Clean TeQ Holdings Limited announced the completion of a study confirming the availability and cost of renewable energy to supply 100% of the external power requirements for the Company's Sunrise Battery Materials Project in New South Wales (`Sunrise`). Transformative in its impact, the proposal eliminates approximately one-third of the project's total carbon emissions and positions Sunrise as one of the world's largest battery metals producers, designed to run on 100% renewable power. Over the first 25 years of operation, the change is estimated to reduce carbon dioxide emissions by 4.6 million tonnes, equivalent to taking over 1 million cars off the road for a year. It will also lower Sunrise's estimated carbon intensity to 12kg CO2e/kg Ni (in nickel sulphate), giving it one of the lowest carbon footprints for battery-grade nickel production in the world. The NSW Electricity Infrastructure Roadmap: Sunrise is located on the doorstep of the Central West Orana Renewable Energy Zone (`REZ`) in New South Wales, one of the fast growing renewable energy corridors in Australia. With the REZ expected to unlock up to 3 Gigawatts (GW) of new renewable electricity supply by the mid-2020s (and with expressions of interest for 27GW already submitted by prospective developers) the REZ forms the backbone of the NSW Electricity Infrastructure Roadmap. This Roadmap will see a further 12GW of new renewable transmission capacity built across NSW, delivering 90 million tonnes of carbon emission reductions, by 2030. The Sunrise Renewable Power Study: The majority of Sunrise's energy demand will be generated on-site from a co-generation circuit attached to the acid plant. Supplemental energy is required for peak demand and at times when the acid plant may not be operating at full capacity, such as during maintenance shut-downs.