Examples of using Hydrocracking in English and their translations into Russian
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Official
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Colloquial
Mild hydrocracking, hydrogen generation and sulfur recovery.
Delayed coker, PGI-DIG unit, stabilization of naphtha,sour water stripping, hydrocracking, hydrotreating, etc.
TK-951 is part of Topsoe's hydrocracking red series developed for maximum hydrogenation.
This revamping will make it possible to process feedstocks of different qualitative composition,which is the product of the mild hydrocracking process.
Construction of hydrocracking unit with hydrogen production section of hydrocracking complex of PJSC"Orsknefteorgsintez.
The institute won the tender competition on development of the project of a hydrocracking complex for OJSC RN-Komsomolsky-NPZ Rosneft.
That the hydrocracking technology used in the units is Chevron U.S.A. 's proprietary technology, which Chevron Research licensed to KNPC; and.
The results a series of the workare important for maintenance of reliable service of hydrocracking refinary reactors and power station steam pipelines.
Hydrocracking is therefore today the preferred conversion technology for the modern refinery with lower overall investment and operating costs.
Iraq notes that the original licensing agreements for the hydrocracking process are dated 1975, 1982 and 1984 respectively.
The hydrocracking(HYC) part of Option 1 is a single reaction train unit taking the excess hydrogenate produced in the two CFH trains.
MHC/DHT,• Electric energy plant for hydrocracking and refinery,• Spent sulfuric acid recovery unit, and.
Based on a detailed understanding of the acidity and functionality of the zeolite, the nitrogen management andthe product properties, Topsoe has developed outstanding hydrocracking catalysts and processes.
TK-961 is a zeolitic NiW based hydrocracking catalyst with very high activity and a very high nitrogen tolerance.
The separated bitumen is processed into synthetic crude oil using various technologies such as coking and hydrocracking and requires hydrogen to complete the transformation.
It is also very suitable for mild hydrocracking applications, where high catalyst stability, together with excellent product quality, is required at low operating pressures.
Most hydrogen is used near the site of its production,the two largest uses being fossil fuel processing(e.g., hydrocracking) and ammonia production, mostly for the fertilizer market.
Our mild hydrocracking catalysts deliver excellent nitrogen tolerance, resulting in very stable hydrodenitrogenation(HDN) and hydrodesulfurization(HDS) activity throughout the cycle.
Key facilities covered by modernization andconstruction program include Hydrocracking and Hydrotreating Complex of Kero and Diesel Fuel, Bitumen Plant Feed Preparation Unit, ESPO-pipeline to Khabarovsk Oil Refinery.
To this end(hydrocracking and hydrofining), oil refineries should be provided with approximately additional 4 million tons of hydrogen per year or to arrange its production at special plants from natural gas.
Our Staged Partial Conversion(SPC) hydrocracking process enables high-quality ultra-low sulfur diesel(ULSD) to be produced in an fluid catalytic cracking(FCC) pretreater.
Shipment of the hydrocracking reactors to Tuapse Refinery was a unique transport operation, as this was the first time in the history of Izhorskiye Zavody that products were shipped to the customer in batches of three petrochemical vessels at a time, with a total weight of over 2,600 tons.
To produce this quality, a stronger hydrocracking is required, i.e. a process featuring a higher pressure and higher temperatures than needed for the production of Group II base oils, and an extended catalytic treatment.
As the high activity protects the downstream hydrocracking catalyst, a lower catalyst density- thanks to improved utilization of active metals and modified carriers- reduces fill costs, amounting to significant savings for your refinery.
In 2010, the ONHP designed a hydrocracking complex for the plant with a capacity of 1.8 million tons per year which, after the completion of construction, will allow for an increase in the processing depth up to 95%, making the fuel compliant with the Euro-4 and Euro-5 classes.
The operators of Group III Base Oils Production section of the Hydrocracking unit Roman Gudkevich and Valentin Khudyakov, authors of the report“The separation of carbon dioxide from stripping gas from the PSA sections of hydrogen production units”, won a special prize in the nomination“Innovative Solutions in Oil Refining”.
A profound understanding of catalyst kinetics and hydrocracking processes enables Topsoe to provide hydrocracking units that meet any market need- whether the requirement is maximum heavy naphtha yield, flexible production of high-quality naphtha and diesel or customized seasonal variations in gasoline/diesel production ratio.
Topsoe's three maximum middle distillate hydrocracking catalyst series- the Red series for maximum hydrogenation, the Blue series for maximum cold-flow properties of diesel, and the D-sel series for maximum diesel yields- combine, with our BRIM and HyBRIM pretreatment catalysts to deliver unmatched performance and flexibility.