| cumulative index: 1994 – present |
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Author: A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q-R | S | T | U-V | W | X-Y-Z Subject: A | B | C | D | E | F | G | H I | K | L | M | N | O | P | R | S | T | U | V | W |
| Amines | Date | ||
| Advanced Process Control and Information Systems Handbook This handbook-type industry reference source is produced biennially by the staff of Hydrocarbon Processing magazine. Licensors have provided flow diagrams and descriptions of major process control and information systems technologies. It is unique in that it shows how these technologies are applied to specific HPI processes and plants. The Handbook has become the user reference when implementing these advanced control and information system projects in the hydrocarbon processing industry (HPI). |
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Advanced Process Control and Information Systems 1995 |
Sep-95 | ||
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Advanced Process Control and Information Systems 1997 |
Sep-97 | ||
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Advanced Process Control and Information Systems 1999 |
Sep-99 | ||
| Sep-01 | |||
| Oct-03 | |||
| Oct-05 | |||
Alternative technologies to steam-methane reforming Consider these different processes to produce hydrogen and carbon monoxide |
Nov-95 |
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Amine plant troubleshooting and optimization Here is a practical operating guide that uses control charting to maximize performance |
Apr-95 |
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Clean amine solvents economically and online This case history demonstrates the effectiveness of electrodialysis technology for containment removal |
Aug-95 |
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Consider modifying your refinery to handle heavy opportunity crude oils To process high-sulfur crudes, refiners must retrofit older processing units to capitalize on ‘dirty’ feedstocks |
Sep-05 |
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Control contaminants in olefin feedstocks and products, Part 1 Operators can use this technology review when evaluating available process design options and treatments |
Jul-96 |
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Control contaminants in olefin feedstocks and products, Part 2 New technologies selectively remove problematic compounds |
Sep-96 |
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Converting amine concentrations A BASIC program simplifies calculations and includes data for six different amines |
Mar-94 |
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Converting to a tertiary amine ups sweetening capacity at an Iranian gas facility Debottlenecking processing units improved performance and costs |
Jan-08 |
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Effect of heat stable salts on MDEA solution corrosivity, Part 1 New testing gives recommended limits of each species and the impact of temperature and pH |
Mar-96 |
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Effect of heat stable salts on MDEA solution corrosivity, Part 2 |
Apr-96 |
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Environmental Processes Handbook This handbook-type industry reference source features emerging remedial processes handling air, water and solid HPI waste streams. Each 'clean' process technology description includes flow diagram as well as application, operations, waste definitions, regulatory applications, economics and licensor information. |
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Environmental Processes '93 |
Aug-93 | ||
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Environmental Processes '94 |
Aug-94 | ||
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Environmental Processes '96 |
Aug-96 | ||
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Environmental Processes '98 |
Aug-98 | ||
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Gas Processes Handbook This handbook-type industry reference source features the latest commercially viable gas processing processes categorized by process function. It contains flow diagrams and descriptions of commercially viable gas processing processes from licensors. Included are drying, treating, contaminant removal, cleanup, hydrogen, liquefied natural gas, syngas, sulfur, gas-to-liquids, etc. Each process description includes a full color flow diagram as well as application, operation, economic, yield and licensor information. The processes are indexed by process and contributing company. |
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Gas Processes '94 |
Apr-94 | ||
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Gas Processes ’96 |
Apr-96 | ||
| Apr-98 | |||
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Gas Processes 2000 |
Apr-00 | ||
| May-02 | |||
| Feb-04 | |||
| Jan-06 | |||
Gas Processes Handbook 2006 Overview of licensors and selected process descriptions |
Jan-06 |
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How efficient are refinery amine units? Refiners' survey investigates current industry design and operating practices |
Apr-95 |
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HPI Construction Boxscore Published three times a year and used for years by engineers, contractors, and marketing personnel to identify active construction projects around the world for sales information, market research, and planning. Data includes project type, plant capacity, geographic area, operating company, engineering company, construction company, licensor. |
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HPI Construction Boxscore Update, February '94 |
Feb-94 | ||
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HPI Construction Boxscore Update, June '94 |
Jun-94 | ||
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HPI
Construction Boxscore, October '94 |
Oct-94 | ||
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HPI Construction Boxscore Update, February '95 |
Feb-95 | ||
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HPI Construction Boxscore Update, June '95 |
Jun-95 | ||
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HPI
Construction Boxscore, October '95 |
Oct-95 | ||
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HPI Construction Boxscore Update, February '96 |
Feb-96 | ||
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HPI Construction Boxscore Update, June '96 |
Jun-96 | ||
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HPI
Construction Boxscore, October '96 |
Oct-96 | ||
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HPI Construction Boxscore Update, February '97 |
Feb-97 | ||
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HPI Construction Boxscore Update, June '97 |
Jun-97 | ||
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HPI
Construction Boxscore, October '97 |
Oct-97 | ||
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HPI Construction Boxscore Update, February '98 |
Feb-98 | ||
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HPI Construction Boxscore Update, June '98 |
Jun-98 | ||
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HPI
Construction Boxscore, October '98 |
Oct-98 | ||
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HPI Construction Boxscore Update, February '99 |
Feb-99 | ||
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HPI Construction Boxscore Update, June '99 |
Jun-99 | ||
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HPI
Construction Boxscore, October '99 |
Oct-99 | ||
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HPI Construction Boxscore Update, February '00 |
Feb-00 | ||
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HPI Construction Boxscore Update, June '00 |
Jun-00 | ||
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HPI
Construction Boxscore, October '00 |
Oct-00 | ||
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HPI Construction Boxscore Update, February '01 |
Feb-01 | ||
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HPI Construction Boxscore Update, June '01 |
Jun-01 | ||
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HPI
Construction Boxscore, October '01 |
Oct-01 | ||
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HPI Construction Boxscore Update, February '02 |
Feb-02 | ||
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HPI Construction Boxscore Update, June '02 |
Jun-02 | ||
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HPI
Construction Boxscore, October '02 |
Oct-02 | ||
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HPI Construction Boxscore Update, February '03 |
Feb-03 | ||
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HPI Construction Boxscore Update, June '03 |
Jun-03 | ||
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HPI
Construction Boxscore, October '03 |
Oct-03 | ||
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HPI Construction Boxscore Update, February '04 |
Feb-04 | ||
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HPI Construction Boxscore Update, June '04 |
Jun-04 | ||
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HPI
Construction Boxscore, October '04 |
Oct-04 | ||
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HPI Construction Boxscore Update, February '05 |
Feb-05 | ||
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HPI Construction Boxscore Update, June '05 |
Jun-05 | ||
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HPI Construction Boxscore, October '05 |
Oct-05 | ||
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Improve acid-gas removal of LPG contactors Consider using these practical troubleshooting and design techniques when optimizing liquid/ liquid contactors |
Jan-04 |
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Improve CO2 removal from ammonia plants New developments raise the profitability and reliability for existing and grassroots units |
Aug-05 |
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Improve contaminant control in amine systems These guidelines illustrate what every process engineer should know about solvent contamination and loss for sour gas processing facilities |
Oct-01 |
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Improve corrosion control in refining processes Using inhibitors and new metallurgical technology can restrain environmental cracking when processing high sulfur feedstocks |
Nov-95 |
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Improve NGL recovery Processing conditions and product specifications determine the best method to recover NGLs |
May-01 |
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Improve operations and enhance refinery sulfur recovery Here's an assessment of the latest technical innovations |
Apr-97 |
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Improve sulfur unit reliability A Midwest refiner uses preventive maintenance to meet NSPS SO2 goals |
Aug-97 |
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Increase flexibility and efficiency of Claus unit with liquid redox technology To manage higher H2S loads, this East Texas gas processor found a creative solution that increased plant efficiency even with widely fluctuating sulfur |
May-01 |
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Ion chromatography analysis Improve facility operations with this valuable technique |
Feb-03 |
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Membranes provide cost-effective natural gas processing These units can be competitive with traditional amine or glycol systems |
Apr-95 |
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Online analysis for amine-based tail gas treating units Combining analyzer technology improved refinery maintenance and improved operating costs |
Jan-08 |
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Optimize your search for sulfur-recovery technology New simulation techniques can clearly define sulfur reactions and processes for TGTUs |
Jan-03 |
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Oxygen’s role in alkanolamine degradation A new study shows the adverse effects and gives recommendations for identifying and avoiding this problem |
Jul-98 |
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Petrochemical Processes Handbook Handbook-type industry reference source, features the latest technological developments and advancements . Each including flow diagram and application, description, operation, economic, yield and licensor information. Processing innovations encompass high-activity catalyst systems, value-added end products, higher product purities, higher yields, energy-conservation methods, byproduct reduction, etc.. Included are commercially viable processes ranging from alkylbenzene to xyleneisomers. |
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Petrochemical Processes ’95 |
Mar-95 | ||
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Petrochemical Processes ’97 |
Mar-97 | ||
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Petrochemical Processes ’99 |
Mar-99 | ||
| Mar-01 | |||
| Mar-03 | |||
| Mar-05 | |||
Predict amine solution properties accurately New equations enable designers to calculate physical property data when sizing gas-sweetening equipment |
Feb-96 |
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Prevent corrosion attacks in amine absorption columns |
Oct-99 |
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Process design and optimization ’96 Report describes process simulation technology for specific applications. Included are process names, diagrams, applications, descriptions, objectives, economics, installations, licensors and a complete list of process submissions |
Jun-96 |
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Process simulation and design '94 This first-of-a-kind report describes today's process simulation and design technology for specific applications. It includes process names, diagrams, applications, descriptions, objectives, economics, installations, licensors, and a complete list of process submissions |
Jun-94 |
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Reduce amine plant solvent losses, Part 1 A systematic technical approach will identify and quantify losses into five categories |
May-94 |
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Reduce amine plant solvent losses, Part 2 A systematic technical approach will identify and quantify losses into five categories |
Jun-94 |
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Refining Processes Handbook Handbook-type industry reference source has been expanded this year. It contains flow diagrams and descriptions of leading-edge, licensed refining technologies. Specific processing operations include coking, hydrotreating, hydrocracking, fluid catalytic cracking, resid catalytic cracking, alkylation, catalytic reforming, ethers and more. Licensors contributed process flow diagrams, products, process descriptions, economics, installations and other vital information. The flow diagrams and summary descriptions define typical licensed processes used by modern refineries. |
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Refining Processes ’94 |
Nov-94 | ||
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Refining Processes '96 |
Nov-96 | ||
| Nov-98 | |||
| Nov-00 | |||
| Nov-02 | |||
| Sep-04 | |||
Remove H2S and C1-C4 from HDS recycle streams Nonaqueous sulfur recovery techniques also reduce hydrogen losses |
May-01 |
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Remove heat stable salts for better amine plant performance Follow-up data to an October 1997 article proves with refinery experience that caustic neutralization does not improve system operations |
Aug-98 |
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Treat LPGs with amines Following these guidelines will ensure a well-designed and efficient plant |
Sep-97 |
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Update hydrotreaters to process 'green' diesel Worldwide, refiners must adopt processing strategies to achieve nearly sulfur-free fuels. It is possible when utilizing newer catalysts and improved design technologies |
Nov-01 |
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Use coalescing methods to solve emulsion problems Case histories show how to cost-effectively separate two immiscible liquids |
Nov-95 |
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What are the options to control VOC emissions? Consider these design options to improve reliability and efficiency |
Aug-00 |
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Why caustic addition is bad for amine systems New corrosion study reveals a dark side to caustic neutralization in alkanolamine gas treating systems |
Oct-97 |
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