On-location / Digital Conference

International Conference on Cryogenic Heat Transfer and Cooling Systems (ICCHTCS-27)

06th - 07th Apr 2027,Cascais, Portugal

In Association With:


Important Dates


Early Bird Registration

07th Mar 2027

Paper Submission Deadline

12th March 2027

Registration Deadline

22nd March 2027

Conference Date

06th - 07th Apr 2027

Conference Updates:

"Stay updated with Science Cite Conference news."

  • Early-Bird Registration Reminder:
    Early-bird registration for the Science Cite Conference in Cascais ends soon! Register Now!
  • Certificate of Presentation – Recognizing Your Contribution:
    Receive a Certificate of Presentation to recognize your participation in Cascais conference.
  • Peer Review Process:
    The peer review process will begin soon for Cascais conference.
  • Networking with Global Experts:
    Join global experts at our conference in Cascais.
  • Opportunity for Scopus-Indexed Journal Publication:
    Your research could be published in a Scopus-Indexed Journal. Submit Your Abstract
  • SDG-Inspired Conference Focus:
    Present your work aligned with Sustainable Development Goals.

Conference Session Tracks

SDG Wheel

Aligned with

UN Sustainable Development Goals

This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.

SDG 7 — Affordable and Clean Energy
SDG 9 — Industry, Innovation and Infrastructure
SDG 12 — Responsible Consumption and Production
SDG 13 — Climate Action
Session Tracks
Track 01
Advancements in Cryogenic Heat Transfer Technologies

This track focuses on the latest innovations in cryogenic heat transfer technologies, exploring novel materials and methods. Participants are encouraged to present research that enhances the efficiency and effectiveness of cryogenic systems.

Track 02
Thermal Management in Low-Temperature Applications

This session addresses the challenges and solutions in thermal management for low-temperature applications. Papers discussing innovative strategies for maintaining optimal thermal conditions in cryogenic environments are particularly welcome.

Track 03
Optimization Techniques for Cryogenic Cooling Systems

This track invites contributions on optimization methodologies for enhancing the performance of cryogenic cooling systems. Research that integrates computational techniques and experimental validation is highly encouraged.

Track 04
Energy Efficiency in Cryogenic Processes

This session highlights research aimed at improving energy efficiency in cryogenic processes. Contributions that analyze energy consumption and propose sustainable practices will be prioritized.

Track 05
Thermal Analysis of Heat Exchangers in Cryogenic Systems

This track explores the thermal performance of heat exchangers specifically designed for cryogenic applications. Papers that provide insights into design improvements and performance evaluations are sought.

Track 06
Convective Heat Transfer in Cryogenic Fluids

This session focuses on the mechanisms of convective heat transfer in cryogenic fluids. Contributions that enhance the understanding of fluid dynamics and heat transfer characteristics at low temperatures are encouraged.

Track 07
Innovations in Thermal Systems for Refrigeration

This track showcases cutting-edge research in thermal systems tailored for refrigeration applications. Participants are invited to present findings that advance the efficiency and reliability of refrigeration technologies.

Track 08
Process Engineering in Cryogenic Heat Transfer

This session delves into the process engineering aspects of cryogenic heat transfer systems. Papers that discuss system integration, design optimization, and operational efficiency are welcome.

Track 09
Advanced Cooling Techniques for High-Performance Applications

This track covers advanced cooling techniques applicable to high-performance engineering systems. Research that demonstrates innovative cooling solutions and their impact on system performance will be highlighted.

Track 10
Thermal System Design for Energy Systems

This session focuses on the design considerations of thermal systems within broader energy systems. Contributions that address the interplay between thermal management and energy efficiency are particularly relevant.

Track 11
Future Trends in Cryogenic Heat Transfer Research

This track aims to identify and discuss emerging trends in cryogenic heat transfer research. Participants are encouraged to speculate on future developments and their potential implications for engineering practices.

Indexed / Supported By

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Academic Institutions Whose Scholars Have Contributed

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