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UPSTREAM
: Process Engineering and Simulation :

Engineered Software |Farris | HTRI | Invensys | RSI Simcon | Softbits

 

Engineered Software 

Engineered Software, Inc.
4529 Intelco Loop SE
Lacey, WA 98503
Phone: 1-800-786-8545
Fax: 360-412-0672
Email:info@eng-software.com
www.eng-software.com

Michael Blondin, Marketing & Sales Manager


Company Bio:
Founded in 1982, Engineered Software, Inc. has two award-winning product lines – PIPE-FLO and PUMP-FLO Solutions. The programs’ interface was developed and refined based on over 25 years of customer feedback. Engineered Software has over 5,500 clients worldwide in industries including aerospace/defense, chemical processing, oil/petrochemical, power generation and many more.

Products:
Engineered Software provides a wide range of products and services to help you visualize the operation of your fluid piping systems. Engineering firms use PIPE-FLO for designing and evaluating the operation of new and existing fluid piping systems. Owners and operators of piping systems use PIPE-FLO to assist them in the operation and maintenance of their piping system.
We also offer a variety of training and support services so our customers can get the most from their software investment.
PIPE-FLO® - Design and simulate the operation of fluid piping systems. From liquids, to gases, to paper slurries, we offer affordable, flexible, and easy-to-use software, providing a clear picture of your total piping system. PIPE-FLO brings you an immediate return on your software investment. Free demo available at www.eng-software.com

PUMP-FLO™ – Selects and evaluates centrifugal and AODD pumps from over 90 manufacturers. PUMP-FLO also has multi-language capabilities. The PUMP-FLO product line is the perfect tool to streamline the pump sizing and selection process. PUMP-FLO will save you a tremendous amount of time from the traditional paper catalog selection process. Free online version available at www.pump-flo.com.

www.hpinfo.ims.ca/7006-407


Farris

Farris Engineering Services
A Division of Curtiss Wright Flow Control Co.
16315 Market Street
Channelview, TX 77530
Phone: 281-247-8820
Fax: 281-247-8829
scroxford@curtisswright.com
www.curtisswright.com
Sean W. Corxford, Sales Manager

 

Company Bio:
Farris Engineering Services, a division of Curtiss Wright Flow Control Corporation provides engineering and consulting services to the process industry. Our experienced engineers provide solutions for all phases of your pressure relief systems and process engineering needs.

Products:
The ultimate goal of any pressure relief system management is to ensure that all applicable equipment and piping are adequately protected from potential overpressure and also ensures that the system is completely documented. Equally important is the proactive management of the relief systems “after” the plant has been designed and contracted.

iPRSM® is uniquely designed to allow the user immediate analysis of impact(s) to any changes in equipment, physical properties, piping changes, etc on any protected system. iPRSM®, our revolutionary web enabled software is THE cost effective way to manage pressure relief systems. It has proven to be a very cost-effective method to design / manage pressure relief systems and will ensure compliance with regulatory codes and standards over the life cycle of the facility.

www.hpinfo.ims.ca/7006-411

Heat Transfer Research, Inc.
Worldwide
150 Venture Drive
College Station, TX 77845 USA
Phone: 979-690-5050
Fax: 979-690-3250
E-mail: HTRI@HTRI.net
http://www.HTRI.net

Asia
World Business Garden Marive East 14F
Nakase 2-6, Mihamaku
Chiba 261-7114 Japan
Phone: 81-43-297-0353
Fax: 81-43-297-0354
E-mail: HTRI.Asia@HTRI.net
Hirohisa Uozu, Mgr.

EMEA (Europe, Middle East, Africa)
The Surrey Technology Centre
40 Occam Road
Guildford, Surrey GU2 7YG U.K.
Phone: 44-(0)1483-685100
Fax: 44-(0)1483-685101
E-mail: HTRI.Europe@HTRI.net
Hans U. Zettler, Mgr.

India
C-1, First Floor, Tower-B, “Indraprasth Complex”
Near Inox Multiplex, Race Course (North)
Vadodara 390007, Gujarat, India
Phone: +91 (982) 514-7775
HTRI.India@HTRI.net
Rajan Desai, International Coordinator

Claudette D. Beyer, President and CEO
Fernando J. Aguirre, V.P., Business Development

Company Bio:
HTRI operates an international consortium founded in 1962 that conducts industrially relevant research and provides software tools for design, rating, and simulation of process heat transfer equipment. HTRI also produces a wide range of technical publications and provides other services including contract research, software development, consulting, and training.

Products:
HTRI Xchanger Suite - Integrated graphical user environment for the design, rating, and simulation of heat transfer equipment.

Xace - Designs, rates, and simulates the performance of air-cooled heat exchangers, heat recovery units, and air preheaters.

Xfh - Simulates the behavior of fired heaters. Calculates the radiant section of cylindrical and box heaters and the convection section of fired heaters. It also designs process heater tubes and performs combustion calculations.

Xhpe - Designs, rates, and simulates the performance of hairpin heat exchangers.

Xist -Designs, rates, and simulates single- and two-phase shell-and-tube heat exchangers, including kettle and thermosiphon reboilers, falling film evaporators, and reflux condensers.

Xjpe - Designs, rates, and simulates jacketed-pipe (double-pipe) heat exchangers.

Xphe - Designs, rates, and simulates plate-and-frame heat exchangers. A fully incremental program, each plate channel is calculated individually using local physical properties and process conditions.

Xspe—Rates and simulates single-phase spiral plate heat exchangers.

Xtlo - Graphical standalone rigorous tube layout software; also integrated with Xist.

Xvib - Performs flow-induced vibration analysis of a single tube in a heat exchanger bundle. It uses a rigorous structural analysis approach to calculate the tube natural frequencies for various modes and offers flexibility in the geometries it can handle.

Xchanger Suite Educational—Customized version of Xchanger Suite with the capability to design, rate, and simulate shell-and-tube heat exchangers, air-coolers, economizers, and plate-and-frame heat exchangers. Available to educational institutions only.

R-trend—Calculates and trends fouling resistances for shell-and-tube heat exchangers in single-phase service. Uses Microsoft Excel as working environment with optional link to Xist.

www.hpinfo.ims.ca/7006-415

IPS

Invensys Process Systems
5601 Granite Parkway, Ste. 1000
Plano, Texas, 75024
Tel: 1-469-365-6400
E-mail: getmore@ips.invensys.com
http://www.ips.invensys.com

Kathy Beckman, Marketing Director

Company Bio:
Invensys Process Systems (IPS), headquartered in Plano, Texas, is a global technology and consulting firm leading significant change in process manufacturing, plant optimization, business operations and enterprise performance. IPS clients are some of the world’s most important industrial organizations — companies that operate large oil refineries; plants that process chemicals, gas, LNG, power, pharmaceutical and minerals; and pulp and paper mills. IPS solutions, used at over 50,000 locations across the globe, include field devices, controls, and safety from Foxboro and Triconex, simulation software from SimSci-Esscor, operations management from Avantis, and the world’s first truly open enterprise control system, Infusion. IPS’ nearly 7,000 employees integrate these capabilities to create solutions that impact and increase efficiency, boost productivity, and accelerate performance. These results help industrial companies run safer, operate more efficiently, and extract useful knowledge from their operations to make faster, better decisions.

Products:
IPS’ Oil and Gas production solutions transform the collaboration within and among all levels of the organization, providing improved visibility and responsiveness throughout the enterprise. To address the challenges and unique requirements of the upstream oil and gas industry, IPS brings together key elements from our comprehensive product portfolio with powerful solutions including:

  • Critical Asset Management transforming your operations to a predictive and proactive approach encompassing operations, maintenance and supply chain to accelerate production, reduce lifting costs and extend asset life
  • Operator & Engineering Effectiveness enhancing overall team productivity and utilization through right-time scenario evaluation, training and critical situation management while providing a highly productive and intuitive environment with templates that enable consistent, high quality engineering solutions in a collaborative environment
  • Maintenance Effectiveness providing the required availability at the lowest possible cost through best practices and advanced techniques including Condition Based Maintenance and Reliability Centred maintenance.
  • Real Time Finance providing global visibility to all key performance indicators and the financial impact of operational decisions
  • Production Optimization improves yield, minimizes quality giveaway and fuel blend reworks, and reduces inventory and maintenance costs

 


RSI Simcon Group

RSI Simcon Group
www.simulationrsi.net
Houston office: +1-832-448-5900
France office: +33-(0)4-76-52-58-28
China office: +86-10-64418357

Company Bio:
RSI Simcon, an IFP Group company, has been a leading global supplier for 25 plus years of dynamic simulation solutions for engineering studies, operator training and production management in the Upstream Oil & Gas, Refining, Petrochemicals, Chemicals, LNG, and Power industries. RSI Simcon has developed over 1200 dynamic simulators worldwide for more than 100 customers. These have been either Operator Training Simulators (OTS), Dynamic Engineering Simulators (DES) or Production Management Simulators (PMS). RSI Simcon has 100 plus simulation engineers worldwide with offices in Houston, France and China.

Products:
One of our products, Dynamic Engineering Simulator (DES) is a first-class engineering tool for providing a safe and efficient design of a plant. DES is a virtual plant that can be used for development and validation of operating strategies. DES is especially useful for studying responses during harsh and / or transient conditions, start-up and shutdown procedures, and designing and checking safety systems such as HAZOP and HIPPS.
Typical benefits of Dynamic Engineering Simulators include:

  • Validation and improvement of process dynamics, plant safety, operability and controllability
  • Anticipation and analysis of operational issues, using a comprehensive analysis of the whole production system.

Our simulation platform, INDISS™ is a fully integrated package including high fidelity thermodynamic libraries and a user-friendly environment. INDISS™ will interface with any third-party specialty package.
RSI Simcon and the IFP Group are committed in delivering the best in class dynamic simulation package to their customers by maintaining the highest level of investment in research and development.

www.hpinfo.ims.ca/7006-429

 


Softbits Consultants Ltd.
Kaydor
Paice Lane, Medstead
Alton, GU34 5PT England UK
Phone: 44 +1420 561511
Fax: 44 +8700 516362
E-mail: sales@softbits.co.uk
http://www.softbits.co.uk

Company Bio:
Softbits Consultants has been providing computer applications and consultancy services to the process engineering industry since 1985. Specialising in flare system analysis and process simulation we are the developers of FLARESIM, the de facto industry standard application for thermal radiation analysis.

Products:
FLARESIM™ assists engineers in the design and evaluation of flare systems. The program calculates thermal radiation and noise generated by flares and estimates the temperatures of exposed surfaces. FLARESIM handles multiple tip configurations on any combination of vertical, horizontal or inclined stacks. As well as API standard methods, FLARESIM also utilises proprietary algorithms. FLARESIM is used by flare system vendors, Engineering & Construction companies and operating companies worldwide.

www.hpinfo.ims.ca/7006-431

 

 

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