Event Information
Date
2024-09-23 TO 2024-09-24
Location
Prague, Czech Republic
Description
Coalesce Research Group is delighted to welcome all the Speakers, Delegates, Researchers, Students and Industrialists to be a part of our "2nd International Conference on Energy Engineering and Resource Efficiency”. It is a two-day conference going to be held from September 23-24, 2024 in Hotel Duo, Prague, Czech Republic.
The theme of the conference is “Current Research on Energy Engineering and Technologies” provides a forum for both researchers and industrial to present and share their latest findings in all aspects of Energy Engineering and Resource Efficiency equally. Energy Engineering 2024 covers all the major and minor topics - Renewable Energy, Energy Storage, Energy Economics, Advanced Energy Systems, Energy and Artificial Intelligence, Sustainable Development and Sustainable Technology, Environmental Sustainability and Climate Change, Cleaner Production, Circular Economy, Resource Efficiency and Waste Management, Decarbonization, Net Zero Emissions and more which plays an important role to maintain a sustainable development for Future Technology.
The conference includes Keynote and Plenary Sessions, Speaker Sessions, Young Researcher Forum, Workshops, Symposia, Video Presentations, Poster presentations, E-Posters, Exhibitions and also an opportunity for B2B meetings on the most recent improvements in the field of Energy Engineering and Technologies by specialists from both Scholastic and Commerce foundation.
Scope and Importance
According to the head of the International Renewable Energy Agency (IRENA), energy crisis will likely accelerate the transition to greener fuels. Higher usage of renewables helps to invest in cleaner energy technologies that are needed to bring emissions down to net zero.
Aim of the Conference
This conference aims to investigate innovative applications and research in the areas of energy production, alternative and renewable energy supply, energy savings analysis, cleaner production, optimization of energy processes and the environmental impacts.