The Petrochemical Research and Technology Company has brought several
technologies from laboratory and pilot stages into industrial production,
including catalysts used in the synthesis of ammonia, ethylene oxide and
methanol, according to Managing Director Mohammad Kermani. The company has also
developed technologies for water-gas shift and methanation catalysts and
completed work on a specialized high-density polyethylene grade used for
beverage-bottle caps.
The effort reflects a broader shift in Iran’s petrochemical industry
from simply expanding production capacity toward developing the process
technology, catalysts and specialty materials needed to support domestic
production.
Domestic catalyst production
About 60% of the catalysts required by Iran’s oil industry are now
produced domestically and are being used in industrial units, according to the
company. Research programs are also underway to scale up technologies for the
remaining catalysts to commercial production.
The annual value of catalysts consumed by Iran’s oil industry is
estimated at about $1.1 billion, with roughly $700 million worth produced
domestically, Kermani said.
The company says performance feedback from petrochemical complexes
indicates that domestically produced catalysts have delivered satisfactory
results. Some methanol-synthesis and reforming catalysts have also outperformed
foreign equivalents in certain technical characteristics, according to Kermani.
From research to industrial production
Commercialization remains one of the main challenges for research
organizations because developing technical knowledge does not automatically
translate into industrial-scale production.
The company says catalysts for ammonia synthesis and ethylene oxide
have already reached commercial production, while technologies for
low-temperature water-gas-shift and methanation catalysts are ready to be
licensed to developers. Ziegler-Natta catalyst technology for high-density
polyethylene production under Mitsui and Hostalen technologies has also been
finalized and is ready for market introduction.
A domestically developed HDPE grade for carbonated-drink bottle caps
has completed industrial testing and has been assessed as capable of fully
replacing imported grades, according to the company.
The company has also commercialized an upgraded potassium-carbonate
activator technology that it says is technically and economically competitive with
foreign alternatives.
Cutting energy use
Research programs have also expanded into energy efficiency.
The company has developed technologies for designing, modifying and
optimizing industrial burners aimed at reducing fuel consumption, addressing
operating problems and making greater use of excess gases sent to flares,
particularly hydrogen. The technology has been implemented at several
petrochemical plants, including Nouri, Sablan, Bushehr and Bandar Imam.
Specialty polymers
Iran is also targeting higher-value products and advanced polymers.
The Petrochemical Research and Technology Company is negotiating
investment and industrial production of polyvinyl alcohol (PVA) using its
existing technical know-how. It is also conducting technical and commercial
talks with a private company to establish what would be Iran’s first
industrial-scale ultra-high-molecular-weight polyethylene (UHMWPE) plant.
The company has also signed a contract for polypropylene production
under its license at Petrochemical Pars, while basic engineering documents for
a methanol-to-propylene unit have been completed and delivered to a domestic
company.
Partnerships with technology companies
Collaboration with Iranian knowledge-based companies has become a key
part of the commercialization strategy.
Completed projects include commercial production of ammonia- and
ethylene-oxide-synthesis catalysts, continued production of methanol-synthesis
catalysts and manufacturing of an upgraded potassium-carbonate activator. The
company says additional projects remain under development.
The research company currently holds technical know-how for 20
petrochemical processes and chemical materials, of which 17 technologies have
been licensed to applicants. Its portfolio includes methanol, polyethylene, polypropylene,
methanol-to-propylene, ammonia, vinyl acetate monomer and PVA technologies.
It has also developed 24 catalysts and initiators for Iran’s oil
industry and signed commercialization agreements for many of them. The company
maintains cooperation agreements, memoranda and contracts with about 30
knowledge-based companies.
A shift toward higher-value production
The strategy represents an attempt to turn research spending into
commercially deployable technologies, while reducing exposure to imported
catalysts and chemicals.
For Iran’s petrochemical industry, the economic value of that
transition extends beyond import substitution. Licensing technologies to
domestic producers can create new manufacturing capacity and private-sector
jobs, while closer cooperation with universities and research centers is
intended to connect industrial demand with applied research.
The company says its longer-term objective is to expand domestic
technological capabilities and develop more advanced, higher-value petrochemical
products, with commercialization serving as the bridge between laboratory
research and industrial-scale production.