Danya Carla Maree

• Took over as Project Lead for a feasibility study funded by the Northern Ontario Ministry of Natural Resources (project value €500,000), evaluating 4-5 biomass-based biochar/energy plants as an offtake solution for paper and pulp mills at risk of closure. • Coordinated cross-functional workstreams (site selection, market and regulatory analysis, feedstock/offtake, business case & sensitivity analysis, FEED engineering, CAPEX/OPEX), ensuring outputs met the project mandate. • Compiled consolidated project

• Designed and led a new company-wide operating process connecting R&D, commercial projects, and quality teams - mapped the full workflow from biomass sample intake to engineering handoff, with supporting templates and Asana ticketing system to cut manual coordination. • Built modular simulation templates (using DWSim and Python) for modelling production business cases, validated to within 5% of real-world data, replacing manual Excel modelling. • Built a comparative techno-economic and LCA model benchmarki

• Founded and independently ran a technical consultancy serving greentech and biomass-energy startups across the Netherlands, Germany, United Kingdom, USA, and Sub-Saharan Africa. • Owned the full business development cycle as a solo operator: prospecting, client relationships, proposals, and working alongside founders in their project development initiatives. • Delivered CFD and process simulation (DWSim, OpenFOAM), ISO 14040 life-cycle assessments, feasibility studies, and feedstock/market/offtake analysi

• Feasibility studies of Sub-Saharan industrial processes such as electrochemical hydrogen, ammonia, offshore pipelines, saltwater waste disposal (SWD) plants, and petrochemical tank farms • ASPEN Plus and AFT Fathom/Arrow hydraulics simulations • Petrochemical and piping equipment sizing • PFD and P&ID creation • Qualitative analysis and reporting of African energy policies and forecasts • Construction contract planning and administration

Development of an optimal mesoporous silica-supported layered double hydroxide catalyst for the reduction of oxygenated compounds in E. grandis fast pyrolysis oils

Specializations: Bioprocessing, Product Design, Research, Separation Technology, and Control System Research and Development

Specialization: Design optimization with Python Undergraduate research project: Photodegradation of HDPE containing metal stearates Undergraduate research assistant for Tribology Research Laboratory, Department of Chemical Engineering