| 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 |
| Computers see also Instrumentation and Software | Date | ||
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look at downstream e-marketplaces Extending your enterprise with an Internet forum can be rewarding, but work |
May-01 | ||
An integrated engineering toolkit – achieving optimum value Apply these valuable guidelines for best results in the process industries |
Jun-00 |
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ACHEMA '97 Perspective: Improve global competitiveness with supply-chain management Manufacturers must rethink how, when and why they produce goods |
May-97 |
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Achieve sustained business benefits from rigorous offline process models Choose the right approach to maximize your return on investment |
Dec-97 |
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Adaptive control of sulfur recovery units Efficiency was increased by improving tail gas ratio control |
Aug-94 |
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Advanced control improves MHC-VGO unit operation |
Mar-95 |
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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 | ||
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| Oct-03 | |||
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Advantages of brazed aluminum heat exchangers New process simulator developments ease the design and optimization process |
Jul-96 |
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APC improves TA/PTA plant profits Product quality improvements and increased throughput were primarily responsible for the benefits |
Oct-97 |
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Applications and limitations of CFD in the HPI If used properly, this technology can help solve many types of fluid flow problems |
Jul-97 |
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Applications for multifunction pressure instruments Case histories show how these devices can improve reliability and lower costs |
Oct-03 |
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Applied artificial intelligence for delayed coking Implement this real-time technology to improve process control results |
Nov-00 |
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Applying neural networks Use these practical guidelines for successful applications |
Sep-98 |
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Are you getting the full benefits from your advanced process control systems? Myths about automation programs prevent companies from unleashing their full profit potential |
Jun-05 |
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Automated steady-state identification in multivariable systems Use this technique for better results and less computational burden |
Sep-00 |
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Barrel calorimeters and computer solve boiler circulation problem A simple-to-build apparatus helps troubleshoot steam generators |
Dec-97 |
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Benchmarking FCC units Use this tool to track unit performance |
Dec-98 |
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Benefits of electronic device description language for fieldbus installations The technology is a major advancement toward achieving interoperability of intelligent field instrumentation incorporating different fieldbus protocols |
Mar-05 |
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Build pollution prevention into system design Emerging computer-based tools incorporate environmental considerations into process development |
Aug-94 |
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Business-to-manufacturing integration using XML This method has the potential to become the de-facto standard for efficient information exchange throughout the supply chain |
Mar-03 |
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Buy PHA software with confidence Author's guidelines show the 'pros' and 'cons' of selecting computerized hazard identification programs |
Oct-96 |
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Calculate hydrocarbon dew point for natural gas Using this methodology can save costs and time |
May-05 |
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Challenges in control room design Use these guidelines to reduce shiftwork fatigue and increase operator situational awareness |
Sep-00 |
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Challenges in simulating heat exchanger networks Engineering judgment plays a vital role when building, monitoring performance and troubleshooting software models |
Oct-96 |
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Changing face of the engineering business, The Reduce company overhead and produce quality products by applying new techniques for an effective engineering structure |
Nov-99 |
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Choosing cutpoints to optimize product yields Combining linear and nonlinear models and using better data visualization techniques improve selection |
Nov-99 |
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Combinatorial optimization maximizes profits Quick and simple method develops optimal models consisting of multiple tasks with multiple constraints |
Nov-97 |
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Computer delivery of operating and maintenance procedures Installing and implementing an electronic document management system can reduce labor costs |
May-96 |
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Computerization: problems and solutions To stay competitive you can't avoid it. Follow these suggestions to sidestep the pitfalls |
Jun-94 |
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Consider better practices for refining operations Improved refinery planning involves two-way communication with plant groups |
Oct-07 |
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Consider CFD modeling to improve reactor design for synthesis gas production Advancements in computational fluid methods simulate dynamics and reactions for autothermal reformers |
Jan-05 |
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Consider dynamic simulation for successful training To streamline startup and subsequent operations of a new 1-butene unit, a dynamic simulator provided engineers and operators with experience prior to commissioning |
Jun-05 |
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Consider dynamic simulation tools when planning new plant startup Simulation-based operator training uncovers potential process and operational problems before feed enters the unit |
Oct-03 |
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Consider energy-conserving methods to improve the SM process An innovative approach seeks enhancing heat exchange between processing stream without major retrofits to an existing network |
Mar-00 |
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Consider genetic algorithms to optimize batch distillation Alternative simulation tool calculates best reflux conditions to separate binary mixtures |
Sep-01 |
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Consider genetic programming for process identification Given process input-output data, it is now possible to automatically obtain the functional forms of best fitting expressions |
Jul-99 |
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Consider integrated plant design and engineering Innovative methods are vital in new project management |
Dec-07 |
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Consider modeling tools to revamp existing process units In this case history, a refiner uses simulation models with plant test data to debottleneck a crude unit |
Jun-00 |
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Consider modeling transient state reactions with spreadsheets New techniques streamline analyzing process control variables |
Dec-04 |
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Consider neural networks for process identification Although the industrial system tested is inherently complex, the model predictions are very good |
Jun-95 |
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Consider online predictive technology to reduce electric motor maintenance costs Continuous monitoring can increase plant revenue and minimize downtime |
Jul-02 |
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Consider piping models for safety evaluations New simulation tools allow engineers to fully investigate processing conditions in piping systems |
Nov-07 |
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Consider portable data transfer over satellite Recent advances make this a viable technology for access to and from remote locations |
May-03 |
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Consider retrofits to handle high-viscosity crudes Refiners must fine-tune crude unit process design and energy balance to process a heavy feedslate |
Sep-04 |
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Consider using 'soft analyzers’ to improve SRU control Researchers use neural networks and regression methods to build models that accurately predict H2S and SO2 in tail gas |
Jan-00 |
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Consider validating process data to develop realistic hydrogen balances With accurate information, refiners can apply new assessment tools to fine-tune plant networks |
Jul-03 |
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Considerations for batch control Using these guidelines to help select the right equipment and system development procedures |
Sep-94 |
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Constructing a refinery information system The result is fast, efficient, cost-effective and enhances competitive position |
Sep-94 |
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Control level under fouling conditions Technique can be applied where level can be inferred by discrete measurements |
Nov-00 |
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Controlling fired heaters Use these guidelines to optimize operation and ensure safety |
Apr-97 |
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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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Creating the 'smart plant' Before too long, your doorbell may ring and a repairman might say, ‘I received a request over the Web from your refrigerator to come and replace the drive belt.’ Will process equipment be far behind? |
Oct-03 |
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Crude distillation unit online optimization A stochastic model provides optimal results to the advanced control system |
Jun-01 |
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Cyber security – Are your facility computer systems safe from attack? Performing a CSVA identifies vulnerabilities and needed security measures |
Mar-04 |
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Data asset approach to plant design Owners/operators implement new computer-based model for lifecycle management that becomes cost-saving investment |
Feb-99 |
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Data reconciliation with unmeasured variables Techniques improve information and identify measurement errors |
Mar-94 |
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Decision-making and modeling in petroleum refining Understand the limitations and capabilities of linear programming |
Nov-97 |
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Design ‘clean’ chemical processes Mass integration tools facilitate optimal resource usage while reducing waste generation |
Apr-98 |
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Design pyrolysis heaters using CFD models Optimize design and increase olefin production with this technology |
Jul-97 |
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Determine the number of theoretical plates with commercial simulators A refinery case study shows the differences and pitfalls with various software packages in distillation column design |
Aug-99 |
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Determine the optimum crude intake level – a case history When using LP models, users must be fully aware of what data is important and discard the rest |
Jun-01 |
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Develop LP models using a steady-state simulator This method was successfully applied to a hydrocracker unit |
Jun-97 |
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Distinguish between scheduling and planning models To use one model for both purposes is inefficient and will give insufficient information for both aspects |
Jul-98 |
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Distinguishing online benefits from those of advanced controls An FCCU case study illustrates the procedure |
Jun-00 |
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Disturbance rejection capabilities of ARMA and FIR model structures in predictive control The parametric model is shown to be more robust |
Oct-01 |
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Document management throughout plant construction Electronic system can improve design and communications between engineers, contractors and operators |
Dec-98 |
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Does your distillation simulation reflect the real world? The match between field data and simulation can make or break the outsome and success of column troubleshooting |
Aug-97 |
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Dynamic monitoring system for FCC product qualities Neural network technology increased light oil product recovery |
Apr-01 |
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Dynamic simulation analyzes expanded refinery steam system A project in a major refinery complex demonstrate the flexibility of this effective technology |
Nov-95 |
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Dynamic simulation for IGCC process and control design Predict plant performance during upset and normal conditions using this modeling tool |
Jan-98 |
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Dynamic simulation for process design This technology advantages are shown in three case histories |
Jul-96 |
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Dynamic simulation improves column relief-load estimates Using dynamic simulation model, a petrochemical operator avoids revamping the flare system due to a processing change |
Dec-99 |
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Easy characterization of petroleum fractions, Part 2 This FORTRAN program calculates physical properties from a distillation curve and overall density |
Jan-94 |
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Easy way to transform nomographs and charts into a computer program These steps can make the resources more useful |
Sep-05 |
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Economic analysis of FCCU control re-examined Common statistical rules-of-thumb for estimating control performance may need to be revised to reflect technology developments |
Apr-99 |
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Economics of business process integration and automation Where along the automated integration continuum should your plant be? |
Sep-00 |
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Electrical and instrumentation CAD improve plant design Here's how this technology reduces design time and costs |
Mar-96 |
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Enterprise agility: the impact of e-commerce on the hydrocarbon marketplace Markets are changing fast. Are you ready? |
May-00 |
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Equipment health management program improves plant reliability Following these guidelines will ensure a well-designed and efficient plant |
Oct-97 |
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Estimate octane numbers using an enhanced method New model predicts RON and MON of gasoline blends with equal accuracy and greater consistency |
Mar-97 |
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Estimate product quality with ANNs Industrial experience shows the value of this technology |
Sep-96 |
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Ethylene plant closed-loop optimization Benefits included a 3-4% increase in throughput |
Jun-00 |
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Expert systems aid plant operations managers Actual plant examples show how this technology can solve problems and improve operations |
Nov-98 |
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fieldbus technology: Ethernet will transform fieldbus Changes are being made to support Ethernet’s use in automation |
Jun-00 |
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fieldbus technology: Fieldbus a natural for gas storage |
Jul-01 |
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fieldbus technology: Fieldbus automates oil blending facility Foundation fieldbus supports S88 recipe management |
Aug-00 |
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fieldbus technology: Fieldbus automates oil production field ARCO estimates savings of $621,000 per drill site |
May-99 |
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fieldbus technology: Fieldbus controls propylene oxide plant Chemical company improves performance and reduces costs by installing an intrinsically safe system |
Aug-00 |
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fieldbus technology: Fieldbus ensures optimum polypropylene plant control |
Jul-01 |
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fieldbus technology: Fieldbus improves petrochemical plant operation Reduced design, installation and startup costs provided significant benefits |
May-99 |
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fieldbus technology: Fieldbus Foundation: past, present and future Vendor-neutral organization remains committed to interoperable protocol |
Oct-02 |
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fieldbus technology: Fieldbus improves automation in retrofit environments |
Jul-01 |
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fieldbus technology: Fieldbus improves control and reliability of deepwater production facility The technology provides access to considerable operating data, while reducing personnel and maintenance requirements |
Oct-02 |
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fieldbus technology: Fieldbus improves petrochemical plant operation Reduced design, installation and startup costs provided significant benefits |
May-99 |
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fieldbus technology: Fieldbus integrates chemical plant control and information systems High-speed Ethernet-based architecture restores single-loop integrity and enables better data access |
Oct-02 |
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fieldbus technology: Fieldbus introduces new concepts in process control Devicebuses and sensorbuses complete the architecture |
May-99 |
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fieldbus technology: Fieldbus’s manufacturing and process capabilities improve thermoplastic elastomer plant control Here's how PROFIBUS-DP and -PA provided substantial benefits |
Aug-00 |
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fieldbus technology: Fieldbus Technology: PROFIBUS: today and tomorrow Here are overviews of the technology, the new profile for “fail-safe” applications and Ethernet plans |
Aug-00 |
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fieldbus technology: Foundation fieldbus – don’t get left behind Second-generation systems incorporate high-speed Ethernet as the higher-level communications link |
Oct-02 |
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fieldbus technology: Foundation fieldbus helps meet regulatory and profitability challenges The technology simplifies field-level communications and provides new functionality |
May-99 |
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fieldbus technology: Foundation fieldbus – open, integrated fieldbus architecture Here’s how the technology helps support plant optimization |
Oct-02 |
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fieldbus technology: Foundation fieldbus project implementation tips Follow these guidelines to avoid problems |
Oct-02 |
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fieldbus technology: Foundation fieldbus selected for major projects Here’s why Shell and Conoco are committed to the technology |
Oct-02 |
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fieldbus technology: Getting started with fieldbus – a primer Use these guidelines to set up an experimental Foundation fieldbus system |
May-99 |
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fieldbus technology: HSE: a cost-effective, high-speed automation solution The technology provides an ideal plantwide backbone for integrating control and management applications |
Aug-00 |
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fieldbus technology: Intrinsically-safe fieldbus provides chemical plant savings Similar conventional and fieldbus installations are compared |
May-99 |
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fieldbus technology: Lube oil blending plant revamps with fieldbus The technology provided 3% capital savings, as well as ongoing engineering and maintenance benefits |
May-99 |
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fieldbus technology: North Sea oil platform rides on fieldbus communications One of the largest oil platform development projects in the North Sea will utilize a PROFIBUS communications network |
Aug-00 |
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fieldbus technology: Plantwide data integration using Foundation fieldbus |
Jul-01 |
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fieldbus technology: PROFIBUS International – a strong community This fieldbus organization provides many services and benefits |
May-99 |
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fieldbus technology: PROFIBUS: today and tomorrow Here are overviews of the technology, the new profile for “fail-safe” applications and Ethernet plans |
Aug-00 |
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fieldbus technology: Why fieldbus technology? |
May-99 |
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Fine-tune operations through computational fluid dynamics Advanced modeling methods assist engineers to troubleshoot existing processing equipment |
Jun-05 |
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First-principles distillation inference models for product quality prediction Modeling approach involves a short-cut simulation of a column section. |
Feb-02 |
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Five-minute chemical engineer, The Use these helpful equations and tables to perform "quick-and-dirty" calculations |
Jan-96 |
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General reactor model improves HPI applications Applying new tools, refiners can optimize revamp, and modernize existing process units |
Jul-99 |
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Global chemical engineering educations: paradigms for online technology Discover special tools that help to deliver valuable results in informational environments |
Apr-01 |
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Guided-wave radar transmitters measure level under harsh conditions Going beyond through-air technologies, they are suitable for difficult-to-measure liquids and solids |
Dec-03 |
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How to choose an online analytical system Developments in processors allow product stream measurements in real time |
Feb-95 |
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How to efficiently plan a grassroots refinery To select the best processing configuration and investment decision, this refiner used LP modeling, plant cost estimation and IRR analysis to find the optimum solution |
Jun-01 |
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How to evaluate environmental software New checklist highlights important systems features to consider before purchasing pollutant-management programs |
Sep-97 |
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How to predict fluid coker performance New model helps estimate yields for 'bottom-of-the-barrel' residuals |
Dec-07 |
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How to set explosion protection standards A risk-based approach can identify the most probably explosion scenario and its effects on process buildings |
Dec-95 |
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How to write effective operating procedures, Part 1 Using these guidelines, writers can efficiently organize critical details and remove excess information from written instructions |
Apr-96 |
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How to write effective operating procedures, Part 2 Efficient, credible operating manuals incorporate safety and process information into easy-to-use formats |
May-96 |
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Hydrocracker advanced control improves profitability This refinery maximized jet fuel yield while minimizing hydrogen consumption |
Oct-00 |
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Implementing a refinery information system Heed these lessons learned from adopting a Web-centric architecture |
Sep-00 |
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Implementing reformer advanced control on PC platforms Following these guidelines will ensure a well-designed and efficient plant |
Aug-97 |
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Improve accuracy of tracing production qualities using successive reconciliation Use this technique for crude oil composition tracing and gasoline blend component quality prediction |
Apr-05 |
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Improve control with software monitoring technologies Industrial experience shows potential for these methods in many analytical applications |
Sep-96 |
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Improve controller performance with simple fuzzy rules The technology is capable of handling process nonlinearities and uncertainties |
May-99 |
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Improve heat exchanger design Using simulation improves impingement device application in exchangers. |
May-07 |
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Improve high-pressure polyethylene reactor control A multivariable, nonlinear approach provided significant benefits |
Nov-00 |
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Improve logistics to reduce distribution costs Third party program streamlined rail shipping for Mobil Oil's Lubricants Division |
May-97 |
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Improve nonlinear soft sensing modeling by combining multiple models FMM-based methods are shown to give better results |
Apr-00 |
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Improve plant reliability with information systems The key is integrated maintenance, turnaround planning, project planning and process information |
Jan-94 |
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