Books about Refinery from Amazon.com

In my book, Refinery Process Modeling, I present generalized techniques that may be used to model any petroleum refinery. This publication presents the development of simulation models for a typical oil refinery based on these techniques. The six major refining processes in a typical oil refinery are used to develop simulation flowsheet models. Operating data corresponding to unit test runs are presented for each process and a stepwise approach to development of the simulation models is given. The six processes for which models are developed are: 1) Crude, Vacuum, and Crude Preheat Train. 2) FCC Unit and Gas Plant. 3) Naphtha Desulfurizer/Reforming Unit. 4) Delayed Coking Unit. 5) Distillate Hydrotreating Unit. 6) HF Alkylation Unit. Appropriate drawings and diagrams are used to describe the development of the simulation flowsheet models. The models are not simulator specific and may be developed with any commercial simulator capable of modeling petroleum processes..
Price: $69.95 [Notify me when price goes down.]

The author uses the principles in his book, Refinery Process Modeling, to present a stepwise, simulator-independent model building procedure. This problem illustrates the many principles involved in modeling a complete crude distillation system and the associated heat network.

Starting with the set up of the basic information for the crude oil, this problem takes you through the heating and desalting of the crude oil prior to the crude furnace. Cracking adjustments are also discussed for the crude and vacuum column feeds.

Simulation configurations are included for the crude and vacuum columns, including a general method for representing the vacuum column boot sub-cooler as a part of the column solution.

Easily converged performance specifications for both columns are presented, as well as alternate specifications for the finalized model.

Techniques are presented for building the various pumparound flows used in the preheat train..
Price: $15.95 [Notify me when price goes down.]

From the Corridors of Power in Washington to the Frontlines of the War on Terror—Dale Brown takes you to the heart of the action, and introduces his most exhilarating character to date.

Near Houston, Texas, an oil refinery belonging to one of the world's largest multi-national energy companies is destroyed by a "backpack" nuclear device. This is just one of many attacks being perpetrated against this company around the world by a group whose mission is to stop global corporations and government organizations from plundering the world's natural resources in the name of profit.

Before this group strikes again, Jason Richter is called in with his top-secret high-tech military unit, code-named Task Force TALON. Richter believes there is only one strategy with which to snare his opponents—find, pursue, engage, and kill. And the only way to do this is to beat them at their own game: Be unconventional, swift, and brutal enough to strike fear into the hearts of the most dedicated terrorist. Richter must also uncover a mole high-up within the government, who is in pursuit of his own personal revenge.

If Richter fails, it won't be just the lives of his team that are lost, but America itself..
Price: $5.95 [Notify me when price goes down.]

The Bradford Oil Refinery holds the distinction of being the oldest continuously operating petroleum refinery in the United States. Over the past 125 years, the refinery has survived changes in ownership, fires, and economic highs and lows, and it continues to be an important supplier of lubricants and refinery specialties. The company was established in 1881 in the small village of Kendall Creek

(now the city of Bradford) by three independent oilmen: Robert Childs, Eli Loomis, and William Willis. They quickly recognized the financial opportunity of building a refinery in the heart of the oil region. The original crude oil capacity was 3,500 barrels per year. Today the refinery purchases in excess of three million barrels of crude oil annually, two-thirds of which comes from within 100 miles of the refinery..
Price: $12.36 [Notify me when price goes down.]

The author uses the principles in his book, Refinery Process Modeling, to present a stepwise, simulator-independent model building procedure. For this problem, a distillate stream consisting of both virgin and cracked stocks is hydrotreated to remove nitrogen and sulfur, as well as to improve the diesel properties by saturation of olefinic and aromatic compounds.

A modified black box reactor is used to predict the product from the hydrotreating reactor.

The model provides useful information, such as the hydrogen consumed in sulfur and nitrogen removal, the hydrogen consumed in saturation and cracking reactions, and the hydrogen solution losses from the system..
Price: $15.95 [Notify me when price goes down.]

The author uses the principles in his book, Refinery Process Modeling, to present a stepwise, simulator-independent model building procedure. This problem provides techniques for modeling a naphtha desulfurizer/reformer combination.

The desulfurizer prepares the reformer charge, while the reformer provides net hydrogen to the desulfurizer for the feed treating operation.

A modified black box reactor is used to model the desulfurizer, and a black box reactor is used to represent the reforming reactions.

Recycle control and convergence schemes for the model are also presented..
Price: $15.95 [Notify me when price goes down.]