January 23-25, 2026 Kuala Lumpur, Malaysia
In the context of global climate change and the consequent need to phase out use of fossil fuels, the development of renewable energy sources has become one of the main drivers of the green economy. Developments in green technology can also improve efficiency and reduce emissions of greenhouse gases, while reducing the ecological footprint of human activities. Green technology and renewable energy continue to develop very rapidly, providing insights into the process of scientific and technological innovation, and its potential impacts.
The 2nd International Conference on Green Technology and Energy Engineering (GTEE 2026) will be held in Kuala Lumpur, Malaysia during January 23-25, 2026. GTEE 2026 is sponsored by Society of Advanced Science and Engineering, technical supported by ATHLETICS NET (https://eduallp.org/torrefaction), media supported by MDPI-Catalysts; MDPI-Energies; Clean Energy and Sustainability. The conference provides a communion platform to explore the potential of energy engineering and green technology, as well as its ethical and social implications. It is forum for both young and experienced researchers and seasoned academics to present their work on a global stage.
The conference features peer-reviewed presentations showcasing the latest technologies, applications and services, keynote talks from renowned academics, special session, academic visit and social events. Every year, the conference will be organised to provide an excellent platform for researchers, developers, engineers, students, and practitioners working all around the world to discuss their their perspectives and experiences in the fields of energy engineering and green technology, as well as related fields.
We are pleased to invite you to submit high-quality original research and technical contributions for presentation in GTEE 2026 to share your latest research results with other researchers from all over the world. Look forward to meeting you in GTEE 2026!
Submission Deadline
December 28, 2025 (Final Call)
Notification of Acceptance
January 5, 2026
Registration Deadline
January 10, 2026
All submissions should be formatted according to the conference template (ABSTRACT TEMPLATE DOWNLOAD) .
* Abstracts must be submitted in English.
* Word Limit for Abstracts: 350 words. *Each author can only submit a maximum of two (2) abstracts.
* Abstract will not be published but only included in the conference program book.
Once you prepared your abstract, please submit it via the button below for review before the deadline (CMT SUBMISSION SYSTEM).
* High-quality papers (accepted and presented at the conference) can be recommended for publication to the Special Issue "Integrated Catalytic Strategies for Water Remediation and Renewable Energy Production: From Novel Mechanisms to Practical Concepts" of MDPI-Catalysts (ISSN 2073-4344).

* Selected paper (accepted and presented) can be recommended to Clean Energy and Sustainability (ISSN: 2959-7676)
* GTEE 2024 Proceedings has been published by E3S Web of Conferences (Volume 597) and indexed by Scopus.

Prospective authors are requested to submit quality research articles on the energy engineering and green technology, and key topics can be but not limited to:
All the submissions should be formatted according to the conference template.
* Abstract should be written in English and contains 200 -300 words.
The author should submit the manuscript for review before the deadline via online submission system:
https://cmt3.research.microsoft.com/GTEE2025
▪ First-time users of system should register a account firstly, then upload your paper to the system.
▪ Your submission will be confirmed immediately by the system and in 2-3 working days by conference secretary. Please make sure that you set SPAM settings to allow emails from gtee_conf@163.com
▪ For further information or any questions regarding paper submissions, please contact at gtee_conf@163.com
Special Session I: From pollution to solution: wastewater treatment innovations for a greener environment

Prof. Dr. Mostafa Ghasemi Baboli (Top 0.5% of all scholars worldwide)
Yangtze Delta Region Institute (Huzhou), University of Electronic Science and Technology, China (webpage)
If you are expanding the environmental challenges, wastewater treatment is at the forefront of sustainable development. This session explores groundbreaking innovations that transform contaminants into valuable resources. From advanced membrane technologies to nature-based solutions, our focus is on environmentally friendly, energy-efficient strategies. We want to form a cleaner and healthier planet by bridging science, engineering and environmental responsibility. The knowledge shared here promotes progress towards circular water consumption and climate resistance. Turn your sewage problem tomorrow into tomorrow's environmental solutions.
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