|
1
|
|
|
2
|
- Number of Papers = 216
- Number of Technical Papers (catalyst fields) = 25
|
|
3
|
|
|
4
|
- By 2006, Gasoline should contain less than 10 ppm sulfur content in
Japan
- EU Refinery invest more in installation of isomerization plant
- Sulfur content of LN fractions various between 200-800 ppm depend on the
origin
|
|
5
|
- Gasoline Production Group/R&D Center developed advance isomerization
catalyst for straight-run light naphtha (LS-LN)
- Sulfur was removed from 490 ppm in the feedstock to less than 1 ppm in
the product
- Catalyst life estimated to be more than 2 years (even in presence of 490
ppm)
- Using this Developed catalyst will:
- Simplify the process
- Decrease the initial investment roughly 50%
|
|
6
|
- Gas Oil
- Gas Oil contains various sulfur compounds with different reactivity and
refractory species such as 4,6-DMDBT
- A combination technology of Cobalt Molybdenum catalyst (CoMo) &
Nickel Molybdenum (NiMo) catalyst design to enhance the removal of
reactive and refractory sulfur compounds
- CoMo achieves desulfurization of reactive compounds and NiMo
desulfrization of refractory compound
|
|
7
|
- Residue
- The main causes for catalyst deactivation for Residue Desulfurization
process are coke formation and metal deposition
- A combination between various
catalyst such as hydrodemetallation (HDM), hydrodesulfurization (HDS),
and hydrodenitrogenation (HDN) will extend catalyst life and meet
specification processing objective.
- The compination of newly development Bimodal HDM&HDS increase run
length of Atmospheric Residue Desulfurization (ARD)
|
|
8
|
|
|
9
|
- China Petrochemical Technology Company
- Catalyst Production, marketing, Recovery.
- Petrochemical marketing investigation and study.
- Technology evaluation
|
|
10
|
- All Services for Spent Catalyst
- Regeneration of Catalyst
- Recycled of Precious Metals
- Ex-Situ Regeneration
|
|
11
|
- Spent Catalyst Transport
- Sampling
- Lab Regenerability Study
- Screening of Dust
- Stripping
- Regeneration
- Packing
- Storage / Return
|
|
12
|
- Catalyst containing Precious metals (e.g.Pt, Pd, Rh, Au, Ag) with as low
as 150 ppm can be Recycled by AL BILAD CATALYST CO.
|
|
13
|
- Sampling Technology
- Petroval is offering the Probacat technology for fixed bed reactors
- Probacat is used to determine the Profile of a particular catalyst
properties
- e.g. degree of catalyst poisoning , any chemical or physical property.
|
|
14
|
- One of the leader company in the catalysts development and production.
- Common catalytic Applications:
- Hydrogenation, dehydrogenation
- Oxidation
- Reforming
- Zeolite based catalysts
- Industrial pollution
- Food industry
|
|
15
|
- Chemical process companies looking to increase innovation in the
development
- Improved catalytic process technology
- Reduce time-to-market for innovations
|
|
16
|
- This paper describes the process from the start-up of the refinery in
1985 till today explaining the process have been followed.
- One of the main targets is to improve the plant availability and
reliability to the world class level
|
|
17
|
- "Selective Hydrodesulfrization of Catalytice Cracked
Gasoline"
(Nippon Oil Corporation)
- UOP’STM R-274TM Catalyst – A Case Study in Developing a CCR
PlatformingTM Catalyst (UOP LLC)
- Investigation of the Deactivation Behavior of an Industrial ARDS
Catalyst System through Spent Catalyst Characterization (KISR)
- The Development of Novel Supported Metallocene Catalyst System at SABIC
R&D
- Recent Development of Hydrotreating Catalysts for Gas, Oil & Residue
- Catalyst Combination Technologies (Japan Energy Corporation)
- Oxidative Properties of Transition Metals-MCM-41Catalysis in Propane
Oxydehydrogenation (King Saud University)
- Process and Catalytic Advances in
Hydroprocessing (ABB Lummus Global)
|
|
18
|
- Case Study in Developing a CCR Platforming Catalyst (UOP)
- Hydrodesulfurization (HDS) and Hydrocracking of Model Compounds Over
Noble Metal Modified Co-Clay Catalysts in a Pulse Micro-Reactor (KFUPM)
- Successful Elimination of Carbon
Tetrachloride(CCl4) from EDC Cracking Process ((Petrokemya)
- Time Optimization for Catalyst Replacement Activity in MTBE Plant Catofin Reactors (IBN Zahr)
- Preparation, Characterization, and Catalytic Evaluation of Metal
Containing MCM-41-based Hydrodesulfurization Catalysts (KFUPM)
- Nanoparticle Catalysis -An Overview (SABIC)
- Succinate Catalysts-Recent Advances in Ziegler Natta Polypropylene
Catalysts (Basell Polyolefins )
- Structural Evolution of Lanthanum Exchanged (NH4)2SiF6-Dealuminated Y Zeolite
After Various Chemical Treatments (University of Tlemcen )
|
|
19
|
- The Road To Ultra Low Sulfur Fuels
- New Catalyst And Reactor Management Services (Al Bilad Catalyst
Co. )
- Novel Titania-Alumina Based Catalysts Development for Heavy Oil
Hydrocracking (KFUPM)
- Hydrothermal Deactivation of 4A Zeolite (KFUPM)
- Transportation Fuels from the Catalytic Coprocessing of Waste Plastics
with Petroleum Residue (KFUPM)
- Hydrocracking Of n-Heptane The
Catalysts Pd/Y Dealuminated Zeolite With Hexafluorosilicate (University
of Djelfa )
- Novel Catalysts for Conversion of
Saturated Hydrocarbons Under Mild Conditions (KACST)
- Development In Polymerization Catalysis
|
|
20
|
|
Notes
