International Conference on Geothermal Energy and Subsurface Engineering - (ICGESE-26)


19th - 20th December, 2026 | Oslo, Norway

Multi-format (In-person/Virtual)

Registration Options

Explore conference registration categories designed for every mode of participation.

Important Dates

Pre-registration Deadline

19th November, 2026

Paper Submission Deadline

24th November, 2026

Last Date Of Registration

4th December, 2026

Date Of Conference

19th - 20th December, 2026

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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 SDG 7 — Affordable and Clean Energy
SDG 8 SDG 8 — Decent Work and Economic Growth
SDG 9 SDG 9 — Industry, Innovation and Infrastructure
SDG 12 SDG 12 — Responsible Consumption and Production
SDG 13 SDG 13 — Climate Action
SDG 15 SDG 15 — Life on Land
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All Session Tracks

Track 01
Advancements in Geothermal Energy Technologies

This track focuses on the latest technological innovations in geothermal energy extraction and utilization. Participants will explore cutting-edge methods that enhance efficiency and sustainability in geothermal systems.

Track 02
Subsurface Engineering for Enhanced Energy Recovery

This session will delve into subsurface engineering techniques that optimize energy recovery from geothermal resources. Discussions will include modeling approaches and field applications that improve recovery rates.

Track 03
Integration of Renewable Energy Sources

This track examines the integration of geothermal energy with other renewable sources to create hybrid energy systems. Emphasis will be placed on system design and operational strategies that enhance overall energy efficiency.

Track 04
Energy Efficiency in Geothermal Systems

Participants in this session will analyze methods to improve energy efficiency in geothermal applications. Case studies and best practices will be shared to highlight successful implementations.

Track 05
Modeling and Simulation of Geothermal Systems

This track will cover advanced modeling and simulation techniques for geothermal energy systems. Attendees will learn about various software tools and methodologies used to predict system performance.

Track 06
Heat Transfer Mechanisms in Subsurface Environments

This session focuses on the fundamental heat transfer processes occurring in subsurface environments. Research findings will be presented that enhance the understanding of thermal dynamics in geothermal systems.

Track 07
Sustainable Engineering Practices in Geothermal Energy

This track will explore sustainable engineering practices that minimize environmental impact while maximizing energy output from geothermal resources. Discussions will include lifecycle assessments and sustainable design principles.

Track 08
Energy Management Strategies for Geothermal Systems

This session will address effective energy management strategies tailored for geothermal energy systems. Participants will discuss optimization techniques and policy frameworks that support energy sustainability.

Track 09
Industrial Applications of Geothermal Energy

This track highlights the diverse industrial applications of geothermal energy, showcasing successful case studies from various sectors. The focus will be on practical implementations and the economic benefits of geothermal utilization.

Track 10
Thermal Energy Storage Solutions

This session will explore innovative thermal energy storage solutions that complement geothermal energy systems. Participants will discuss the role of energy storage in enhancing system reliability and efficiency.

Track 11
Grid Integration of Geothermal Energy

This track will examine the challenges and opportunities associated with integrating geothermal energy into existing energy grids. Discussions will focus on technical requirements, regulatory frameworks, and future trends in grid integration.

Empowering Research Continuity

At Research Leagues, academic engagement continues without interruption despite the current global situation. Researchers can present and publish through online and integrated participation pathways.