Global PR for Green Energy,
Cleantech and Climate Action
Shaping a secure and sustainable future
Energize Media is an International Public Relations firm specialising in Renewable Energy, Cleantech, Sustainability and Climate Action. We are motivated and driven to promote progressive solutions which provide a sustainable future for planet Earth. We support and are committed to:
UN Sustainable Development Goals
The Paris Climate Agreement
EU 2030 Greenhouse Gas Emissions Target/ 2050 Climate Neutral Target
Energy
Carbon
Initiatives
Action
X1 Wind joins forces with FibreMax to Enhance Floating Offshore Wind Energy technology
Pioneering floating offshore wind firm X1 Wind has signed an MoU with market leading mooring line manufacturer – and developer of the world’s strongest cables – FibreMax to boost performance, innovation and sustainability in the floating wind energy sector.
Novatron Fusion Group completes exchange with UK Atomic Energy Association
Novatron Fusion Group is strengthening ties in the UK after travelling to Culham Fusion Centre in Oxford to further collaboration with the UK Atomic Energy Authority (UKAEA).
Green Marine UK officially awarded RINA AiP for hydrogen energy retrofit project
Green Marine UK has been officially awarded Approval in Principle (AiP) for its pioneering maritime initiative, Project Verdant, by global classification society RINA at SMM Hamburg 2024.
Novatron Fusion Group hosts US Science Envoy on multi-step Nordic visit
Novatron Fusion Group had the pleasure of welcoming US Department of State’s Science Envoy, the eminent Professor Prineha Narang, from UCLA Physical Sciences, for a guided tour of our Fusion Lab at KTH Royal Institute of Technology in Stockholm.
Progression in harmony with nature
We believe in a bright future where human progression works in harmony with mother nature. Our partnerships with leading wildlife and environmental groups form part of a deeply rooted ethos to drive future innovation while protecting and preserving natural ecosystems, life on land and life underwater.