EcoGraf Ltd.

EcoGraf Conducts Global Bi-Product Development Programs Diversified battery anode materials company EcoGraf Ltd. is pleased to announce the progress of its bi-product development activities supporting the Company's zero waste operating strategy for its new EcoGraf Battery Anode Material Facility in Western Australia. Key Highlights Development programs commenced in Europe, Asia and the United States for GreenRECARB [...]

Battery Anode Material Facility Development Approvals Evaluation of Opportunities for Battery Supply Chain Cooperation in the Kwinana-Rockingham Area Diversified battery anode materials company EcoGraf Ltd. is pleased to provide an update on regulatory permitting and approvals processes for commencement of development activities at its new EcoGraf Battery Anode Material Facility in Western Australia. Data generated from [...]

ASX: GER 18 October 2021 Successful Completion of Product Qualification Program EcoGraf Sustainably Produced Anode Material Outperforms International HF Benchmarks EcoGraf Limited is pleased to advise that it has successfully completed a product qualification program for a major anode producer in which EcoGraf HFfree battery anode material outperformed reference material from existing producers. The extensive program was [...]

EcoGraf Ltd. is pleased to announce it has signed a non-binding Memorandum of Understanding with FYI Resources Ltd. to develop enhanced High Purity Alumina doped carbon coatings material for the lithium-ion battery market. Initial research has demonstrated HPA-doped carbon coatings enhance battery anode performance, by minimising first cycle losses during battery charging cycles, through improvement in protective [...]

EcoGraf Ltd. is pleased to announce progress on key sustainability activities for its new Australian Battery Anode Material facility, that include: - Zero waste operating strategy with the goal of utilising 100% of feedstock through product innovation and development - Engineered water processing solutions to treat and recycle Kwinana-Rockingham wastewater and achieve a 75% reduction in water usage - Adoption of renewable [...]

EcoGraf Ltd. is pleased to announce completion of the Engineering Scoping Study for a modular recycling pilot plant to recover carbon battery anode materials. KEY HIGHLIGHTS - Capital cost estimated at A$5.8m for throughput of 50-100kg/hour - State-of-the-art-facility utilising EcoGraf HFfree purification process with the design providing location flexibility - Plant to demonstrate purification flowsheet capability [...]

EcoGraf Ltd. is pleased to advise that the Company has signed a land reservation agreement for an industrial site in Skellefteå, Sweden in northern Europe as a potential location for a European EcoGraf / Battery Anode Material facility. As previously reported, EcoGraf has been investigating potential sites in a number of European locations, including in Germany and has decided to advance this process in Sweden. The [...]

EcoGraf Ltd. is pleased to release its activities and cash flow report for the three months ended 30 June 2021. HIGHLIGHTS - EcoGraf Battery Anode Material Business - US$35m loan for Australian facility expansion phase - Mechanical shaping program with leading equipment manufacturer using commercial scale plant confirms potential for significantly improved yields in excess of 60% - Pre-construction program progressing [...]

EcoGraf Limited is pleased to provide an update on funding arrangements for the development and expansion of its Battery Anode Material Facility in Western Australia. The new state-of-the-art facility will produce high purity battery anode material using the Company's proprietary EcoGraf HFfree purification process for export to battery markets in Asia, Europe and North America. The initial construction timeframe for the [...]

EcoGraf Ltd. is pleased to announce the results of the EcoGraf HFfree purification of a lithium-ion anode cell production scrap sample from SungEel Hitech. The result is a significant achievement, with the purification process upgrading the material to 99.98% carbon and reducing impurities to minimum levels, whilst retaining the original physical characteristics. These results are in line with major lithium-ion battery [...]