Journal and conference work supporting defined experimental, computational or theoretical claims.
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Publications, Technical Frameworks and Open Scientific Outputs
This page is the evidence layer of the wider scientific and engineering knowledge system. Publications, preprints, technical frameworks and professional articles are presented according to their actual evidence role and linked, where appropriate, to the canonical knowledge object, reproducible repository, methodology or engineering case they support.
How the evidence layer is organized
Knowledge objects and publication outputs are kept distinct
A publication is one representation of knowledge, not the knowledge object itself. The catalogue therefore keeps publication type, evidence status, identifiers and access routes distinct while connecting selected outputs to the Scientific & Engineering Knowledge Objects (SEKOs), repositories and case studies they support.
Open engineering methods and diagnostic structures linked to explicit decision questions and applicability boundaries.
Repositories, software archives and open outputs that make calculations, assumptions or reconstruction pathways inspectable.
Professional articles communicate technical ideas to industry but are not treated as peer-reviewed scientific validation.
Flagship knowledge objects and supporting evidence
A small number of canonical objects organize the strongest reusable knowledge
The catalogue remains publication-based for citation and access, but selected outputs are now explicitly connected to the flagship knowledge objects that they support. This avoids treating every paper, repository or case study as an independent technical asset.
NDMS Persistence–Stabilization Closure — frontier hypothesis, reduced closure, open preprints and reproducible companion repository.
Desulfurization Reaction–Transport Regimes — engineering diagnosis supported by framework publication, benchmark repository and software archive.
AOP Kinetic Process Framework — matrix-aware kinetic/process interpretation supported by open framework, tested code and software archive.
Biomass Process Modeling Framework — transparent thermochemical reconstruction supporting biochar, syngas and pathway screening with explicit validation limits.
Publication and evidence catalogue
Find evidence by topic, output type or identifier
Search by title, author, source, DOI, method or technical topic. Links lead to the website record, DOI or lawful external publication page according to the access status of each output.
Filter by technical domain
29 items shown
Nanoparticle Inception, Combustion Aerosols & NDMS
A Transient Nano-Dense Molecular State in Nanoparticle Inception: Bridging Physical Clustering and Chemical Stabilization
DOI: 10.5281/zenodo.19730735
Proposes NDMS as a testable bridge between reversible molecular clustering and chemically stabilized nanoparticle inception. The concept is exploratory and is not presented as a universally validated physical state or inception mechanism.
Knowledge role: hypothesis evidence for SEKO-NDMS-001; the repository and persistence–stabilization paper provide complementary representations of the same knowledge object.
Transient Nano-Dense Molecular States as a Persistence–Stabilization Closure for Combustion Nanoparticle Inception
DOI: 10.5281/zenodo.20258147
Translates the NDMS hypothesis into a reduced closure separating association, dissociation, non-stabilizing loss and stabilization. It is a falsifiable conceptual model, not a validated particle-number or soot-yield predictor.
Knowledge role: modelling-framework evidence for SEKO-NDMS-001; scientific hypothesis and executable closure remain explicitly distinct from validated inception mechanisms.
Combustion, Soot, Engines & Chemical Kinetics
Influence of Lateral Species Diffusion and Heat Transfer on the Evaluation of Near-Threshold Sooting Flames
DOI: 10.1016/j.combustflame.2023.112775
Evaluates how lateral species diffusion and heat transfer affect interpretation of near-threshold sooting flames and the adequacy of simplified one-dimensional assumptions.
Near-Threshold Soot Formation in Premixed Flames at Elevated Pressure
DOI: 10.1016/j.carbon.2021.05.014
Investigates soot formation near the lean sooting threshold in premixed ethylene–air flames up to 10 bar using laser extinction and time-resolved laser-induced incandescence.
Behavior of Premixed Sooting Flame in a High-Pressure Burner
DOI: 10.3390/reactions4010009
Uses three-, two- and one-dimensional CFD to examine pressure, optical-port geometry and burner-edge effects on mixing, temperature and soot-formation behaviour.
Degree Centrality of Combustion Reaction Networks for Analysing and Modelling Combustion Processes
DOI: 10.1080/13647830.2019.1699167
Applies degree-centrality measures to combustion reaction networks to identify structurally influential species and reactions and connect graph descriptors with kinetic interpretation.
Reduction of Large Detailed Chemical Kinetic Mechanisms for Autoignition Using Joint Analyses of Reaction Rates and Sensitivities
DOI: 10.1002/kin.20232
Combines reaction-rate and sensitivity analyses to identify removable reactions while preserving autoignition behaviour, providing a scientific foundation for later mechanism-reduction work.
Characterization of a High-Pressure Flame Facility Using High-Speed Chemiluminescence and OH LIF Imaging
DOI: 10.1007/s00348-023-03611-0
Characterizes an optically accessible high-pressure flame facility using high-speed chemiluminescence and planar OH LIF to separate flame behaviour from facility and boundary effects.
Benzene Addition to a Fuel-Stoichiometric Methane/O₂/N₂ Flat Flame and to n-Heptane/Air Mixtures under Rapid Compression
DOI: 10.1016/j.fuel.2005.10.009
Develops and evaluates a detailed mechanism for benzene-containing methane flames and n-heptane mixtures under rapid compression, linking aromatic and low-temperature oxidation chemistry.
Modeling Study of Reactive Species Formation from C1–C3 Alkanes in an HCCI Engine
DOI: 10.1080/13647830.2019.1638972
Uses a single-zone HCCI model to study formation of oxygenated hydrocarbons, hydrogen peroxide and ethylene from C1–C3 alkanes under low- and intermediate-temperature conditions.
HCCI Engine as Chemical Reactor to Produce Fuel/Chemicals: An Exploring Study of n-Alkanes Low-Temperature Chemistry
Identifier: Publisher record; archival DOI to be used only after final canonical confirmation
Explores production of oxygenates, hydrogen peroxide, formaldehyde and alkenes from C1–C7 n-alkanes in an HCCI reactor concept. It is not evidence of an industrial chemical-production process.
Methodology to Reduce Diesel Engine Pollutant Emissions
DOI: No independently verified DOI
Uses a homogeneous multizone model and detailed chemistry to assess additive–diesel-surrogate blends. Reported trends require experimental validation and complementary NOx-control assessment.
Modelling Studies of the Oxidation and Autoignition of Alkanes, Aromatics, and Their Mixtures at High Pressure between 600 and 1500 K
Identifier: Archival DOI exists; insert only after final canonical confirmation
Integrates hydrocarbon oxidation and autoignition modelling, detailed-mechanism reduction, experimental validation and laser-diagnostic study of soot and polycyclic aromatic species.
Wastewater Treatment, Advanced Oxidation & Resource Recovery
A Unified Kinetic–Process Framework for Advanced Oxidation Processes: From Radical Chemistry to Reactor-Scale Performance in Wastewater Treatment
DOI: 10.5281/zenodo.19732394
Links hydroxyl-radical generation, contaminant kinetics, matrix scavenging, oxidant utilization and reactor-scale indicators to explain why intrinsic reactivity may not translate into useful treatment performance.
Knowledge role: scientific-framework evidence for SEKO-AOP-001; the software archive is the reproducible implementation representation.
Advances in Wastewater Treatment: Energy Efficiency, Micropollutants, and Circular Resource Recovery
DOI: 10.5281/zenodo.19438613
Reviews biological, physicochemical, membrane and advanced-treatment strategies with emphasis on micropollutants, energy demand, reuse and circular resource recovery.
Desulfurization, Process Intensification & Hydrodynamic Cavitation
Reaction–Transport Regime Analysis for Desulfurization of Gas and Petroleum Streams: An Engineering Diagnostic Framework
DOI: 10.5281/zenodo.20095695
Distinguishes intrinsic kinetics from adsorption, interphase transfer, internal diffusion, hydrodynamics and downstream separation limitations to identify the controlling regime.
Knowledge role: scientific-framework evidence for SEKO-DES-001; the repository provides executable benchmark and screening representations.
Industrial Usefulness and Technology Selection in Process Intensification: Energy-Normalized Metrics for Hydrodynamic Cavitation
DOI: 10.5281/zenodo.20593905
Defines an Industrial Usefulness Window and energy-normalized indicators that include energy, chemicals, pressure loss, separation, maintenance, reliability and uncertainty.
Thermochemical Processes, Waste-to-X, Biochar & Circular Conversion
Thermochemical Process Development: From Mechanism to Scale-Up and Industrial Adoption
DOI: 10.5281/zenodo.20760609
Connects feedstock characterization, reaction mechanisms, transport, reactor behaviour, product recovery, pilot validation and industrial implementation through evidence-gated development stages.
Knowledge role: supporting evidence for the cross-domain technology-development, validation and scale-up methodology maintained in Research & Tools.
Enhancing Biomass Conversion: Advanced Modeling and Process Optimization for Efficient Biochar and Heat Production
DOI: Canonical Zenodo DOI under final verification
Uses simplified reactor modelling to examine drying, pyrolysis and combustion trends. It is a screening-level foundation, not a validated feedstock-, particle- or reactor-specific industrial model.
Knowledge role: scientific-output representation supporting SEKO-BIO-001; the canonical knowledge object remains explicitly bounded as a research reconstruction and screening foundation.
Advancing Waste-to-X Technologies: Sustainable Thermochemical Pathways for Biomass Valorization and Carbon Credit Potential
DOI: 10.5281/zenodo.19785243
Compares thermochemical routes to biochar, syngas and useful energy while treating carbon-credit potential as conditional on lifecycle boundaries, permanence and certification rules.
Catalytic Technologies for Waste Recycling and Conversion: Driving Sustainable Innovation
DOI: 10.5281/zenodo.19769294
Reviews catalytic routes for organic waste, biomass and plastic conversion while identifying deactivation, cost, selectivity and scale-up as central barriers.
Advancements in Chemical Recycling of Plastic Waste: A Sustainable Path Forward
DOI: 10.5281/zenodo.19438550
Discusses pyrolysis, gasification and depolymerization for difficult plastic streams while emphasizing dependence on feed composition, contamination, upgrading and downstream purification.
Energy Storage & Sustainable Energy Systems
Future Energy Storage: Comparative Analysis of Key Battery Technologies
DOI: 10.5281/zenodo.19792613
Compares electrolysis–fuel-cell cycles, lithium-ion, sodium-ion, solid-state, redox-flow and organic solid-flow storage using efficiency, density, life, cost and scalability criteria.
Engineering Scale-Up, Project Management & Complex Systems
Engineering Scale-Up: Overcoming Challenges from Lab to Industry
DOI: 10.5281/zenodo.19767463
Treats scale-up as a multidisciplinary development problem involving flow, heat and mass transfer, kinetics, materials, modelling, economics, operability and risk.
Knowledge role: supporting evidence for SEKO-TDS-001 and the evidence-gated technology-development methodology.
Cross-Cultural Project Management: Insights from Five Global Contexts
DOI: 10.5281/zenodo.19768788
Compares project-goal definition, team structures, management approaches and evaluation across five global contexts. It is a structured interpretation rather than a controlled empirical cross-national study.
From Disorder to Order: The Universal Dance of Entropy, Attraction, and Complexity
DOI: 10.5281/zenodo.19787053
Discusses emergence of organized structures across physical, chemical, biological and gravitational systems while remaining consistent with the Second Law of Thermodynamics.
Professional and Industry Articles
Advancing Waste-to-X Technologies: Carbon Credit Opportunities and Sustainability Impacts
Translates Waste-to-X and biochar assessment into an industry-facing discussion of thermochemical pathways, environmental performance and conditional carbon-credit opportunities.
Innovativ zu nachhaltiger Biokohle – CO₂-Speicher aus Abfall
Communicates biochar production and carbon storage from waste biomass to a German engineering audience. It is professional knowledge transfer, not peer-reviewed validation or carbon-removal certification.
Hydrodynamische Kavitation
Introduces hydrodynamic cavitation and potential process applications for an industry audience. It is not independent proof of proprietary equipment performance or universal process benefits.
No publication matched the current search and filter.
Access, provenance and interpretation
Responsible publication access and evidence use
Public accessibility, peer-review status and technical maturity are separate questions. The catalogue therefore uses the most appropriate lawful and technically informative route available.
Access and copyright
Some journal articles require publisher or institutional access. Restricted publisher versions are not intentionally reproduced or redistributed here.
Evidence and maturity
Peer-reviewed studies, theses, open preprints, reconstructed models, screening frameworks and professional articles are labelled according to their actual type.
Research profiles
External profiles provide broader bibliographic and professional context.
This catalogue is the publication and evidence layer of the wider scientific and engineering knowledge system. Selected outputs support canonical SEKOs, methodologies and engineering cases; publication presence alone does not imply general industrial validity or universal applicability.
Practical interpretation and application context are presented in Selected Work. Canonical methods, computational environments and the technology-development methodology are presented in Research & Tools. Defined services and engagement boundaries are presented on the Consulting page.
Two legacy records retain temporary identifier notes because their canonical archival DOI requires final confirmation. No conflicting DOI has been published in this page.