Petroleomics (Petroleomika) founded in 2018, offers original papers on and reviews of the composition and properties of crude oils and gas condensates, petroleum products and alternative fuels, including hydrocarbon composition, S,N,O-compounds, asphaltenes and their transformations under processing. The Journal considers papers on geochemistry, analysis techniques for petroleum and alternative feedstock.
Petroleomics publishes articles on management of sustainable hydrocarbon feedstock utilization, optimization methods for fuels and oils composition, development of technical and methodological approaches to analysis of complex hydrocarbon mixtures. Problems associated with macromolecular petroleum compounds behavior under crude oil production, transport and processing are also considered.
Petroleomics is abstracted and/or indexed in:
Academic OneFile, Business Source, ChemWeb, Chemical Abstract Service (CAS), Chemistry Citation Index, Chimica, Current Contents/Engineering, Computing, and Technology, EBSCO, EI - Compendex, EI Encompass, EnCompassLit, Gale, Google, INSPEC, Journal Citation Reports/Science Edition, OCLC, Reaction Citation Index, Reaxys, SCOPUS, Science Citation Index, Science Citation Index Expanded, Summon by Serial Solutions.
Editor-in-Chief: Anton M. Maximov, Institute of Petrochemical Synthesis, Russia.
Topics:
- Molecular fingerprinting and classification of crude oils and gas condensates;
- Progress in petroleum composition knowledge;
- Asphaltenes and resins composition and structure;
- Petroleum S,N,O-compounds;
- Petroleum and alternative feedstock analytical techniques;
- Petroleum geochemistry;
- Petroleum and gas condensate origin;
- Hydrocarbons and S,N,O-compounds transformations under petroleum processing;
- Fluid properties and behavior under reservoir conditions;
- Macromolecular petroleum compounds as a source of technological problems;
- «Structure – Properties» correlations for crude oils and products;
- Optimization of petroleum products composition;
- Research on alternative carbon sources – coal, biomass, shale, peat