Technology and Innovation

This category recognises women in research and development behind new methods and technologies for hydrogen production, storage and transportation. We accepted nominations for women involved in corporate R&D divisions, universities and other research institutes as well as those in technical, engineering and design based roles.

Click here to download the complete list.

Alena is a distinguished leader in the hydrogen space, recognised in the Forbes 30 Under 30. As an energy transition investor, hydrogen expert and board member, she brings unparalleled expertise and visionary leadership to the forefront of the industry. Holding a PhD from Ecole Polytechnique, her groundbreaking research in the analysis of a hydrogen-based transport system and the pivotal role of public policy in the transition to a decarbonised economy underscores her commitment to driving impactful change in the energy sector.

Ann has over 30 years’ experience working as a consultant in the natural gas industry, focusing on dispersion and gas accumulation modelling, whilst also developing and applying risk assessment methodologies. For the past 5 years, Ann’s work has concentrated on hydrogen projects and reviewed experimental research data to validate and update models. Ann has been instrumental in the development of CONIFER, a risk assessment tool which has been used to produce quantified risk assessments for NGN’s H21 project, the Redcar Hydrogen Community and Cadent’s Whitby Hydrogen Village. Ann is continuing to develop models as further research data becomes available and extend the use of the models to additional cases, such as multi-occupancy and commercial buildings.

Xiaoting has become one of the leading global experts on hydrogen electrolyser technology and supply chain. Her work at BNEF is incredibly valued by corporates, technology companies and policy makers. Her network of hydrogen electrolyser manufacturers in China is unparalleled and she is frequently asked to speak to these companies to share her knowledge. She keynote speaks at conferences and events.
Kathrine has been the driving force in ZEG Power as CEO and founder, and later CCO. During her time as CEO, Kathrine matured and sold ZEG’s first clean hydrogen plant with the proprietary ZEG ICCTM technology. The project, which was officially opened in October 2023, is the world’s first commercial clean hydrogen production plant based on natural gas with integrated carbon capture. Kathrine is now in charge of developing the company’s next project which will produce 25-50t/d of clean hydrogen. She has been a strong voice in the debate around hydrogen in Norway for several years.
Kathryn Dooley is a mechanical engineer on the product development team at Amogy. She played an integral role in designing and building the world’s first ammonia-powered zero emission Class 8 truck. She designed and fabricated the enclosures and mounts for the low voltage electronic components in the truck and completed successful fuel cell integration which involved modifying hydrogen fuel cells as which is necessary for the viability of AMOGY's reactor system.
Katriona Edlmann is a recognised scientist in the domain of hydrogen storage at a European level. In the UK, she has been triggering and paving the foundation of the exploration of hydrogen storage sites across both depleted and deep aquifer reservoirs. In Edinburgh, she has contributed to create a multidisciplinary petrophysics and rock imaging laboratory which is reference across the global research with a focus to the hydrogen interaction and rock and microstructural level. In a few years she managed to provide a formative and lasting contribution to energy storage research and public understanding, through the development of pioneering experimental facilities, technologies, and methodologies with an emphasis on quality and innovation in research.
Since taking on the role of head of business unit asset decarbonisation & new technologies at Wien Energie in 2022, Linda has played a crucial role in advancing projects related to geothermal energy, large-scale heat pumps, and the integration of green hydrogen. Her dedication to sustainability shines through as she tirelessly works towards transitioning power plants, industries, and transportation sectors to achieve climate neutrality in Vienna. Additionally, Linda's research endeavors focus on developing resilient solutions such as energy storage and circular economy practices to support the growth of green energy.
Mónica leads electrolyser component development for Johnson Matthey’s Hydrogen Technologies business. Developing these components is technically very challenging in the nascent electrolyser market where customer requirements change quickly. Mónica always takes these challenges in her stride, using her technical expertise to guide and empower her team. She understands inks and coatings and how to tailor formulations to the coating process to achieve the desired product, and above all what hazards may occur – essential to keep her team safe.
Monica is a chemical engineer and holds a doctorate in chemistry. Presently, she is the global director for biofuels technology at KBR, developing and commercializing cutting-edge technologies for fungible sustainable aviation fuels (SAF) with green hydrogen production. Monica has launched PureSAF, which can utilise both alcohols and CO2 into renewable jet fuel. She has extensive knowledge and background in the renewable sector, with hands-on experience from ground research, applied innovative solutions in pilot and demo-scale to executive and board positions brings invaluable strength to the market.
Dr. Pranjali Sharma is a senior manager at Reliance Industries Limited, a developer of low cost, indigenously manufactured composite cylinders for hydrogen storage. She also works on the digitalisation of green hydrogen production technology. She was previously a Prime Minister Research Fellow at IIT Kharagpur. She has worked on developing a virtual design, manufacturing and testing platform for hydrogen storage cylinders. She has disclosed the optimised design and a modified manufacturing technique for developing high performing cylinders in two of her patents.