Technology of Oil Refining Corporation
Our business
The Technology of Oil Refining Corporation and “Tver Oil Refinery Complex” Closed Joint-Stock Company were established in 2005 in the Russian Federation, Slovenia (EU) and the Republic of Panama. The key areas of the company’s activity are researching the oil refining (energy sector) market in EU, the Russian Federation and other countries, as well as the most advanced fields in oil refining (energy sector) in the world and further identifying the most promising areas for the development of technologies for motor fuels, organic synthesis products and related products production based on the results of the above studies. The main areas of research and development are: reducing the production cost of commercial products, increasing both the yield of end products and the economic efficiency of the technology, simultaneously with maximizing quality of commercial products and meeting current environmental standards (both technology and commercial products should be environmentally friendly).

In addition, our company has developed the crude refinery project, which allows highly-efficient processing of light and heavy crudes depending on the availability of the type of mineral commodities in the region of project implementation, which allows moving from processing of light crude to processing of heavy crude by equipping the enterprise with an additional technological process almost without stopping production activities.

Also, our company has developed several innovative technical and technological solutions for the separation (distillation) of crude and its fractions, hot, high-pressure separation of hydrocracking products of residual fractions, which allows reducing coke deposition in separation equipment and some other solutions in the field of crude refining, electricity generation and coal gasification.
We today
The phase of research in the field of processing of conventional energy sources was almost completed by the end of 2012, and the company began a new development phase - research in the field of processing of bitumens, biorefining and production of biodegradable polymers. At present, our company has set goals and targets that should be achieved by implementing technological solutions at the plants planned for construction, as well as continuing scientific-research and technological-innovative activities that ensure the future technological development of our company. In order to achieve these objectives, the company is working on the location of plants in three countries: Italy, Latvia and Spain, based on the technical feasibility and cost-effectiveness of projects.

As a result, technological solutions and organizational best practices of our company as part of the location of the enterprise in the Russian Federation, which were further developed and formed the basis for the plants planned for construction in Italy, Latvia and Spain.

In addition, our company is exploring the possibility of building medium-sized refineries in South America, Europe and the USA, as well as the possibility of building a highly-efficient dual-fuel power plant.

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Our knowledges

We are developing innovative projects in the field of crude refining, petrochemicals and organic synthesis, as well as electricity generation, allowing to diversify raw materials, to use the capital expenditure of the investment costs with the maximum environmental friendliness of the technology. Our technologies are investments in the future.

We can carry out calculations, modeling and optimization of technological processes and technological equipment in the following areas:
Mass-exchange processes
  • Distillation
  • Extraction
  • Adsorption
  • Absorption
  • Reactive distillation
Heat exchange processes
  • Shell and tube heat exchangers
  • Plate heat exchangers
  • Double-pipe heat exchangers
  • Fire heaters (furnaces)
  • Air coolers
Hydraulics
  • Selection and calculation of pipelines and calculation of pipeline networks
  • Selection of pumps of various type
  • Selection of compressors of various type
Primary crude oil processing
  • Desalting and dehydration of crude oil
  • Atmospheric crude distillation
  • Atmospheric residue vacuum distillation
  • Naphtha rerun distillation
Hydrotreating of oil fractions
  • Hydrotreating of light and middle distillates
  • Atmospheric residue hydrotreating
  • Vacuum gas oil hydrotreating
  • Vacuum residue hydrotreating
Petroleum residues processing
  • Catalytic cracking of heavy distillates and residues
  • Visbreaking
  • Solvent deasphalting of vacuum residues
  • Bitumen production
  • Hydrocracking of heavy distillates and residues
  • Gasification of heavy petroleum residues
  • Coking of heavy petroleum residue
Production and processing of aromatic hydrocarbons
  • Extractive separation of benzene, toluene and their mixtures
  • Separation of paraxylene by crystallization
  • Isomerization of xylenes to paraxylene
  • Process for production phenol from cumene
  • Oxidation of paraxylene to terephthalic acid
  • Adsorptive separation of paraxylene
  • Transalkylation of toluene and C9-C10 aromatic hydrocarbons
  • Production of aniline from benzene or phenol
  • Bases of production of isocyanates (MDI and TDI) from aniline and toluene
Processing of straight-run and cracked naphtha
  • Isomerization of a pentane-hexane fraction (low-temperature and medium-temperature)
  • Catalytic reforming (with periodic or continuous regeneration of the catalyst)
  • Selective hydrogenation of olefins
  • Etherification of IBP-75°C fraction of catalytic cracking with methanol or ethanol
  • Etherification of isoamylene with methanol or ethanol (TAME or TAEE production)
  • Selective hydrogenation of dienes and acetylenes
  • Selective alkylation of thiophenes with olefins, olefins oligomerization and isomerization (OATS)
  • Adsorptive separation of n-alkanes
Gas processing
  • Acid gas removal
  • Steam methane reforming — hydrogen generation
  • Dehydrogenation of propane, n-butane or isobutane
  • Production of ethanol or isopropanol by the direct hydration of ethylene or propylene
  • Gas fractionation
  • Partial methane oxidation — hydrogen or synthesis gas generation
  • Process of Fisher-Tropsch synthesis (low-temperature and high-temperature)
  • Polyethylene and polypropylene production
Coal conversion
  • Gasification
  • Direct hydrogenation

Our Projects

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Contact

Please don’t hesitate to contact us for more information about our projects. We are available Mon — Sat, Sunday is a day of rest.

Email: info@torcglobal.com

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