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Author:
Publisher:
ISBN:
Category : Energy industries
Languages : en
Pages : 316
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Book Description
Author:
Publisher:
ISBN:
Category : Energy industries
Languages : en
Pages : 316
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Book Description
Author: R. W. Maier
Publisher:
ISBN:
Category : Energy industries
Languages : en
Pages : 196
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Author:
Publisher:
ISBN:
Category :
Languages : en
Pages :
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Book Description
This 2007 report (PDF 1.7 MB) provides an overview of the U.S. petroleum refining industry, including new data on market trends and energy and material consumption, as well as information on environmental performance.
Author: Ozren Ocic
Publisher: John Wiley & Sons
ISBN: 3527604456
Category : Technology & Engineering
Languages : en
Pages : 166
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Book Description
A very detailed, workable approach to improving energy efficiency and cost effectiveness in petroleum processing, dealing with the role of management and refinery operators in achieving the best technological parameters, the most rational utilization of energy, as well as the greatest possible economic success. The author provides a detailed and well-founded approach to the methodology, information and criteria necessary for analyzing energy use, economics and the environmental impact, as well as solutions for fulfilling the requirements of the Kyoto agreement. In addition, he describes in sufficient detail the energy streams within a refinery. A practical guide for refinery engineers, managers, and consultants, as well as all engineers involved in the design of process technologies, in developed as well as developing countries.
Author:
Publisher:
ISBN:
Category : Energy industries
Languages : en
Pages : 136
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Author:
Publisher:
ISBN:
Category : Energy industries
Languages : en
Pages :
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Book Description
Author: United States. Energy Information Administration. Office of Oil and Gas
Publisher:
ISBN:
Category : Natural gas
Languages : en
Pages : 114
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Author:
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ISBN:
Category :
Languages : en
Pages :
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Book Description
Adoption of efficient process technologies is an important approach to reducing CO2 emissions, in particular those associated with combustion. In many cases, implementing energy efficiency measures is among the most cost-effective approaches that any refiner can take, improving productivity while reducing emissions. Therefore, careful analysis of the options and costs associated with efficiency measures is required to establish sound carbon policies addressing global climate change, and is the primary focus of LBNL's current petroleum refining sector analysis for the U.S. Environmental Protection Agency. The analysis is aimed at identifying energy efficiency-related measures and developing energy abatement supply curves and CO2 emissions reduction potential for the U.S. refining industry. A refinery model has been developed for this purpose that is a notional aggregation of the U.S. petroleum refining sector. It consists of twelve processing units and account s for the additional energy requirements from steam generation, hydrogen production and water utilities required by each of the twelve processing units. The model is carbon and energy balanced such that crud e oil inputs and major refinery sector outputs (fuels) are benchmarked to 2010 data. Estimates of the current penetration for the identified energy efficiency measures benchmark the energy requirements to those reported in U.S. DOE 2010 data. The remaining energy efficiency potential for each of the measures is estimated and compared to U.S. DOE fuel prices resulting in estimates of cost- effective energy efficiency opportunities for each of the twelve major processes. A combined cost of conserved energy supply curve is also presented along with the CO2 emissions abatement opportunities that exist in the U.S. petroleum refinery sector. Roughly 1,200 PJ per year of primary fuels savings and close to 500 GWh per y ear of electricity savings are potentially cost-effective given U.S. DOE fuel price forecasts. This represents roughly 70 million metric tonnes of CO2 emission reductions assuming 2010 emissions factor for grid electricity. Energy efficiency measures resulting in an additional 400 PJ per year of primary fuels savings and close to 1,700 GWh per year of electricity savings, and an associated 24 million metric tonnes of CO2 emission reductions are not cost-effective given the same assumption with respect to fuel prices and electricity emissions factors. Compared to the modeled energy requirements for the U.S. petroleum refining sector, the cost effective potential represents a 40% reduction in fuel consumption and a 2% reduction in electricity consumption. The non-cost-effective potential represents an additional 13% reduction in fuel consumption and an additional 7% reduction in electricity consumption. The relative energy reduction potentials are mu ch higher for fuel consumption than electricity consumption largely in part because fuel is the primary energy consumption type in the refineries. Moreover, many cost effective fuel savings measures would increase electricity consumption. The model also has the potential to be used to examine the costs and benefits of the other CO2 mitigation options, such as combined heat and power (CHP), carbon capture, and the potential introduction of biomass feedstocks. However, these options are not addressed in this report as this report is focused on developing the modeling methodology and assessing fuels savings measures. These opportunities to further reduce refinery sector CO2 emissions and are recommended for further research and analysis.
Author: Marshall Sittig
Publisher: Noyes Data Corporation/Noyes Publications
ISBN:
Category : Science
Languages : en
Pages : 392
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Book Description
Author:
Publisher:
ISBN:
Category :
Languages : en
Pages :
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Book Description
The objective of the effort is to develop a technique for efficiently conducting energy audits on petroleum refineries. Work on the completed Task No. 1 is reported for the Gulf's Alliance Refinery. Background on the contract is presented in Sections II and III; a discussion of the Alliance Refinery is presented in Section IV and a summary of the work under Task I is presented in Section V.A glossary of terms used for this report is found in the Appendix. In Task No. 1, the refinery was separated into 12 processing units, utilities, and offsites; or a total of 14 units in all to be studied individually. This was accomplished through studying the various process flow charts, and then confirming the break-out of units by on-site visits as reasonable for the identification of areas where essential data such as temperature, pressure, and flow rates can be measured. (MCW).
