checking your eligibility for CEE incentives.

Once your project has been detailed and costed, your request is sent to the relevant energy supplier. When installing a heat recovery unit, your eligibility is systematic.


This coverage can cover all or part of your expenses, within the framework of an installation.


Certain installation projects involving the installation of a heat recovery unit are covered at 100%

Case study, example of financing by the Energy Savings Certificates (CEE)

The company Sciage de Sougy, a saving of more than 18000€ in one year

Focus on the company Sciage de Sougy, leader in the wood industry. The company has a power plant with three fixed compressors without heat recovery.

"The current facility was suffering from heat because the compressors were not jacketed. There were three extractors for the evacuation of hot air to the outside. The energy ratio of the old plant was 154w/m3 "

"Thanks to the installation of two new CompAir L75RS compressors and a CompAir SMARTAIR MASTER energy management system , the new ratio has been reduced to 104w/m3, which represents a saving of more than 18,000€/year! "

"The installation of a jacket, on both compressors allowed us to recover the heat emitted by the machines and use it as heating."


- Franck Sauvigne

More pictures on our Linkedin page -> by clicking on the picture

Compressed air and its environmental issues

The energy supplied by a compressor can be converted into heat. Up to 90% of this heat can be recovered and reinjected.

Energy efficiency actions on compressed air systems, auditing for leaks

One of the first actions that can be easily implemented is to find and repair leaks. Without regular intervention, these leaks can quickly become a significant financial cost. In addition, all the air that escapes is not used, but lost.

Example:

  • A hole of 4 mn
  • with a pressure of 7 bars
  • results in a loss of flow: approximately 35 m3/h
  • corresponding to a power of 5,6kW (It takes 0,16 kWh to obtain 1 m3/h)
  • i.e., for a use of 8000h/year, a loss of 44 800 kWh
  • i.e. approximately 4000 € (with a price of 0,09 €/kWh)
  • => net loss = 4000 € for a leak

ADEME has identified the following key savings measures in compressed air systems:

Energy saving Evaluation of the gain
Leakage reduction 20%
Heat Recovery 20%
Variable speed motor 15%

I want to know more about leak detection -> Click here

To go further, call us and/or send us an email if you want to discuss your challenges in order to be accompanied by us.