Chemical Engineering May 2011 - 68

Gulf Coast Special Advertising Section
A powerful simulation resource for refiners
Bryan Research & Engineering introduces the latest addition to
its simulation suite: ProMax Refinery Reactor Suite
F
or over 35 years, Bryan Research &
Engineering Inc. (BR&E) has been committed
to providing the energy industry
with process simulation software that
accurately and efficiently predicts the performance
of gas processing, refining and
petrochemical processes. Today, BR&E's
ProMax simulator is used by engineers
around the world to design and optimize
processing facilities. Totally integrated
with Microsoft Visio, Excel, and Word,
ProMax is a comprehensive tool that offers
incomparable flexibility.
The current version of ProMax contains
a suite for modeling equilibrium, conversion,
Gibbs minimization, and user-defined
reaction sets. In addition to these features,
BR&E is excited to introduce its newest
simulation resource, ProMax Refinery
Reactor Suite, which is a series of catalytic
reactor models based on the concept of
single event kinetics. This tool will allow
the refiner to model reactors with little
to no kinetic rate-based data. ProMax
Refinery Reactor Suite accounts for differences
in catalyst performance by providing
the user with a calibration toolbox to tune
single event kinetic parameters to predict
plant performance. The first release of
the Reactor Suite will include catalytic
reforming, with future releases covering
hydrotreating, hydrocracking, and fluidized-bed
catalytic cracking (FCC).
ProMax is also widely known for its
ability to model many aspects of a refinery.
For instance, ProMax may be used to:
* model atmospheric and vacuum towers;
* model main fractionators, including FCC
and coker;
* characterize crude oils;
* model gas and liquid sweetening;
* model sulfur recovery;
* study refinery changes on sour treating
systems;
* simulate caustic treaters; and
* investigate preheat exchange and
fouling.
A ProMax license includes much more
than just software. Bryan Research &
Engineering is committed to providing
unrivaled customer support. BR&E offers
free training sessions around the world,
provides timely customer support from a
staff of knowledgeable and experienced
engineers, and sets up free initial plant
models for operating companies.
ProMax's advanced technology, including
over 2,500 pure components and 50
thermodynamic package combinations,
along with BR&E's exceptional client
services unite to make ProMax the " must
have " simulation resource.
www.bre.com
The right safety solution for your facility
Fike's Axius rupture disc can withstand 100,000 cycles
from vacuum to 95%of marked burst pressure
Fike has over 65 years of
pressure relief experience
including development of the
most advanced rupture
disc technology
available in
I
ncreasing industry standards have
forced chemical facilities to run at
higher capacities with fewer resources. In
order to be successful under these conditions,
facility processes and equipment
need to be running at peak performance
- without sacrificing safety. Overpressure
protection is an important part of asset
and personnel safety. Lack of safeguarding
can cause mechanical damage, loss of
product, environmental damage, personnel
injuries and production downtime.
Careful consideration is given to selecting
the process equipment which will yield the
desired results, and the same should be
true for the overpressure protection of that
equipment.
used to produce the Axius utilizes millions
of data points to provide product repeatability
and precision. The bottom line,
says Fike, is that the Axius does what it's
supposed to, when it's supposed to, every
time. The Axius has been cycle-tested to
the worst-case scenario: from full vacuum
to 95% of the marked burst pressure for
over 100,000 cycles without failure. When
burst, they measured well within stated
tolerances. The Axius has also been successfully
used for PRV/SRV protection.
All Fike pressure relief products are
any market.
G2 is a patented
Fike technology that creates rupture discs
unrivaled in cycle life, performance accuracy,
and manufacturing consistency.
Fike's Axius rupture disc is the direct
result of this technology. Cyclic performance
is derived from the absence of
stress zones that can fatigue in rigorous
applications. The manufacturing process
66||||||CHEMICAL ENGINEERING||||WWW.CHE.COM||||MAy 2011
compliant with global code regulations and
are designed to meet or exceed industry
requirements for rupture disc performance,
reliability, and quality. And the
company's industry experts help customers
to select the rupture disc most appropriate
for their needs. Fike pressure relief
products, including the top performing
Axius rupture disc, are part of the critical
path to lowering plant costs and helping to
achieve higher profitability.
www.fike.com
http://www.bre.com http://www.fike.com
Chemical Engineering May 2011

Table of Contents for the Digital Edition of Chemical Engineering May 2011
