R&D · Process & Technology Development · Scientific Engineering
From molecular mechanisms to evidence-based industrial decisions
Applied physical chemistry, chemical kinetics, reactor and CFD modelling, model verification, experimental validation, process development, pilot work and industrial scale-up are integrated to support evidence-based technology development and engineering decisions across reactive, thermochemical and sustainable industrial systems.
Integrated capability
Scientific depth directed toward practical technology development
The work combines fundamental understanding, fit-for-purpose modelling, model verification, experimental evidence, process development and engineering interpretation. Each method is selected according to the decision, uncertainty, available evidence and required scale, without treating computational agreement as a substitute for physical validation.
Reactive Systems & Chemical Kinetics
Oxidation, ignition, combustion, emissions, detailed mechanisms, sensitivity, reaction networks, mechanism reduction and nanoparticle inception.
Reactor, CFD & Multiscale Modelling
Zero- to three-dimensional models, reactive-flow CFD, heat and mass transfer, species transport and experiment–model comparison.
Thermochemical & Sustainable Processes
Pyrolysis, gasification, reforming, syngas, biomass, biochar, fuels, oils, wastewater treatment and circular process pathways.
Verification, Validation, Pilot Development & Scale-Up
Technical feasibility, evidence assessment, model verification, experimental design, validation planning, pilot configuration, operability, process risk and industrial implementation decisions.
Evidence-backed professional work
Applied R&D, process development and technical leadership
Selected professional cases translate documented responsibilities into concise engineering context, contribution and decision value. Confidential source documents, customer data, proprietary designs and unverified performance claims remain excluded.
Evidence distinction: employment references verify professional responsibilities, while peer-reviewed publications support defined scientific methods and results. Repository tests and computational agreement support implementation or model assessment but do not by themselves establish physical validation. No evidence type is used to imply broader performance than its documented scope.
High-Pressure Combustion Diagnostics & Multiscale Modelling
Experimental and numerical work examining soot formation, particle development, burner-flow effects and boundary conditions in optically accessible elevated-pressure flames.
The case demonstrates integration of optical diagnostics, zero- to three-dimensional modelling, transport analysis and experiment–model interpretation.
Automotive Burner Test-Rig Integration & Development
Practical development work connecting test-rig installation, fuel, ignition and air systems, instrumentation, control, experimental execution, data analysis and technical reporting.
The case demonstrates controlled experimental development and emissions-oriented design feedback without disclosing customer or proprietary technical data.
Biomass Pyrolysis Process & Plant-Concept Engineering
Professional process-development work linking plant trials, process calculations, technical documentation, process descriptions, plant concepts and specification support.
The case demonstrates how experimental learning can be translated into structured engineering requirements and further development decisions. It is separate from later independent pyrolysis-modelling framework development.
International Industrial Customer-Project Leadership
Planning and control of customer projects involving internal departments, external partners, suppliers, technical and commercial coordination, schedules, budgets and management reporting.
The case demonstrates multidisciplinary project alignment and practical problem solving without publishing customer, contractual or proprietary project information.
Professional roles & technical collaboration
Scientific and engineering experience for demanding R&D and technology-development roles
I am open to selected professional opportunities where scientific understanding must be connected with process and technology development, modelling, verification and experimental validation, pilot-scale work and industrial implementation.
Relevant roles include R&D and technology-development leadership, specialist scientific or process-engineering positions, and technical-project responsibilities in multidisciplinary and international environments.
R&D and Technology Development Leadership
Scientific & Process Engineering
Reactive, Thermochemical & Sustainable Systems
Modelling, Verification, Validation, Pilot Development & Scale-Up
International Technical Projects & Collaboration
Scientific & Engineering Consulting
Evidence-based support for complex technical decisions
Selected consulting services support organizations in evaluating scientific effects, emerging technologies and process concepts; defining R&D and validation pathways; designing or supporting pilot-development programmes; and translating evidence into defensible scale-up and implementation decisions.
The consulting page presents defined services, practical deliverables, application domains, working methods and engagement boundaries. This website provides the connected professional, scientific and technical evidence.
Potential engagements are reviewed for technical fit, evidence
maturity and availability, confidentiality, intellectual-property
boundaries, conflicts of interest and practical implementation
value before acceptance.
R&D and Technology Development
Feasibility, Technology Assessment and Decision Support
Process Development, Pilot Validation and Scale-Up
Reactive, Thermochemical and Multiscale Modelling
Sustainable and Environmental Process Systems
Contact
Professional discussion and technical collaboration
Relevant discussions may concern R&D leadership, specialist scientific or process-engineering roles, modelling, verification and validation, process and technology development, scale-up, consulting or international technical collaboration.
Professional profiles
Confidential or proprietary information should not be sent before an appropriate confidentiality arrangement is in place.