Xiaojing Liu

1) Developed advanced dry coating technology to fabricate dry electrodes for energy storage devices, including supercapacitors, and lithium/sodium-ion batteries. 2) Conducted energy-mass balance calculations and GHG emission assessments for a dry electrode production line with an annual capacity of 1.5 million square meters of electrodes, with the results verified by independent third parties. 3) Managed R&D project budgets to effectively organize time and resources to meet deadlines and project milestones. 4) Developed key components of the QA/QC procedures for supercapacitor-grade activated carbon production at a 400-ton capacity demo plant. 4) Collaborated with a diverse team to address challenges and ensure the successful accomplishment of project goals. 5) Ensured full compliance with environmental and operational safety regulations by promoting sustainability, providing regular safety training, and fostering a responsible and resilient operational environment.

1) Conducted experimental trials and data analysis to broaden dry coating technology from supercapacitors to Lithium-ion batteries. 2) Assessed activated carbon powders with customized surface areas, pore sizes, and particle size distributions in supercapacitors. 3) Collaborated with cross-disciplinary teams from the vendor's company to lead the selection and customization of equipment for the dry electrode pilot production line. 4) Oversaw the evaluation of equipment specifications and performance to meet scalability and efficiency demands. 5) Created detailed plans outlining timelines, goals, budgets, staffing needs, and other requirements for this dry electrode production project. 6) Recruited, trained, supervised, evaluated, and mentored staff members and co-op students. 7) Monitored industry trends to identify opportunities for expansion and innovation.

1) Engaged in a project with AdvEn to create dry coating technology for supercapacitor electrode fabrication. 2) Conducted feasibility assessment of AdvEn's high-surface-area activated carbon for Lithium-Sulfur Batteries. 3) Led formula development, optimized processes, prepared and analyzed electrode films, and documented findings.