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: Dynamic Simulation & Optimization : |
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CD-adapco
60 Broadhollow Road
Melville, NY 11747
Phone: 248-246-5803
Phone: 631-549-2300
Fax: 208-575-2685
E-mail: dennis.nagy@us.cd-adapco.com
http://www.cd-adapco.com
Dennis
Nagy, VP Marketing & Business Development
Company
Bio:
CD-adapco is the leading global provider of full-spectrum engineering
simulation (CAE) solutions for fluid flow, heat transfer and stress,
including Computational Fluid Dynamics (CFD/CAE) flow, thermal, and stress
software, CAD-embedded CFD options, and CAE consulting services and training.
Its principal offices are in New York, London and Yokohama with subsidiary
offices across the world.
Products:
CD-adapco’s
solutions (software and related consulting services, training, and
mentoring) are widely used across many industries, including oil and
gas, chemical process, marine, offshore structures, turbomachinery,
automotive, aerospace, building systems, electronics, environmental,
pharmaceuticals, power generation, rail, and specialized mechanical
engineering applications. The technology-leading Computational Fluid
Dynamics flow, thermal, and stress simulation (CFD/CAE) STAR codes
have outstanding capabilities for handling complex fluid flow and heat
transfer problems including transient flows, chemical reaction, free-surface
flows, combustion, rotating systems, multiphase and multiphysics.
There
are four ways in which CD-adapco delivers its CFD technology in software:
- STAR-CCM+
is a radically new full-spectrum CFD/CAE processing environment that
features the latest object-oriented methods and ergonomically designed
GUI for streamlined integration into any company's engineering process.
Solutions on polyhedral cells enable faster and more accurate solutions
than any other of the world’s legacy CFD codes.
- STAR-CD
remains the world’s most advanced CFD code, comes with advanced
pre-processing tools, and is now enhanced by the inclusion of any
one of the environments from the STAR-CAD Series.
- STAR-CAD
Series is a range of products that deliver non-complex CFD in an
easy to use CAD-embedded environment
- Expert
Systems (‘es-solutions’) are application-specific bundles
that talk the specific engineering language required. They can be
viewed as ‘packaged consultancy’ since they are honed
for solving particular application challenges.
Chemstations, Inc.
2901 Wilcrest,
Suite 305
Houston, TX 77042
Toll Free:
800-243-6223
Phone: 713-978-7700
Fax: 713-978-7727
E-mail:
sales@chemstations.net
http://www.Chemstations.net
Steve Brown,
V.P. Sales/Marketing
Company Bio:
With offices worldwide, Chemstations is a leading global supplier of process simulation
software for the following process industries; Oil & Gas, Petrochemicals, Chemicals, and
Fine Chemicals, including Pharmaceuticals. We currently offer several individually licensed,
and tightly integrated, technologies to address the needs of the chemical engineer, whether
doing new process design or working in the plant.
Products:
CC-STEADY STATE Chemical Process Simulation Software - Includes database of chemical
components, thermodynamic methods, and unit operations to allow steady state simulation of
continuous chemical processes from lab scale to full scale.
CC-DYNAMICS Dynamic Process Simulation Software - Takes your steady state simulations to the
next level of fidelity to allow dynamic analysis of your flowsheet. The combination of two
pieces of software, CC-ReACS and CC-DCOLUMN make CC-DYNAMICS the dynamic simulator of choice.
CC-BATCH Batch Distillation Simulation Software - As an add-on or stand alone program,
CC-BATCH makes batch distillation simulation and design easy with intuitive, operation step
based input.
CC-THERM Heat Exchanger Design & Rating Software - As an add-on or stand alone program, CC-THERM
makes use of multiple international standards for design and materials to make sizing your
next heat exchanger faster and more accurate.
CC-SAFETY NET Piping & safety relief Network Simulation Software - A subset of CC-STEADY
STATE, this program allows rigorous analysis of any piping network.
CC-FLASH Physical Propertieis & Phase Equilibria Calculation Software - A subset of the
CHEMCAD Suite (all of the CHEMCAD Suite products include CC-FLASH capabilities), this program
allows rigorous calculation of pure component and mixture physical properties and phase
equilibria (VLE, LLE, VLLE)
KBC
Advanced Technologies, Inc.
14701
St. Mary’s
Lane, Suite 300
Houston, TX 77079
Phone: 281-293-8200
Fax: 281-293-8290
E-mail:
salesinfo@kbcat.com
http://www.kbcat.com
Other KBC Office Locations
London: + 44
(0)1932 242424
Moscow: +7 (0)95
980 8449
Singapore:+ 65 6735
5488
Japan: +81 (0)45
290 6380
Company Bio:
KBC Advanced Technologies is a leading independent consulting and technology services group,
delivering improvements in business performance and asset value to owners and operators in the
oil refining, petrochemical, and other processing industries worldwide. Profimatics®, an
operating division of KBC, provides specialized software to improve a refinery’s and/or a
petrochemical facility’s profitability through industry leading models and simulation
technology.
Products:
KBC offers a wide range of software and associated services, from detailed reactor unit
modeling, troubleshooting and monitoring to refinery-wide simulation and optimization.
Petro-SIM® and Petro-SIM Express are KBC’s full-featured, graphical process
simulators, featuring Profimatics technology and industry-proven process
models. Petro-SIM includes
general-purpose unit operations, an extensive component library, a range
of thermodynamics packages, and innovative methods to fully integrate
the software with plant information systems, databases, and Excel, and
the LP.
KBC offers unsurpassed model breadth and depth that lets you truly model
any part of the refinery. KBC’s industry-proven Profimatics SIM
Suite reactor models include: FCC-SIM (Fluid Cat Cracking), HCR-SIM (Hydrocracker),
REF-SIM (Reformer), HTR-SIM (Hydrotreater Series), DC-SIM (Delayed Coker),
ALK-SIM (Alkylation unit) and VIS-SIM (Visbreaker). New additions include
reactor models for C6 Isomerization, Xylene Isomerization, and Aromatics
Transalkylation.
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