Process integration of crude oil distillation with technological and economic restrictions

Ulyev, Leonid; Vasiliev, Mikhail; Boldyryev, Stanislav

doi:10.1016/j.jenvman.2018.05.062

Cited by 13 publications

(6 citation statements)

References 19 publications

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“…PI plays a key role in such global trends as energy transition [49], industry digital transformation [50], and the circular economy [51]. Some of the applications include cement production in Croatia [52,53], chemical production in Sweden's largest chemical site [54], oil refining [55,56], coke and chemical production in Ukraine [57,58], steel manufacturing [59], natural gas and refining and utilization [60], biofuel production applying distillation and pervaporation [61], milk production [62], and cheese manufacturing [63].…”

Section: Heat Integrationmentioning

confidence: 99%

Achievements and Perspectives of Process Integration in Cis Countries

Boldyryev¹

2020

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Due to the rapid growth in the world population, there has been an increase in energy consumption globally. The problem of efficient energy use becomes more relevant and stimulates research and development of new energy and resource-saving technologies. This task is becoming more complicated when the other factors are accounted for, resulting in multiple-factor trade-offs, such as the water-energy-food nexus. This paper highlights the main points for the development of Process Integration in the Commonwealth of Independent States (CIS) countries. It shows the main achievements in the field to date and demonstrates the scientific schools that are working on these problems. A comprehensive review of modern approaches and methods, which are now being developed or have been recently developed, was done. It shows a research gap in Process Integration in CIS and other leading countries. It demonstrates the significant research potential as well as practical applications. The main challenges in process systems engineering and for the sustainable development of industrial energy systems are also discussed. Industry digital transformation, energy transition, circular economy, and stronger energy and water integration are pointed out as priorities in analysis, design, and retrofit of society in the future. A state-of-the-art review in the area of integration of continuous and batch processes, mass integration technologies, and process intensification is presented to show the variety of existing approaches. The necessity of Process Integration development in the CIS is shown to be a necessary condition for building a more sustainable society and a resource-efficient economy.

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Section: Heat Integrationmentioning

confidence: 99%

Achievements and Perspectives of Process Integration in Cis Countries

Boldyryev¹

2020

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“…Oil refineries are big energy-consuming industrial facilities (Rossi et al, 2020;Ulyev et al, 2018). Several authors, such as (Ocic, 2005), state that the equivalent energy consumption relative to the processed crude, ranges between 4 % and 8 % (Szklo & Schaeffer, 2007;Ochoa & Jobson, 2015) between 7 % and 15 %, and (Worrel et al, 2015), between 27 % and 35 % with data calculated by this agency.…”

Section: Introductionmentioning

confidence: 99%

Energy consumption and atmospheric emissions from refined petroleum in Mexico by 2030

Granados-Hernández

López-Andrade²,

Vega-Rangel

et al. 2021

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One of the basic needs for a country’s economic development is to cover the major fuel demand, and both energy consumption and environmental impacts resulting from the production of such fuels need to be fast and reliable. The purpose of this paper is to contribute to an estimate of energy consumption and atmospheric emissions of some of the pollutant species reported by Pemex Refinacion under different projections. The predictive estimate model was applied considering four different gasoline demand scenarios, as well as different refining technology options to satisfy fuel consumption needs, based on production yields: four different types of refineries, three types of crude oils and eight different processes. Emission estimates were determined applying emission factors, both for the type of fossil fuel energy source used in the direct heating processes for vapor generation, as well by using electric energy. Results show that the equivalent energy consumption relative to the total processes crude is greater in complex refineries (full conversion); however, a greater conversion efficiency allows a smaller volume of crude consumption needed to satisfy the fuel demand with lower emissions relative to other types of technologies. Mexico’s possible refineries need to adapt themselves to different operation scenarios, such as changes in the crude’s yield, the quality of the product, variations in the prices of the crude and of the refined products. Therefore, is important to develop and apply perspectives than maximize productivity and minimize energy consumption, reducing air emissions, in constant change scenarios. Finally, the problem would then be evaluating which would be more convenient to obtain a greater socio-economic benefit: reduce emissions to the atmosphere or to lower operation costs of the refinery.

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“…They solved a simple four-stream problem to compare retrofit designs and utility reduction. Ulyev et al [25] proposed the ways to achieve the objectives of the retrofit in the context of administrative and technical restrictions considering different retrofit options of the existing design. Ahmetovic et al solved a problem by a general superstructure and a Mixed-Integer Nonlinear Programming (MINLP) model for the synthesis and simultaneous optimisation and Heat Integration of Single-and Multiple-Effect Evaporation systems including Mechanical Vapour Recompression (MVR) and the background process [26].…”

Section: Introductionmentioning

confidence: 99%