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Chemical Technology • January 2016
PETROCHEMICALS
25
Emerson and Carbon Holdings, the privately
owned Egyptian petrochemical firm, recently
announced that Emerson Process Manage-
ment has been selected to provide automation
and reliability technologies and services for
Carbon Holdings’ Tahrir Petrochemicals Project
at Ain Sokhna, Egypt. Emerson’s initial scope
of work is estimated at $US150 million.
When completed, the approximately $US
6,9 billion Tahrir project will be the largest
petrochemical plant in Egypt and the largest
naphtha cracker plant in the world. It will
produce 1,5 million metric tons per year of
ethylene that will then be further processed
into polyethylene. Other major products will
include propylene, polypropylene, hexene,
butadiene, benzene, and styrene.
As Main Automation Contractor, Emerson
will apply best practice technologies and ser-
vices to help ensure the facility is completed on
time and within budget. Engineering services
include designing the plant for optimum avail-
ability, and Emerson will also provide a robust
reliability programme that includes consulting
services, equipment health monitoring, and
a reliability service centre for ongoing local
support and expertise.
The announcement wasmade at Emerson’s
Middle East headquarters in Dubai where Da-
vid Farr, chairman and CEO of Emerson, met
with Basil El-Baz, chairman and CEO of Carbon
Holdings, for the signing of a memorandum of
understanding regarding the contract award.
“Investments of this size require us to select
partners that have a long history of handling
large, complex projects and the expertise to
produce a reliable plant with dependable out-
put,” said Carbon Holdings’ El-Baz. Designed to
serve both local and export markets, the Tahrir
Petrochemicals complex will be constructed in
Egypt’s Suez Special Economic Development
Zone, with rawmaterials received and products
shipped from the Gulf of Suez. Financing for
the mega-project is expected to come from the
export credit agencies of the United States, Ko-
rea, Italy and the Overseas Private Investment
Corporation, as well as direct investors. Under
the memorandum of understanding, Emerson
will also make a preferred equity investment
in Tahrir Petrochemicals.
Further information is available from
Michael Eksteen, Emerson Process Manage-
ment, tel: +27 11 451 3700; email:
; or go to
Emerson to automate massive petrochemicals project in Egypt
With Optiwave 1010, Krohne introduces a new
radar level transmitter for bypass chambers
and magnetic level indicators. The 2-wire
FMCW radar level transmitter is designed as a
cost-effective solution for the continuous level
measurement of liquids in bypass applications
in various industries, eg, chemical, power,
water and wastewater, or automotive.
OPTIWAVE 1010 can be combined with the
Krohne BM 26 Advanced bypass chambers
and magnetic level indicators (MLI), thereby
adding a 4…20 mA HART output to the me-
chanical devices. The combinations can be
conveniently ordered as a whole, e.g. as BM
26 W1010 (Optiwave 1010 welded to BM 26
Advanced). Alternatively, it can be welded on
any bypass chamber with internal diameter
38…56 mm / 1.5…2.2”. Thus it is also an
ideal solution for other MLI manufacturers to
add a level radar measurement option to their
product range.
OPTIWAVE 1010 is competitively priced to
replace reed chains, magnetostrictive and
Optiwave 1010: New radar level transmitter for bypass chambers and magnetic level indicators
Optiwave 1010 FMCW
radar level transmitter
for bypass chambers
and magnetic level
indicators (MLI).
simple TDR transmitters that are typically used
with bypass chambers or MLIs. In addition to
a measuring accuracy of ± 5 mm / 0.2”, the
FMCWprinciple offers a much better overall ac-
curacy in bypass applications: while reed chain
and magnetostrictive principles are measuring
the float position which depends on the product
density, the FMCW radar directly measures the
liquid surface.
Application range for Optiwave 1010
includes almost any liquids with process tem-
peratures ≤ +150°C / +302°F up to 40 barg
/ 580 psig and measuring ranges up to 8 m /
26.2 ft. With clean liquids of dielectric constant
εr ≥ 3 the device measures the surface directly,
for εr < 3, a float with target is used.
Optiwave 1010 features a dual process
seal system that allows for removal of the
converter under process conditions. The 2-wire
loop-powered HART device is pre-configured
in the factory and is delivered ready to use.
Application-specific adjustments are possible
via Hart/ DD and DTM.
For more information contact
John Alexander on tel +27 11 314 1391;
email: or go to
FOCUS CONTROL &INSTRUMENTATION