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We spoke to Anton S. Huber,member of the Divisional Board ofDirectors of the Automation andDrives Division about the newSiemens strategy for thepharmaceuticals market.
The expansion of processautomation is an important steptowards increasing growth andproductivity of the Siemens AG.Now Siemens AG is increasinglyfocusing on the pharmaceuticaland biological industry withinthis context. What’s so newabout that?
Huber: It’s not the branch that’s
new. New is the way in which we want
to help these customers to deal with
the challenges of the future. The long
years of experience on which we can
relay are quite decisive. Our cus-
tomers‘ requirements are extremely
diverse and range from products and
systems, through automation solu-
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a reasonable migration route to the
next, more productive technology.
Increasingly sharperrestrictions imposed by officialagencies, constantly growingpressure of costs and enormousspendings for research anddevelopment of new drugs. Howdoes the pharmaceuticalindustry react to this in youropinion?
Huber: Like in every other indus-
try, pharmaceutical companies are
also under increasing pressure to de-
liver shareholder value and therefore
must at least yield the capital costs.
To achieve reasonable dividends,
they have to reduce the time-to-mar-
ket of their products and improve
production efficiency while at the
same time considering increasingly
sharper restrictions on the part of
governments or regulatory bodies.
The key to success is to concentrate
on the essentials and to optimize. Ray
Scherzer of GlaxoSmithKline put his
finger on it at the ISPE Conference in
January: “The production costs in
pharmaceutics are still about 40 % of
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total costs to-
day, much more
than the R&D
costs.” This shows clearly where fu-
ture cost saving can be achieved.
And what does that mean forSiemens?
Huber: Our strength is an innov-
ative product portfolio. But we also
know that this alone is not enough.
The market is demanding a change in
emphasis towards competence-relat-
ed business models with regional or
global orientation. This means that
our experience and know-how are
crucial for our customers. This re-
sults in a new strategy where we want
to involve the customer and his re-
quirements in the process much ear-
lier. Let’s call it a concerted action.
So this strategy is more thanjust a combination of productsand systems?
Huber: Exactly! It is the bundling
of all competencies and resources to
implement them efficiently and pro-
ductively in this segment of the mar-
ket. It is our strategy to support cus-
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tions right up to plant and process
optimization. It is becoming more
and more apparent however that the
pharmaceutical industry wants more
from us than just electronics and
computer know-how.
And how do you meet thesedemands?
Huber: The pharmaceutical in-
dustry is looking for suppliers who
are familiar with their processes – in-
cluding the specific plant technology
and regulation requirements – sup-
pliers who live and act in the same en-
vironment and therefore help as a
certified industry expert in the imple-
mentation of solutions and optimiza-
tion of their processes. For us this
means we have to build up compre-
hensive industry know-how. An im-
portant step in this direction was the
purchase of Axiva. With its extensive
knowledge, Axiva is making our port-
folio complete – whether in process
engineering, technological develop-
ment or plant construction. It en-
ables us to integrate industry-specific
requirements in our products and
systems even more specifically and to
adapt them even better to market re-
quirements.
Siemens is a valuable partner to
this industry for another reason: the
high speed of innovation in this in-
dustry which results in a fast technol-
ogy change. Our customers can be
certain that a company like Siemens
has the power to keep up with this
rush of innovation in the long term
and will make sure that there is always
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tomers in the optimization of their
manufacturing process and to in-
crease the value of their company.
The nucleus of this strategy is, as al-
ready mentioned, our comprehen-
sive process know-how, a solid un-
derstanding of the rules and regula-
tions and an international compe-
tence network that enables us to
provide the necessary knowledge lo-
cally.
Let me underline this important
aspect with an example: A leading
Biotech company was looking for
ways to increase production efficien-
cy. Together with the customer we
first analyzed new measuring meth-
ods and a possibility for using Ad-
vanced Process Control. At first, this
approach did not bring the desired
results. It soon became clear to all in-
volved departments that the first step
had to be improving the process de-
sign. And that is exactly what we are
now doing.
This excursion into the “real
world” demonstrates the importance
of an integrated method based on
process know-how is for our cus-
tomers.
Process News9th Edition April 1 2002
I N F O S , N E W S A N D T R E N D S F R O M T H E W O R L D O F P R O C E S S A U T O M A T I O N
CCononttenentsts
The changing pharmaceutical industry
Following years of relative stability, thepharmaceutical industry has undergonepronounced changes in recent years.Fusions, strategic alliances and spin-offscharacterize a phase of consolidation thathas not yet reached its end. Exploding R&Dcosts for new treatments, expiring patents,low-price products displacing profitableproducts on the market, health servicereforms in almost all industrial countriesand increasingly strict regulations areforcing this industry to find new ways ofoptimizing costs. Only companies who arehighly innovative and faster than theircompetitors in developing new drugs andproducts will survive. The neck-breakingspeed in the research of new drugs isrendering valid patents useless. To have achance in this market companies have toexploit all the advantages of new fields ofscience such as biotechnology, seekcooperation with other innovative partnersand at the same time get the best out of thehighly qualified employees in this industry.The only answer to these challenges lies inoptimizing the processes and finding moreeffective manufacturing methods while atthe same time increasing investments inresearch and development. A shorter time-to-market and a substantial cut in costswith the aid of integrated automationsolutions taking into account the whole lifecycle of a plant are at least as important asa slim production.
Teja Ulrich, ARC Advisory Group, Düsseldorf
Focus on PharmaSiemens goes new ways in supporting pharmaceutical companies in optimizing their business activities
(Continued on page 2)
Focus Pharma
B 2 Siemens supports scale up at Novartis, USA
B 3 GlaxoSmithKline applications in the UK and Australia
B 4/5 Focus on Pharma: A concept made to measure for the pharmaceutical industry
Document management with MES system
Integrated concept for biotech
Clean room Monitoring with Siemens Axiva
B 6 Yamanouchi, Netherlands, was convinced by industry know-how
Simatic PCS 7 at NovoNordisk, Denmark
B 7 Customer-focused service package
Failsafe systems/safety concepts
Products
B 7 Siemens-Milltronics MultiRanger offers new functions
From around the world
B 8 Success stories, Net news, fairs
Could you define whatSiemens offers in a little moredetail?
Huber: As I already pointed out,
we have expanded our portfolio by
numerous acquisitions and adapted
it to the pharmaceutical industry. Let
us start with the field. In the pharma-
ceutical industry we have the prob-
lem that we cannot yet measure and
record everything we wish to know.
We control many processes via indi-
rectly derived parameters. At the mo-
ment we are working with the phar-
maceutical industry on new methods
of recording process variables online
to have biological process variables
available in addition to physical and
chemical variables.
On the control level we have a
strong position with our Simatic
PCS 7 process control system as part
of the Totally Integrated Automation
concept. The pharmaceutical indus-
try with its regular combination of
primary and secondary processes can
fully exploit the advantages of this au-
tomation concept. Of course, the sys-
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tem is enhanced by ready-to-use
functions for typical pharmaceutical
tasks and validation.
We have also closely followed the
rapid development in information
technology connecting our process
control technology to the enterprise
resource planning system (ERP) and
have expanded our competence in
this field with the acquisition of Orsi
and Compex. With an Industry Suite
made to measure for the pharmaceu-
tical industry, we have an MES sys-
tem in our portfolio with which in-
formation from all areas of produc-
tion and management can be net-
worked.
When implementing their pro-
jects our customers expect us to use
modern design tools. We therefore
apply models to visualize both the lo-
gistic processes (layout planning) and
the manufacturing process itself us-
ing simulations but also to exploit ex-
isting potential for improvement.
Needless to say, all these compo-
nents I have just mentioned are only
used as is suitable for the specific ap-
plication. The solution may very well
be a combination of all components
or use just one of them. The cus-
tomer’s requirements are decisive.
That sounds almost too goodto be true but a little tootheoretical. What does the fieldexperience tell?
Huber: For many years the phar-
maceutical industry has been one of
our customers, and we have handled
a large number of projects all over the
world. Our experience in these pro-
ject management projects and the
methods developed for handling
such projects are an important part of
our strategy. In the daily practice of
such projects, every single compo-
nent in the overall strategy is con-
stantly being tried and improved.
Is this strategy geared to theGerman market or has it a globalperspective?
Huber: Just as the pharmaceutical
industry follows its customers we do
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The regulationjungle
T oday’s pharmaceutical indus-
try is doubly blessed. On the
one hand an affluent society
is constantly demanding new drugs
and on the other hand legislators
and governing authorities impose
increasingly strict regulations. Both
have to be satisfied. Increasing the
efficiency while at the same time ob-
serving all regulations – apparently
two contradicting goals. In order to
meet these challenges, suppliers such
as Siemens are playing an increas-
ingly important role for the pharma-
ceutical industry.
If a company wants to sell its
products in America, it has to satisfy
the requirements of the FDA regula-
tions CFR 21. But this is not a situa-
tion limited to the USA. The Euro-
pean regulatory bodies are also con-
stantly renewing or extending their
regulations that make up the current
Good Manufacturing Practice
(GMP).
A document entitled “Good Prac-
tices for Computerized Systems in
Regulated Environments” published
only in January describes how au-
tomation systems are to be imple-
mented and validated.
Only a very structured procedure
will ensure successful validation. The
document and the annex 15 to the
EU regulations “Qualification and
Validation” both underline the sig-
nificance of this kind of procedure
and stress how important it is for the
pharmaceutical industry to cooper-
ate closely with its partners. This is
where the technological know-how
can be found that is necessary for sat-
isfying all the regulations in every
time phase of a process. And only
those companies who know how to
use this know-how to further their
own interests will be successful. The
pharmaceutical industry needs sup-
pliers like Siemens who can supply
this kind of know-how and experi-
ence – more than ever before. ■
David Selby, Selby Hope Int. Consultancy,
Director of the Int. Board of ISPE
2
It is a long, hard road from thechemical composition of a newdrug in the laboratory to theapproved drug that is ready forthe market. The new Novartispharmaceutical pilot plant facilityin East Hanover, New Jersey, has akey role in the scale up of newdrugs. The facility not onlyproduces new ingredients forclinical trials, but also developsthe methods and processes andrefines them to industrialsuitability. Critical to these stepsare consistency and processvalidation, which are achievablewith the open, distributedarchitecture of Totally IntegratedAutomation.
A bout 90 percent of the pro-
jects undertaken in the pilot
plant involve batch process-
ing in small, manual actions instead of
one continuous process. The facility’s
control methodology was developed
around a fully distributed I/O archi-
tecture with tightly integrated hard-
ware and software to document con-
ditions that can be incorporated into
the final manufacturing processes.
Siemens was responsible for the
configuration, commissioning and
operator training during the con-
struction of the new pilot plant facil-
ity and also supplied a broad range of
field instrumentation from Sitrans
transmitters to Sipart PS valve posi-
tioners. The automation solution is
based on the Siemens Totally Inte-
grated Automation concept with the
Simatic PCS 7 process control sys-
tem. This solution makes use of in-
ternationally established standards
and the open fieldbus Profibus, so it
is easily extendable and able to inte-
grate not only Siemens products, but
also equipment supplied by third-
party vendors. Moreover, it can be
quickly modified to suit new de-
mands – and it is therefore an ideal
solution for a highly innovative plant
such as the East Hanover facility. The
cost saving aspect about Totally Inte-
grated Automation concerning the
validation is immense.
Simple documentation accordingto FDA regulations
At the field level, Simatic ET 200 sys-
tems pick up the signals from the
sensors and actuators and passes
them on to the control system via
Profibus-DP. Novartis makes exten-
sive use of the intrinsically safe and
Ex-protected fieldbus system Profi-
bus-PA to establish a simple, low-
cost and smooth connection from
the field level to the control system.
An Industrial Ethernet fiber-optic
network is used for fast process in-
formation exchange and processing.
This information backbone connects
all sub-units in the control system,
making all information available
throughout the plant. PCS 7 there-
fore also improves transparency in
the plant and simplifies consistent
batch documentation in compliance
with the FDA guidelines.
Chemists can instantly gain statis-
tics on reactor agitation, tempera-
tures, pressures, records and sup-
porting equipment with a documen-
tation trail of what happened in the
process. Novartis is working on a
company-wide initiative toward elec-
tronic signatures and records. An op-
tional component of the PCS 7 sys-
tem for document management is
being considered as a future upgrade
and will help them with this task.
Gathering, compiling and storing
records for a government-mandated
retention period is much easier when
storing the data electronically in a
central depository.
Flexible foundation for a globalnetwork
More expansions are planned for the
future. Within the next few years, the
plan is to bring on available Web
technologies to simplify monitoring
and project sharing. That way,
process engineers can, for example,
easily monitor the facility and share
information among Novartis plants
all around the world. This is also one
of the first steps in building a global
knowledge and control network.
PCS 7 will help Novartis in making
this dream come true. ■
John Klaas and Troy Logan,
Springhouse
Progress throughinnovation
Siemens technology supports production scale up at Novartis, USA
Focus on Pharma(Continued from 1)
the same with our customers. At first
we concentrated on Europe and the
USA but are now increasingly ex-
panding our activities in East Asia Pa-
cific and China.
And how do you guaranteelocal support in these countries?
Huber: That is the advantage we as a
global player have. Siemens is repre-
sented in almost every country in the
world. But it is clear that such a com-
plex strategy demands more than
every single regional representative
can offer. A very important part is our
worldwide network of experts who
provide the necessary specific knowl-
edge on a regional basis. The centers
of this international pharmaceutics
community are the headquarters in
Karlsruhe as well as offices in Frank-
furt and Marburg, Manchester and
Antwerp in Europe, Springhouse in
the USA and Singapore and Shanghai
in Asia.
Moreover, our system integrators
also play an important role. They add
to our strength with their compe-
tence and great flexibility. They guar-
antee the local support in many
countries which is of great impor-
tance to the pharmaceutical industry.
It is our declared aim that our inte-
gration partners should also benefit
?
Totally integrated Automation facilitates
validation in the pilot plant
from our competence build-up in
this field.
And how do you judge yourposition in comparison with thecompetition?
Huber: To underestimate our
competitors would be an unforgiv-
able mistake, especially with regard
to specific components. However,
our advantages lie in the combina-
tion of being familiar with the cus-
tomers’ processes and offering a
product and system portfolio specif-
ically adapted for the pharmaceutical
industry.
We will strengthen our position
on the market with this strategy and I
am positive that our customers in the
pharmaceutical industry know how
to make the best of this.
Thank you for talking to us.
Cornelia Dürrfeld, Editor
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than 10 minutes to call up data in the
original system, the response times
are now down to only two seconds.
Successful modernization
Dave Hackett, Technical Team Man-
ager at GlaxoSmithKline, concludes:
“The system changeover and valida-
tion went off smoothly and on sched-
ule. Today we benefit not only from
being able to track the process and
material flow on the same system but
also from a 15 percent increase in the
production figures.” ■
Richard Ahearne, Manchester
3Process News 1/2002
The Enzyme Precursor Plant atGlaxoSmithKline in Irvine, UnitedKingdom, is a major producer ofprimary ingredients for thecompany’s antibiotics production.To meet growing demands, theplant’s production capacity had tobe increased. In addition the newsystem had to be linked to thecompany’s own MES system andestablish an open and future-oriented solution capable oftaking on expansions andmodifications. Siemens rose tomeet this challenge and after justtwo weeks of commissioning theplant shone with a newautomation technology andgreatly improved product yield.
G laxoSmithKline, like most
important pharmaceutical
companies, has adopted a
policy of automating manufacturing
processes where possible. What
makes the plants in Irvine so differ-
ent, however, is the scale of automa-
tion – and the commitment to find
new and innovative solutions instead
of relying on established concepts as
William Melvin, the lead process
control engineer at GlaxoSmithKline
in Irvine points out. “For us, innova-
tive concepts are the key to improv-
ing the productivity and reducing
downtime – two decisive criteria in
the automation of our processes.”
One of the plants in Irvine is the
so-called Enzyme Precursor Plant
(EPP) which plays a central role in
the production of a functional sub-
group of the antibiotic Amoxycillin.
For this plant, a new control system
was to be implemented which met
the requirements for an integrated
information management. At the
same time the modernization was to
improve the process control and in-
crease the productivity of the impor-
tant product pre-stage.
“The concept that Siemens pre-
sented was viewed as very innovative.
It employs new strategies and tools
that help us in handling our produc-
tion more flexibly and efficiently”,
William Melvin goes on. “In addition
to that, existing structures could eas-
ily be integrated into the new sys-
tem.” This backward compatibility
with simultaneous use of modern
communication and automation sys-
tems is one of the great advantages of
the PCS 7 system.
Conversion in just two weeks
Since the EPP is a continuous process
and production was not to be inter-
rupted during changeover, the entire
commissioning of the new control
system had to be completed within
the two-week production stop during
the annual plant shutdown. In this
phase, PCS 7 was able to show all its
strengths. The two PCS 7 systems of
the EPP could be linked quickly and
easily with the MES system thanks to
the integrated OPC interfaces. Indus-
trial Ethernet is used as a system and
plant bus and in the field level,
Profibus-DP links the distributed
Simatic ET200 M systems with the
control system. The signals of the
field devices are transmitted to these
stations via Profibus-PA.
The EPP is already ideally equipped
for future expansions. Thanks to the
open, fieldbus-based design of the
control system, almost any number
of additional I/O modules can be in-
tegrated. But there is another factor
ensuring investments made in the au-
tomation solution. “We deliberately
have a policy of standardizing on a
supplier as far as possible. In this way
we not only have considerable bene-
fits in terms of training and spares
stocking, it also means that our engi-
neers are already familiar with the de-
sign and handling of the system when
additional functionality is required
from the system so that we save addi-
tional costs.”
A concept for a future
Since being commissioned, the new
automation solution is running to the
full satisfaction of the project team.
Output at Irvine is currently running
as much as greater than four percent
than previously, with weekly yields
likely to rise even further. Glaxo-
SmithKline has found a system with
PCS 7 that reliably increases the flex-
ibility and productivity of the EPP. It
is therefore no surprise that the ex-
cellent strategic cooperation with
Siemens will be continued in further
projects. ■
Richard Ahearne, Manchester
Productivity pushGlaxoSmithKline relies on integrated DCS solution
When GlaxoSmithKlinemodernized the control system fora spray granulation process inBarnard Castle, theysimultaneously reconstructed thematerial tracking system based onSimatic PCS 7 standardcomponents. As a result, theprocess and material flow can bemonitored and controlled on acommon platform. Not only theoperating personnel benefits fromthe simple handling and clarity ofthe integrated solution. The newsystem was also able to increasethe production capacity by 15percent.
B arnard Castle in Durham
County in the UK is a sec-
ondary-manufacturing site
for GlaxoSmithKline. Active phar-
maceutical substances such as antibi-
otics of the cephalosporin family is
processed into end products. An im-
portant step in the process is granu-
lation. The granulation towers are
some of the largest of their kind in
the world being more than four sto-
ries high, and each of them being ca-
pable of processing batches of nomi-
nally 500kg. The task was to equip
these towers with a modern automa-
tion system and at the same time to
integrate them into one common
control system and the correspond-
ing material tracking system.
Independent of PC-reliantsystems
GlaxoSmithKline had already con-
sidered the integration of process
control and material tracking in a
common system early on because the
new control architecture was not to
be based on PC-reliant systems if
possible. However, most convention-
al material tracking systems operate
on a PC-basis. The project team of
Optimal Industrial Automation, en-
trusted with the planning and execu-
tion of the modernization, therefore
decided to design a network-oriented
solution with industrial standard
components and the Profibus field-
bus system based on the Simatic
PCS 7 process control system.
Expandable with highfunctionality
The installed system tracks the move-
ments of all the raw materials re-
quired for the process and provides
information about the location, con-
tent and status of the intermediate
bulk containers used for product
transportation. Sub-systems such as
material discharge, cleaning systems,
blenders and packaging lines are also
recorded.
All components of the automa-
tion solution communicate via a
Profibus network. The new system is
not only modularly expandable at
any time but is also much more effi-
cient than the old solution. Whereas
in the past it sometimes took more
Two in one systemMore efficient production in GlaxoSmithKline’s granulation process
GlaxoSmithKlinechooses PCS 7 for their
plant in Australia
G laxoSmithKline had two main goals
when they decided to expand and
modernize two of the clean rooms in
their production plant at Boronia (suburb of
Melbourne), Australia: more flexibility and
greater production capacity. The company
had already had some positive experience
with the process control system Simatic
PCS 7 at their site in Irvine, UK. This and the
strong local presence of Siemens were the de-
cisive factors for GlaxoSmithKline opting for
a long-term automation strategy based on
PCS 7 at Boronia as well.
Siemens Australia was also able to secure
the order for configuration of the software
system. Here too, excellent references and co-
operation between Siemens Australia and the
Centers of Competence in Singapore and
Belgium were the essential arguments in fa-
vor of Siemens. In the scope of the project
Siemens supports GlaxoSmithKline in defin-
ing the process automation and is responsi-
ble for the configuration, delivery and com-
missioning of the PCS 7 control and visual-
ization system. ■
Marek Lisik, Melbourne
Barnard Castle is the production site for
several potent antibiotics
With a comprehensive concept specially adapted to the problems and requirements of a specific industry, Siemens has opened up anew chapter in the cooperation with its customers. This combinationof systems, solutions and services has just one aim: to supportpharmaceutical and biotech companies in achieving a shorter time-to-market in their production and in optimizing their processes.
ing networking and integration of
the various business levels and de-
partments is one of the main con-
cerns of the new concept. These
strategies help increase the informa-
tion flow between the different lev-
els, allowing for a slimmer and more
effective planning and control of
production processes – an impor-
tant step towards flexible and low-
cost production.
Proven standards and newconcepts
Siemens exploits the traditional
strengths of its portfolio. It is hard to
imagine a modern pharmaceutical
plant without efficient and reliable
analyzers and automation systems.
Siemens is especially pushing forward
the development of new in-line analy-
sis systems with numerous new devel-
opments. Important pharmaceutical
and biological process parameters can
now be continuously collected in real
time and this means that a reliable
measurement for optimizing the
process is available for the first time.
Siemens provides a field-proven
range of solutions for the control
level with the Simatic S7 series of
controllers that recently offer failsafe
and highly available devices. Anoth-
er important component of the
Siemens portfolio is the Simatic
PCS 7 process control system which
is supplemented by a series of made-
to-measure software libraries for the
Primary, Secondary and Utilities
sections. Standardized function
blocks for the control and monitor-
ing of field devices such as valves,
motors, controllers or process mod-
ules such as cooling, pressure and
temperature control save a lot of
time in configuration and commis-
sioning of a system.
A special software package for
batch control according to the S88
standard is just as much a part of
the concept as a detailed plant and
process model that can be used to im-
plement applications such as a con-
tinuous Material Tracking System.
All these components can be embed-
ded in a comprehensive MES system
that integrates the various modules
in a common information network.
All components of the new strate-
gy can be used both as stand-alone
modules and as complete solutions
and can be individually detailed. Nat-
urally, all components in the Pharm-
Focus concept meet the requirements
of the 21 CFR standard.
An integrated Engineering Support
Tool collects and manages all the en-
gineering information. This consider-
ably simplifies documentation for val-
idation. The Advanced Control
and Modeling module allows
a tailored analysis as well
as simulation and opti-
mization of all process-
es on the basis of a
modern modeling
system.
4 Process News 1/2002
A Concept made to measureThe new Siemens strategy for Pharma focuses on customer benefit
Pharmaceutical production isbeing increasingly governed bylaws, regulations andspecifications. Documentmanagement is becoming a realfocal point which manual systemswill not be able to cope with in thelong term. The ManufacturingExecution System (MES) from thenew Siemens concept for Pharmasimplifies recording anddocumentation of all processes ina pharmaceutical plant –naturally according to the 21 CFRPart 11 specifications.
R egulation agencies such as the
US Food and Drug Adminis-
tration (FDA) or the Euro-
pean Community Pharmaceutical
Industry Commission keep a keen
eye on the production of pharmaceu-
ticals to ensure that all process steps
observe strict principles. Particular
emphasis is placed on compliance
with the current Good Manufactur-
ing Practice (cGMP) and Good Clin-
ical Practice (GCP) standards. The
new regulation 21 CFR Part 11 (Elec-
tronic Records, Electronic Signa-
tures) deals with the areas of elec-
tronic signature and authorization,
electronic batch records and docu-
ment management. By using a so-
phisticated MES solution it is much
easier to implement the valid regula-
tions and to achieve a high return on
investment with a company-wide
document management and quality
assurance.
Standardized components andopen structures
One of the essential advantages of the
MES concept is in its open system ar-
chitecture. This facilitates the easy in-
tegration of software products from
different manufacturers through
standard IT interfaces. All the neces-
sary functions such as Batch Systems,
Material Manager, Laboratory
Information Management Sys-
tems, Production Order Manager or
Tracking Systems can be implement-
ed modularly so that functional over-
lap is avoided.
This special MES structure guar-
antees a high percentage of standard
components. The customized solu-
tion is therefore simply configured
instead of being elaborately pro-
grammed. At the same time this solu-
tion provides greater flexibility for fu-
ture modifications and lower mainte-
nance costs. Since every modification
to the software components during
commissioning of a pharmaceutical
production plant after a certain point
of time in the project requires the ap-
proval of the regulation agencies, a
standardized MES makes it easier to
calculate the configuration and com-
missioning time.
Components for moretransparency and efficiency
The Industry Suites for the MES of
the new concept for Pharma rely con-
sistently on dividing the required
functions into individual compo-
nents. The standard product Simatic
IT Components provides a number
of functions such as preventive main-
tenance, job management and mate-
rial tracking for the production man-
agement. The Simatic IT Server en-
ables easy integration and network-
ing of the application components.
The Simatic IT Production Modeler
models business and production pro-
cedures according to S95 standards
and serves to coordinate and syn-
chronize the production compo-
nents.
The Audit Trail System guarantees
that all amendments to documents
are traceably archived. This structure
is a prerequisite for automation of the
documentation management accord-
ing to 21CFR11. Therefore, the set of
standard components of the Pharm-
Focus MES concept naturally include
a Compliance Manager that is in full
accordance with 21CFR11. ■
Torsten Rossollek, Nuremberg
Good Life SciencePractice
Manufacturing Execution System takes good care of the document jungle
F rom the raw materials han-
dling through chemical syn-
thesis steps or biological pro-
duction to formulation and right up
to packaging and shipment of the
finished product, Siemens has devel-
oped a complete package that covers
all areas of pharmaceutical produc-
tion. At the same time, the increas-
Automated
document
management in
accordance with
21CFR11
Concept with integrated know-how
All these individual components are
held together and supported by a cru-
cial component: the process and in-
dustry know-how of Siemens staff,
which has already proved an impor-
tant success factor in numerous pro-
jects. This know-how is also what
makes the Siemens strategy a concept
that not only provides a modular and
flexible software and hardware plat-
form but that is firmly rooted in
process and industry competence
from the very start. It makes no dif-
ference whether you want to opti-
mize a biological process or improve
the system-wide documentation –
with its new concept, Siemens always
has the right solution. ■
Jean-Jacques Lieners, Karlsruhe
5Process News 1/2002
Production processes in the lifescience market are changing,from conventional chemicallysynthesized pharmaceuticals tomore and more biotechnologicallyproduced pharmaceuticals. Thesenew production methods needeffective real-time monitoring andcontrol to guarantee a low-cost,safe and high quality production.Modern control and analysisconcepts are the key to effectiveprocess control in biotechnology.
A dvanced Process Control
(APC) is a control method in
form of process models, used
for conducting production processes.
It helps to obtain additional process
knowledge, understand interactions
between process variables, explain
non-linear relationships and handle
multi-parameter systems. This maxi-
mizes process capacity, yield and
product quality, saves on energy and
raw materials and at the same time
reduces process variations and inter-
ventions.
However, the basis of APC is
that the actual chemical or
biological process is mir-
rored as realistically as
possible in the control
concept so that the in-
teraction of the indi-
vidual process para-
meters is appropri-
ately covered. In biological processes
this especially means taking into ac-
count the various metabolic path-
ways that are strongly dependent on
the environment in the fermenter.
Inline analysis closes theinformation gap
However, to ensure that Advanced
Process Control always knows what is
happening in the reactor, a number
of physical and chemical parameters
have to be continuously monitored.
Up to now substrate and nutrient
contents, metabolite formation and
bio-mass concentration were ob-
tained trough laboratory, off-line
methods, yielding results up to sever-
al hours after sampling and fed into
the process computer off-line. This
fact markedly limits the ability to
control and optimize fermentation
processes, bearing in mind the rela-
tively long times required for labora-
tory analysis. At the same time seri-
ous problems may occur in the bio-
logical process when the process is
not kept exactly at the optimum set-
points. Inline measuring methods
ensure that the parameters are con-
tinuously measured and evaluated al-
most under real-time conditions.
In recent years, Siemens has de-
veloped new analyser systems for
process analysis that can generate a
continuous and up-to-date image of
the process. The ICR-FT (Ion-Cy-
clotron Resonance Fourier-Trans-
form) mass spectrometer Quantra,
for instance, can measure nitrogen
and carbon monoxide in bio-reactor
off-gas of the bio-reactor simultane-
ously with an extremely high mass
resolution – two components that
play an important role in the growth
of micro-organisms.
Integrated concept for thetransparent bio-reactor
Based on the theoretical process
know-how and understanding of the
metabolic pathways inside microor-
ganisms, a rough rigorous model is
developed and refined with the real-
time information obtained by in-line
process analytics. The integrated Ad-
vanced Process Control solution for
bio-reactor control which Siemens
developed as part of the Life Science
Suite consists of APC Tools that are
all integrated into the Simatic PCS 7
process control system. These tools
are interfaced via an OPC client
channel to the Win CC server, and
make use of the SCADA-system Win
CC-database (Historian) and data
obtained by the ICR-FT Mass Spec-
trometer Quantra. APC therefore
represents an important link between
the planning and scheduling func-
tions of the execution level and con-
trol functions. By using APC, Simat-
ic PCS 7 is expanded by a powerful
process optimization function and
ensures not only a more efficient
process control but at the same time
greater transparency in production,
leading to shorter batch run times,
lower production costs, caused by for
example optimal use of resources. ■
Ingrid Maes, Antwerp
Everything under controlIntegrated process optimization concept for biotech processes
quirements of the individual produc-
tion plants.
With “Monitoring+”, Siemens
Axiva offers a comprehensive service
package that covers the entire life cy-
cle of the monitoring system. The
concept includes clean room analysis
and monitoring concept develop-
ment taking into account the re-
sources the customer and his suppli-
ers and service providers have. Dur-
ing set-up, Siemens Axiva chooses
and purchases the components that
are best suited for the application and
takes care of their installation, wiring
and networking. The service package
also includes commissioning of the
system and the necessary calibration
and recalibration measures.
Qualification included
Naturally, the pharmaceutical pro-
duction of drugs demands compli-
ance with the regulations of national
and international authorities such as
the FDA (Food and Drug Adminis-
tration). The “Monitoring+” concept
therefore also embraces fully validat-
ed solutions, GMP-compliant execu-
tion (Good Manufacturing Practice)
as well as SOP concepts (Standard
Operating Procedures) and applica-
tion-specific SOP. In addition to a
fully integrated documentation, the
“Monitoring+” package also includes
offers for system operator and staff
training as well as regular mainte-
nance and servicing of the equip-
ment.
The modular, flexible and ex-
pandable concept structure ensures
that the systems of the “Monitor-
ing+” package from Siemens Axiva
grow with their tasks. Moreover,
great emphasis is placed on the net-
working capability of the system.
Owing to the interfaces to access con-
trol systems, operating data informa-
tion systems (ODIS) and SAP but al-
so to climate control and to process
control systems, “Monitoring+” can
be easily integrated into the control
and information landscape. ■
Winfried Claßen, Frankfurt
The Plus in InformationInnovative concept for clean room monitoring
Integrated control and analysis systems
make process optimization easier
The requirements for the control ambient conditions in the sterileproduction of drugs but also in other industries such as the
manufacture of cosmetics or the production of microchips have becomestricter and stricter in recent years. Temperature, humidity and pressure aswell as concentrations of airborne particles and germs must be kept exactlywithin the specified limits to avoid production faults. Systems of the“Monitoring+” concept from Siemens Axiva record, visualize and documentclean room conditions continuously and in accordance with GMP.
W hen producing under ster-
ile conditions, it is not
enough to assess the clean
room class once. Since the slightest
deviations of critical parameters of a
clean room, such as permitted con-
centration of dust particles, tempera-
ture, moisture and pressure, can have
a significant influence on the quality
of the products, the continuous
recording, monitoring and docu-
mentation of these variables is be-
coming increasingly important.
Know-how from a singleprovider
When planning and implementing
an appropriate monitoring concept,
it is advantageous to work with a
partner who has a profound know-
how in this sector. The specific expe-
rience in this field helps in recogniz-
ing and considering the special re-
Clean room monitoring in strict accordance with GMP
is an important aspect of production
Yamanouchi Europe BV had high hopes when they first invested in a fullyautomated ointment production in Meppel in the Netherlands, but theautomation system quickly became a harsh disappointment. Thereforethe company was very skeptical when Siemens presented its automationsolution for this problem. However, after the first initial meetings itbecame immediately clear that Siemens not only spoke the language ofthe pharmaceutical industry but also had the necessary know-how tosuccessfully complete the project.
with the automation system, but it
soon became evident that the system
supplier did not have the necessary
know-how to adapt the system to the
complex process requirements. The
problem with the standard control
system arose because two batches
were in production at the same time,
each producing their own reports.
There was also a partial time overlap.
Industry know-how was decisive
Yamanouchi therefore finally decid-
ed to place the contract for replacing
the plant automation with a different
supplier. When comparing the bids
of the competing potential suppliers,
the price/performance ratio of the of-
fered automation system was not the
only factor that played an important
role. “We wanted to make sure our
problems were understood this time.
The industry know-how of the po-
tential supplier was therefore a very
decisive factor”, as Herman Rozema
points out. It was here that Siemens
was able to convince with a sophisti-
cated and mature concept and excel-
lent references. “Siemens immediate-
ly gave us the impression that they
understood what the process was all
about. They realized quickly what the
problem was, asked the right ques-
tions and made sense.”
The new system is based on the
Simatic PCS 7 process control system
and the Batchflexible software. In ad-
dition to that, Yamanouchi selected a
barcode reader and the option to
connect the control system to an SAP
system. Integration with the office
automation system is also planned
for a later stage.
In on it from the very start
Henk Damhuis, production operator
for Yamanouchi in Meppel, was in-
volved in the planning of the new sys-
tem from the start. This guaranteed
that the system was implemented in a
user-friendly and process-oriented
way. It also means that Henk Dam-
huis is now able to help the operating
personnel and make minor modifica-
tions to the automation system.
Moreover, Yamanouchi had the op-
portunity to test the new system pri-
or to commissioning. “Halfway
through the construction of the sys-
tem we looked at the standard mod-
ules in The Hague. By this we could
gain experience with the new system
and identify certain problems. The
system was modified as far as possible
in accordance with the wishes of the
operator who will ultimately work
with it”, Henk Damhuis explains.
Greater transparency in theprocess
All these factors contributed to the
system being commissioned without
any problems. Thanks to the modifi-
cations, the ointment production is
now not only operating without a
hitch but also in strict compliance
with FDA-regulations as Henk
Damhuis concludes with satisfaction.
“The barcode scanner serves to veri-
fy that the correct ingredients are
added in the correct quantities. The
plant now complies with the require-
ments of the American Food and
Drug Administration, who is partic-
ularly interested in the procedures
and the tracking and tracing func-
tionality of the system.” ■
Henk Kleiju, The Hague
A matter of trustIndustry know-how was decisive with Yamanouchi Europe
With a new plant for producinghuman growth hormone (hGH),Novo Nordisk not only wanted tobring its process control and plantautomation up to date but at thesame time to reorganize itsproduction according to GMPspecifications. The Simatic PCS 7process control system and theBatch flexible software packagehave made their contribution toachieving these goals.
N ovo Nordisk is a focused
healthcare company and the
world leader in diabetes care.
In addition, Novo Nordisk has a lead-
ing position within areas such as
haemostasis management, growth
hormone therapy and hormone re-
placement therapy. Novo Nordisk
manufactures and markets pharma-
ceutical products and services that
make a significant difference to pa-
tients, the medical profession and so-
ciety. Novo Nordisk employs approx-
imately 16,000 people in 68 countries
An important product of the com-
pany is human growth hormone,
hGH, which is used for treating
growth retardation in children and
growth hormone deficiency in adults.
In Denmark, hGH is produced in a
biotechnological process, then puri-
fied and finally filled and packed for
selling.
Purification plant
As capacity in the existing purifica-
tion unit was insufficient, Novo
Nordisk decided to build a new plant
for this process stage. At the same
time they wanted to optimize the lo-
gistic processes in production in or-
der to improve the cost effectiveness
of the process. Another aim was to
automate the process as far as possi-
ble with a modern control system and
to improve the working environment
of the employees..
The openness and expandability
of the system were crucial factors in
the search for a suitable control sys-
tem. In addition it was important for
Novo Nordisk that the system soft-
ware could be created compatibly
with the S88 standard. Simatic PCS 7
was easily able to meet both these re-
quirements. Moreover, the excellent
price/performance ratio of the
Siemens offer also played an impor-
tant part in the decision.
The batch control was automated
with the Batchflexible software pack-
age. Siemens also supplied the entire
switchgear for the new purification
unit. Novo Nordisk’s engineering
company NNE had developed their
own system components for batch
reporting and material handling,
which could easily be linked to the
control system by the integrated OPC
interfaces of PCS 7.
Fast and easy commissioning
The easy handling of PCS 7 in the im-
plementation of the new DCS-system
was convincing. The new concept re-
lies consistently on fieldbus and Eth-
ernet-based communication systems.
This allows for a faster installation of
the communication network. Short-
er installation times also lead to a
quicker operation start-up for the en-
tire system. Thanks to the smooth in-
tegration of the Batchflexible software
the batch control is now also a part of
the control system which has consid-
erably improved the transparency of
the process.
Ever since production started,
PCS 7 has been totally convincing in
operation. The convenient and func-
tional process visualization gives the
operators an optimum view of all
processes. The plant and the control
system have been running to Novo
Nordisk’s full satisfaction since being
commissioned and, thanks to the
openness and flexibility, the compa-
ny can be sure that the plant is always
equipped to meet new challenges in
this rapidly growing market segment.
■
Kasper Agerbaek, Kopenhagen
6 Process News 1/2002
T he plant for producing a great
variety of ointments was built
in 1995. It was then equipped
with a modern automation system to
achieve maximum productivity and
process transparency. But it turned
out that the process automation was
in fact the weakest link in the com-
plex process chain, as the project
manager at Yamanouchi Herman
Rozema remembers: “The reporting
was below standard, process se-
quences were skipped and the system
was regularly out of service.”
Right from the start, Yamanouchi
tried to eliminate these problems
A Foundation for HealthyGrowth
Simatic PCS 7 at Novo Nordisk in Denmark
Process-oriented, user-friendly and
FDA-compliant: Yamanouchi is
completely satisfied with the new system
Process News 1/2002
Where high value products suchas pharmaceuticals areconcerned, yield, consistency andrepeatable batch processing areimportant issues. These can all beadversely affected by systemfailure, which can occur wheneversafety and reliability are ignored.Integrated safety systems withfailsafe controllers and reliablecommunication systemsguarantee not only a trouble-freebut also flexible production. As anexperienced partner to thepharmaceutical industry, Siemensdevelops safe automationsolutions based on proven andsuccessful components that areoptimally adapted to therequirements of the respectiveapplication.
N ew legislation such as the EN
954-1 and IEC 61508 regula-
tions have specified a new
field of automation technology in re-
cent years. Until now, safety related
controls, such as those involving the
shut down of equipment to protect
personnel, emergency stop circuits
and remote shut down of plant have
primarily been handled by hard
wired or solid state logic systems.
In the beginning is the processanalysis
When setting up such an integrated
safety solution, a thorough investiga-
tion of the process and its safety de-
mands has to be performed. Where
are the critical phases in the process?
What faults may occur and what are
their consequences? How can faults
be avoided from the start? All these
questions have to be answered prior
to implementing a safe automation
solution if you want to fully profit
from the possibilities of integrated
safety technology.
Siemens has developed a concept
that ranges from the initial risk analy-
sis right up to the final verification of
the Safety Integrity Level (SIL) and
from planning through to the de-
commissioning of a harzardous
plant. Siemens supports and advises
the plant owner in the safety require-
ments allocation of his processes and
develops concepts and solutions
based on field-proven failsafe and
fault tolerant components. Here,
Siemens benefits not only from
decades of experience in the field of
automation engineering but also
from its deep application know-how.
The customer can therefore be cer-
tain that he is getting a solution that
has been tailor-made to suit his
process and meet the pertinent regu-
lations for pharmaceutical plants.
More safety means greaterproductivity
The pharmaceutical industry benefits
from the integrated safety solution in
two respects. On the one hand the
safety-relevant processes are ideally
mirrored in the control system re-
sulting in improved process control
and therefore less production down-
time. At the same time an integrated
safety solution also ensures more
transparency in production. This im-
proves both product yield and batch
consistency and greatly increases the
overall productivity of the produc-
tion. ■
Jon Keswick, Manchester
The customer comes firstCustomer-oriented services from Siemens
T he new generation of the
successful MultiRanger
ultrasonic level measur-
ing instruments that has recently
become available offers a broad-
ly extended range of features.
Owing to several already inte-
grated interfaces, the Multi-
Ranger is now suited for digital
communication. Moreover, the
SmartLinx communication mod-
ule allows easy connection to
Profibus-DP and other common
fieldbus systems.
MultiRanger is of course
equipped with the latest version
of the Sonic Intelligence soft-
ware that increases the relia-
bility of the measured values,
simplifies difficult applications
and facilitates plant mainte-
nance. The MultiRanger comes
with a handheld programming
unit to make configuration and
programming as easy as possible.
With the Dolphin Plus software,
diagnosis is even simpler than it
already was. Programs or echo
profiles can now be downloaded
and sent to the service operator
for inspection via e-mail.
MultiRanger can be config-
ured individually on order so that
each customer gets a solution that
is ideally suited for the applica-
tion and offers the optimal price/
performance ratio. Field installed
MultiRangers can also be easily
upgraded to the latest version.
The electronics can simply be re-
The next generationSiemens-Milltronics MultiRanger offers even more functions
At Siemens, the customer comes first. With a complete service package, Siemens makes sure thatplant owners always get the optimum support for their projects – no matter whether the task is toplan, commission or modernize a plant. The customer can be certain that he will always be able toquickly reach a competent and committed service officer who can find the best solution to therespective problem.
placed without removing cables
or connections. ■
Janet Wile, Peterborough
Guardian Angelsof ProductionFailsafe systems ensure greater productivity
Planning and Design
ConfigurationandDevelopment
Installation andCommissioning
Operation andMaintenance
Modernization
more directly, Siemens has set up a
global competence network which is
supported by the three competence
centers in Asia, the USA and Europe
and company headquarters in Ger-
many.
These centers are there to collect
and refine the Siemens know-how
from the different branches and sys-
tems and provide it to the different re-
gions. The competence centers also
organize the continuous further train-
ing of Siemens personnel locally. ■
Carsten Köhler, Karlsruhe
tinuously optimize their processes.
The Siemens system and industry
experts are familiar with the specific
requirements of a process and the
specifications of the industry and can
therefore provide prompt and pro-
fessional support at any time. The
customer has direct access to the right
partner in every situation – this helps
him not only save a whole lot of time
but also cost and effort.
Worldwide presence
Always being at the customer’s side
– that is more than just a slogan for
Siemens. In order to look after their
customers all over world better and
F rom service & support through
training right up to financing
opportunities, all services are
individually tailored to meet cus-
tomer requirements. Siemens sees it-
self as a competent counselor and so-
lution provider for the entire life cy-
cle of a plant – from planning and
conception, through configuration
and development, installation and
commissioning up to modernization.
Especially in the pharmaceutical in-
dustry it is very important to know
that you have a competent partner at
your side because pharmaceutical
companies have to adapt to new
market situations flexibly and con-
Process News 1/2002
P r o c e s s N e w s
Publisher
Siemens AG,
Automation and Drives division
Responsible for content
Anton S. Huber
Editor
Cornelia Dürrfeld, Siemens AG A&D AS PAS MC
Siemensallee 84, D-76187 Karlsruhe
Tel.: (07 21) 5 95-25 91, Fax: (07 21) 5 95-63 70
e-mail: [email protected]
Editorial committee
Richard Ahearne, David Favell, Lisa Gill Gardner,
Dr. Michael Gilluck, Achim Heim,
Walter Huber, Michael Lang, Harald Mag,
Hartmut Oesten, Manfred Schirner,
Detlef Seidel, Roland Wieser
Publishing house
Publicis KommunikationsAgentur GmbH
Head of periodicals
Wolfgang Meyer
Coordination
Sabine Zingelmann
Artwork and layout
Werner Völkl
Photos
Novo Nordisk (1, 6), Novartis (2),
GlaxoSmithKline (3), Schering AG (4),
Yamanouchi (6), Fa. Egger (8)
ISSN 1430 2284
© 2002 Siemens AG
All rights reserved by the publisher. No part of
this document may be reproduced without prior
written permission from the editor. Process News
is printed on 100% recycled paper.
SIMATIC, TOTALLY INTEGRATED
AUTOMATION, SITRANS, SIWAREX, SIPART,
ET 200, SIPAN, ULTRMAT, SIMOVERT,
PROFIBUS-DP/PA, are registered trademarks
of Siemens AG. If trademarks, technical solutions
or similar are not included in the list, it does not
imply that they are not registered.
Order No. E20001-M7102-B100-X-7600004900 RPE21 0402 26.Printed in Germany
Änderungen vorbehaltenSiemens Aktiengesellschaft
Strategic Choice
W hen Pharmacia in Bel-
gium made up their
minds to implement and
integrate a new SCADA system for
two new production units, they
wanted keep to their strategy of im-
plementing one standardized SCA-
DA concept for all their future pro-
duction units within the plant, so
they defined a detailed set of re-
quirements.
The Simatic WinCC process visu-
alization environment responds
completely to this modularly com-
posed project user requirement spec-
ification, so Pharmacia opted for
Siemens.
The new washing and sterile line
for washing, sterilizing and filling
ampoules is supposed start produc-
tion at the end of this year. The sec-
ond unit consists of three semi-auto-
matic freeze dryers for filled sterile
products. Start-up for this unit is
scheduled for the beginning of 2003.
Both units will be equipped with
WinCC visualization systems. The
two projects will be executed simul-
taneously by the engineering group of
Siemens Belgium, with a common
project manager. This has the advan-
tage of eliminating unnecessary pro-
ject information interfaces and guar-
anteeing the standardization on every
level in the development. ■
Danny Reynaert, Huizingen
F R O M A R O U N D T H E W O R L D
• Stop press
+ + + + + + + + + + + +
The readers of the
Control magazine award-
ed Siemens Milltronics
the title of “favorite
supplier” for ultrasonic
level measuring systems
in this year’s annual com-
petition. Siemens scored
top results especially
with their excellent
service.
+ + + + + + + + + + +
Siemens has received an
order from Firestone
Polymers in Lake Charles,
LA. This is an expansion
of an existing system du-
plicating an existing
Siemens process
automation application
installed March of 2001.
+ + + + + + + + + + +
FAIR PREVIEWHanover Fair 2002, April 15 to 20 2002, Hanover (Germany)Fair for Industry, Automation
SEMICON Europe,April 16 to 18 2002, Munich (Germany)Conference and fair for semiconductor equipment, materials,suppliers and servicesApril 17 2002, Siemens Facility Conference (as a part of the SEMICON!)
Siemens Process Automation User Conference,October 9 to 11 2002, Philadelphia (USA)More information at www.sea.siemens.com/automat
IFAT Munich,May 13 to 17 2002, Munich (Germany)International fair for waste disposal and the environment
Siemens Glass Day 2002,May 14 to 15 2002, Toledo, Ohio (USA)Expert meeting sponsored by Siemens and the Glass ManufacturingIndustry. Learn more at www.sea.siemens.com/glass
Global Petroleum Show,June 11 to 13 2002, Calgary (Canada)The world’s largest oil and gas show
Turning the oldinto new
A t the Egger Company in
Brilon two wood chipboard
production lines were to be
automated with a modern, future-
oriented system that offers easy and
optimal integration into a total au-
tomation solution. The automation
was to be implemented using com-
ponents belonging to one system as
far as possible. In addition, it was
specified that the project should re-
tain the machines and process-tech-
nical equipment including the load
cells.
Following extensive comparisons,
Egger finally chose the Siemens solu-
tion consisting of a Simatic S7-400
controller, a number of Siwarex M
weighing processors and the Profi-
bus-DP fieldbus system. One of the
main reasons for the decision was
that the combination of these mod-
ules with the master automation sys-
tem produced a freely configurable
weighing system that could be easily
adaptable to the existing conditions.
Since the chipboard production
runs continuously around the clock
seven days a week, the conversion
had to be made during a scheduled
periodic shutdown. Two Siemens
I&S technicians converted the au-
tomation system in just five days and
also commissioned and optimized
the new system during this period.
The plant has been working ab-
solutely reliably and failure-free since
being put into operation – convinc-
ing proof of the reliability of the new
system. ■
Helmut Janus, Essen
Remote CustomerAcceptance Test
P rior to shipment of the new
Maxum process gas chro-
matograph, customers often
inspect the system at Siemens to
check if functionality and operation
fit to the specific requirements. De-
pending on the customer location,
travelling to Bartlesville, USA, Karl-
sruhe, Germany or Singapore is re-
quired.
For those who want to save travel
time and costs, the new availability of
e-Customer Inspection Test (e-CAT)
allows electronic communication
with the analytical systems located at
any of the mentioned application lab-
oratories. It is possible to observe the
system functionality from remote,
evaluate data and vary parameters –
without really having to be there.
That way, it is also possible to reduce
delivery time for the Maxum chro-
matograph.
Various levels of e-CAT are avail-
able, ranging just from electronical-
ly evaluating performance reports
and independent electronic inspec-
tion directly from customer office
up to the assisted inspection at or
through a local Siemens office or
representative.
Needless to say, extensive hands
on Factory Inspection or Acceptance
Tests are of course still available for
those who still want to personally in-
spect their new equipment. ■
Ulrich Gökeler, Housten
Power in China
A Joint Venture of Russian and
Chinese corporations is
building two type VVER
1000 nuclear power plants for Jiang-
su Nuclear Power Co. (JNPC) near
the Chinese city of Lianyungang.
Siemens Power Generation is deliv-
ering the entire DCS system for both
process and safety control. More-
over, Siemens field instrumentation
managed to finish first against very
strong competition, so that Siemens
will supply 1,400 Sitrans P transmit-
ters for process pressure and differ-
ential pressure measurement and 100
Sipan liquid analyzers for the ultra
pure water unit.
After this successful bid, Siemens
stands a good chance of winning the
field instrumentation part of the con-
tract for equipping the second block as
well. ■
Roland Roth, Karlsruhe