Hysata
Denise Chan has a diverse work experience that spans several industries and roles. Denise first worked as a Technical Support Team Intern at Veolia in 2018, followed by a role as a Maker Mentor at UNSW MCIC Foundations Program. Denise then joined the UNSW Chemical Engineering Undergraduate Society, where they held various positions, including Treasurer and 2nd Year Representative.
In 2019, Denise became a Business Development Coordinator and an HR Coordinator at Real Skills Education. During this time, they also participated in the Engineering Power-Up Program.
Denise then worked at Origin Energy as a Process Safety Engineer in 2020, followed by a role as a Process Engineer at SUEZ - Water Technologies & Solutions. In 2021, they returned to Origin Energy as a Sponsored Thesis Student, where they worked on a Technoeconomic and Environmental Feasibility study of a Decentralised Hydrogen System.
Denise's most recent role was at Deloitte, where they worked as an Analyst in the Energy & Climate Advisory division from September 2021 to March 2023. Denise is currently working at Hysata as a Commercial Analyst starting from March 2023.
Denise Chan's education history begins in 2014 when they attended Fort Street High School until 2016. After completing their high school education, they went on to pursue a Bachelor of Engineering in Chemical Engineering (First Class Honours) at UNSW from 2017 to 2021. In 2019, Denise took part in an international exchange program at the DTU - Technical University of Denmark, focusing on Chemical Engineering. Apart from their formal education, Denise also possesses a certification in "Working with Children Check" issued by the NSW Office of the Children's Guardian, although the specific date of obtaining this certification is not provided.
Hysata
1 followers
Hysata is working on creating a new type of hydrogen electrolyzer. Its technology has the potential to significantly alter the economics of green hydrogen production, bringing green hydrogen under $2/kg within reach and hastening the global transition to net zero emissions. It is based on ground-breaking Australian technology developed by ateam led by chemical catalysis and characterisation expert Professor Gerry Swiegers from the University of Wollongong's ARC Centre of Excellence for Electromaterials Science. By delivering the world's best electrolyzer, the company hopes to accelerate the world's transition from fossil fuels to green hydrogen.