Danielle Nouwe

Chemical Engineer and energy transition professional experienced in evaluating, developing and commercialising low-carbon technologies across wastewater, renewable fuels, hydrogen and advanced manufacturing. Skilled in techno-economic analysis, process modelling, energy assessments and technical project delivery. Translates complex engineering data into practical recommendations, feasibility studies and investment-supporting business cases, collaborating with clients, technical partners and multidisciplinary teams.

Process Engineer at WASE (2026-06 – Present)

Support commercial deployment and scale-up of WASE’s proprietary Electromethanogenic Reactor (EMR) technology, working across science, engineering, sales and executive teams.

• Develop the techno-economic analysis for scaling EMR from laboratory to pilot scale in the US and provide the analysis to US partners to inform lifecycle assessment (LCA) calculations.
• Perform mass and energy balance calculations using AI-enabled engineering tools to evaluate wastewater streams and identify opportunities for renewable biogas and energy generation.
• Develop technical and commercial feasibility assessments, process evaluations and reports to assess operational and financial viability and support technology adoption.
• Translate engineering analysis into client-focused recommendations that support resource recovery, sustainability and operational efficiency.

Senior Energy Consultant at Kiwa Energy an SHV Company (2025-06 – 2026-04)

• Led multidisciplinary work packages for the Hydrogen Heating Programme for DESNZ and HSE, covering market engagement, ignition testing, emergency valve design optimisation and safety assessment.
• Managed project governance, risk and health and safety requirements for experimental hydrogen test rigs; achieved zero safety incidents across multiple test campaigns.
• Conducted energy and decarbonisation surveys at non-domestic sites, including restaurants, hotels, libraries and schools, assessing systems such as gas and biomass boilers and air-conditioning equipment.
• Produced technical assessments comparing alternative energy pathways, including heat pumps, hydrogen, solar PV and CHP, considering site energy requirements and projected costs.
• Analysed test programme datasets and delivered findings through formal client reports and presentations; collaborated with network operators, regulators, manufacturers and engineering teams.

Chemical Engineer (Remote) at Futuria Fuels an SHV Company (2023-08 – 2025-05)

• Delivered CAPEX/OPEX modelling and techno-economic evaluations for emerging low-carbon fuels, including bioLPG, renewable dimethyl ether (rDME) and turquoise hydrogen, supporting commercialisation decisions.
• Used process modelling, technical analysis and feasibility assessment to evaluate process performance, scalability and commercial readiness.
• Contributed to technology due diligence, market assessment and sensitivity analysis to inform investment and development decisions.
• Supported safety protocols and testing for thermal plasma electrolysis hydrogen production and coordinated R&D collaborations.
• Presented technical findings at ABLC NEXT in San Francisco and industry events in Berlin; delivered biofuel technology training to commercial teams.

Future Technology Research Engineer / Manufacturing Engineer at GKN Aerospace (2021-09 – 2023-08)

• Evaluated advanced aerospace technologies, including cryogenic hydrogen propulsion systems and battery powered flying buses for urban air mobility, and developed engineering CAD models.
• Conducted FMEA and root-cause investigations using Minitab, supporting risk reduction, product quality and process improvement.
• Implemented Lean-based manufacturing improvements to reduce scrap and enhance throughput; improved manufacturing documentation and standard operating procedures.
• Supported facility redesign and operational-flow improvements using 3D modelling; introduced non-destructive inspection practices to improve welding quality on military aircraft.
• Coordinated stakeholders across departments to deliver engineering, safety and process improvement initiatives in a safety-critical environment.

MEng (Hons) in Chemical Engineering with One Year Placement – First Class – Aston University, UK (2016 – 2021)