About Us
Get to know the driving force behind Element 30
History
Element 30 was built on the major innovations discovered in rechargeable Zn-ion battery components. Recognising a gap in scale-up investigation, a dedicated team united to create Element 30, led by Dr Guanjie He and Prof. Dan Brett, built on years of leading scientific research. As we progress to transform the battery industry, we invite you to join us on this groundbreaking journey.
Our Team
Discover the exceptional team that powers Element 30's innovation.
Partnerships
Element 30 actively seeks partners and collaborators to engage in pilot testing of our cutting-edge technology, explore joint grant applications, and welcome strategic investors to join us on the forefront of revolutionizing energy storage solutions.
History
The fundamental values that guide Element 30 towards a sustainable future
Innovation and Sustainability
We are committed to driving innovation in battery technology to create more efficient and sustainable energy storage solutions for a greener future.
Research and Development
We invest in ongoing research and development to remain at the cutting edge of battery technology.
Environmental Responsibility
We are dedicated to minimising our environmental impact and our eco-footprint.
We’re Hiring
Committed to pushing the boundaries of energy storage technology? So are we. If you’re interested in joining the team, submit your CV below
News
Here are the latest developments from the team
1
NOV
2023
Fuelling Innovation: Element30 and Prosemino Forge Strategic Partnership.
Cemented by a Memorandum of Understanding, this collaboration propels Element 30's vision into action. Prosemino, a venture builder specializing in start-up investment, provides vital support for proof-of-concept work, igniting the next phase of pioneering energy solutions.
29
AUG
2023
Recent Advances of Aqueous Electrolytes for Zinc-Ion Batteries to Mitigate Side Reactions
Our CTO Prof. Guanjie He has published a review paper on examining the challenges in zinc-ion batteries (ZIBs), focusing on side reactions that reduce capacity and lifespan. The paper emphasises the need for ongoing research to enhance the commercial viability of ZIBs, including understanding side reaction mechanisms and developing cost-effective manufacturing processes.