Innovative design for an improved tubular heat exchanger
Domaines
Environnement
Habitat
Energie
Mobilité
Technologie Technologies de récupération de chaleur à basse température
Market Challenges
Waste heat recovery and optimization and heat transfer optimization pose significant challenges, particularly in terms of system performance, size and cost.
Indeed, the current installations take up space and the shaping process is expensive.
Among the improvement leads, chaotic flows are wellknown to be especially effcient for heat transfer and mixing but diffcult to manufacture at reasonnable cost and size.
Innovative solution
We developed a compact heat exchanger system designed with sine-helicoidal geometry channels generating chaotic flows.
Benefits
This innovative shape allows :
- Customized & optimized design for each use case
- Improved mixing & heat transfer compared to classical tubular systems
- Easy production by traditional method or 3D printing
- Save space
Suggested Applications
All areas with strong heat exchange/mixing/reacting efficiency expectations:
- Agri-food engineering
- Chemical and petroleom engineering
- Aeronautical
- Automotive
- Heat recovery
- etc.
Inventeurs
Yves LE GUER
Kamal EL OMARI
Univ. Pau & Pays Adour, E2S UPPA (Laboratoire SIAME)
Propriété intellectuelle
Patent applications : patent filed in January 2019
Contact
Benoît Sore
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