Core Insights - DevvStream Corp. and Southern Energy Renewables Inc. are collaborating on a project in Louisiana to produce green methanol and carbon-negative sustainable aviation fuel (SAF) using regional wood-waste biomass [1] Company Overview - DevvStream Corp. is identified as a leading firm in carbon management and environmental-asset monetization [1] - Southern Energy Renewables Inc. is a U.S.-based producer focused on low-cost fuels derived from biomass [1] Project Details - The Louisiana project aims to utilize local wood-waste biomass for large-scale production of green methanol and SAF [1]

Core Viewpoint - HyFuel Solar Refinery Pty Ltd, a subsidiary of Vast Renewables Limited, has received AUD 700,000 funding for the SA Solar Fuels project, aimed at developing sustainable fuels for maritime and aviation industries to meet decarbonization targets [1][2][6] Group 1: Project Overview - SA Solar Fuels, formerly known as Solar Methanol 1, is designed to address the increasing demand for sustainable fuels in the maritime and aviation sectors [2] - The demonstration plant will produce 7,500 tonnes per annum of green methanol, sufficient to fuel multiple car ferries and support sustainable tourism and short-sea shipping in Australia [3][10] - The project utilizes hydrogen-derived sustainable fuels to replace fossil fuels in logistics, providing a low-carbon alternative for various industrial applications [3] Group 2: Funding and Support - The ASLET initiative, co-delivered by CSIRO and the Maritime and Port Authority of Singapore, aims to accelerate net-zero emissions in maritime operations while delivering economic benefits [5] - The recent AUD 700,000 funding follows earlier support, including up to AUD 19.48 million from ARENA and EUR 12.4 million from the German government for the HyGATE initiative [7] Group 3: Technical Development - Preliminary front-end engineering and design (pre-FEED) for SA Solar Fuels has been completed, with ASLET funding aimed at further project optimization before commencing full FEED [4][10] - The project will leverage Vast's next-generation concentrated solar thermal power technology, expected to provide the lowest-cost energy for green fuel production [8]