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Tel:
281.488.5436
Fax: 281.488.2052
14207
Lake Scene Trail
Houston, TX
77059 USA
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 Kayser
Technology, Inc. is pleased to offer technical papers and extracts
relative to its products and technology. All documents are published
as Adobe Acrobat PDF files. When you download a document, it will
open in a new browser window; this will allow you to easily return
to this page to make additional selections or navigate to other
pages of our web site.
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File
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Document
Title/Summary of Contents
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(15
pages, 156 kilobytes)
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Title:
IMPROVED RELEVANCE ESPECIALLY
FOR RESID CRACKING
Summary:
The coke yield measured by ACE-Model R and R+ includes as
coke the combustion products of the residual hydrocarbon
film inside the feed injection tube. Inclusion of this material
as coke adds a bias to the coke yield that is an artifact
of the test related to injection hardware and not related
to catalytic cracking. This bulletin provides a method for
measuring the impact of the holdup of feed in the injector
on the coke yield and on the entire yield structure.
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(2
pages, 81 kilobytes)
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Title:
PRECISION AND RELEVANCE
Summary: ACE Technology®
Model R, R+, and Model P cracking units provide unprecedented
precision and relevance for laboratory-scale research of the
FCC process. The combination of high precision and relevant
results makes ACE Technology® systems potent research
tools for catalyst selection and development, feedstock qualification,
understanding existing commercial performance,commercial FCC
design, and kinetic modeling. |
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(2
pages, 86 kilobytes)
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Title:
MEASUREMENT OF CATALYST STRIPPABILITY
Summary: The ACE-Model R and
R+ can precisely and automatically measure the strippability
of catalysts and quantify the yield shifts associated with
different strip times. This capability is important for catalyst
selection and development, understanding existing commercial
stripper performance, design of commercial units, and for
modeling
the kinetics of the stripping process. |
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(2
pages, 97 kilobytes)
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Title:
VARIABLE CONTACT TIME MEASUREMENTS
Summary: ACE Technology®
can measure the effects of varying hydrocarbon contact time
by adjusting the axial position of the feed injector - a proprietary
feature of ACE reactor design. Raising the
injector to decrease contact time causes yield performance
to shift in a manner consistent with commercial experience.
This capability is important for catalyst selection and development,
feedstock qualification, commercial FCC design, and kinetic
modeling. |
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