Answers for Energy
Modernization & Upgrades
For Industrial Gas Turbines up to 15 MW
Life extension of your existing installation is the most cost
effective means of continued operation.
Environmentally
responsible
Keeping you up to date with the latest
developments in gas turbine technology
is key to our customer support philosophy.
Utilizing the latest technical benefits
derived from our extensive new turbine
development programme, we have
produced a wide variety of modernization
and upgrades for your existing installation.
These include the latest in emissions
reduction technology, availability
improvements and control system
upgrades, as well as power and efficiency
improvements for the current range of
industrial small gas turbines.
Working together, we can develop a
customized service solution for your
turbine and specific business goals.
The benefits of modernization
and upgrades are:
Focusing on Health & Safety
We offer various upgrades to manage risk
and enhance safety. Upgrades include
improvements when operating in a
hazardous atmosphere, Fire & Gas
Systems (CO2 and water mist), personnel
safety devices, noise attenuation and
ISCAP modifications (In-service capability).
Reduce Your Operating Costs
Improvements in efficiency through
upgraded hardware design may provide a
reduction in fuel usage and a smaller
environmental impact, resulting in lower
operating costs.
Gas Fuel System upgrades optimize gas
turbine performance by continuously
monitoring pressure and temperature,
adjusting fuel delivery to meet demand.
Increased power, with greater
availability and efficiency.
Reduced emissions with lower
environmental impact.
Liquid fuel system upgrades
offer an improved fuel
changeover on dual fuel
engines. The new gas fuel
valve, in conjunction with the
new liquid fuel valve, provides
smoother gas turbine running
characteristics, reducing
component stress and wear
throughout the operating life
of your gas turbine.
SGT-300 and SGT-400 DLE Gas
and Dual Fuel engines are
suitable for an Intelligent
Combustion Control upgrade
for main and pilot burner fuel
split optimization.
Access to the latest OEM proven
technology for extended
economic viability of the asset.
Reduced operating costs
through efficiency gains.
Increased
performance
The upgrade can also incorporate an
Integrated Fuel Valve (IFV) assembly
and, where applicable, pneumatically
actuated fast acting double block and
vent valves.
The Fuel Valve and Actuator combination
ensures accurate and reliable operation
even under the most arduous conditions.
The Aftermarket Vibration
Monitoring System (AVMS)
system is cost effective and
built around a series of
specially configured vibration
monitoring systems, offering
proven technology in a
compact unit.
www.siemens.com/energy
Prepare for the Future
Reducing waste and emissions, and
improving energy efficiency, we
work continuously to minimize
environmental impact.
Meet demands for cleaner energy
through our award winning DLE
(Dry Low Emissions) combustion
system, reducing NOx, CO, UHC and
smoke emissions.
With over 5,000,000 operating hours
of DLE experience in power generation
applications and mechanical drive
duties, you can benefit from our
extensive commercial operating
experience.
In addition, we offer more traditional
emission reduction techniques such
as steam or water injection.
HEPA air filtration system upgrade can offer various benefits:
More MW.h exhaust
heat per annum
More MW.h generated
per annum
1%
1.5%
(approx)
(approx)
A reduced fuel burn
(i.e. Life Cycle Costing)
5%
up to
Fuel is one of the most significant operation
and maintenance costs you may experience.
Extend the Life of your Gas Turbine
TM
The Siemens S7-300 control
system allows wide-spread local
support coverage through our Regional
Support Centres. HMI displays provide
you with a first line diagnostic tool to
reduce any unscheduled down time.
We also offer Micro Controllers for
both the TA and TB gas turbines. Based
on a modern compact PLC and a TFT
touch screen, they offer a standard
configuration of pre-engineered
modules, suitable for TA and TB
Generator or Pump installations and,
subject to review, compressor sets.
For more information or to arrange
an appointment, please contact
your local CSM or our Modernization
& Upgrades experts in Lincoln, UK.
Tel: +44 (0)1522 583343
SGTserviceenquiries@siemens.com
www.siemens.com/energy
Availability Enhancements
Siemens Remote Diagnostic
Services are designed to help you
maximize your unit’s performance,
and are tailored to your specific
machine type.
You can expect an emissions reduction
of 70-100% load ISO for Gas Fuel and 65-100% load ISO for Liquid Fuel engines.
Increase the Performance of your Engine
Upgrades include the High Efficiency
Particulate Air Filter (HEPA)
providing improved filtration from
airborne contaminants to lower your
life cycle costs.
All allow for improved reliability,
increased availability and lower
operational costs for your gas turbine.
Engine power uprates are available
via a modified combustion system or
core engine blade coating
enhancements. All are proven to
increase the nominal ISO power
output from your engine.
your service contract, able to offer
secure remote support and advice via
telephone with optional real time
intervention after customer release,
provided by Siemens’ 24/7 helpdesk.
The STA-RMS (Siemens Turbomachinery
Applications - Remote Monitoring
System) platform is tailor made to
improve the remote functionality of
all Siemens units, and is the only OEM
approved system commercially
available.
Based on its “common Remote Service
Platform (cRSP)” we are, dependent on
Published by and copyright © 2014:
Siemens Industrial Turbomachinery, Energy
Service Feilden House, Lincoln, LN6 3AD, UK
All rights reserved. Trademarks mentioned in this
document are the property of Siemens AG, its
affiliates, or their respective owners.
Subject to change without prior notice.
The information in this document contains
general descriptions of the technical options
available, which may not apply in all cases. The
required technical options should therefore be
specified in the contract.