Tanjung Bin (Malaysia) ultra-supercritical coal-fired power ... - Alstom

Doubling Alstom’s
Malaysian Steam
stake with a new
1 GW power plant
3D-conceptualisation of the 1000 MW ultrasupercritical
coal-fired power plant at Tanjung Bin
CASE STUDY: steam POWER SOlUTiOnS
Tanjung Bin
Malaysia
Alstom and its consortium partners (Mudajaya and Shin Eversendai) have signed a
contract with Tanjung Bin Energy Issuer Bhd, the wholly owned subsidiary of Malakoff
Corporation Berhad, to provide a 1000 MW ultra-supercritical, coal-fired power plant
at Tanjung Bin, in the southern peninsular province of Johor, Malaysia.
Alstom will supply all key power generation equipment and will be in charge of the
overall engineering, project management and commissioning.
The Tanjung Bin power plant is Alstom’s second contract for a supercritical, coal-fired
unit in Malaysia, following the order to build the 1000 MW Manjung 4 power plant
last year. Combined with the new Manjung power plant, the power plants together will
provide an additional capacity of 2000 MW for Peninsular Malaysia.
This contract further strengthens Alstom’s position as the largest original equipment
manufacturer in Malaysia, having supplied key equipment for nearly 7.5 GW of the
country’s installed power generation capacity.
Customer: ............................ Tanjung Bin Energy Issuer Bhd
Scope of supply: .................. Full turnkey EPC* contract for an ultra-supercritical,
coal-fired steam power plant including:
- Overall plant engineering
- Global procurement and logistics
- Civil, electrical and mechanical construction
- Comprehensive commissioning of the power plant
Electrical output: ................. 1000 MW
Fuel: ..................................... Coal
Cooling System: ................... Direct cooling with seawater
Application: .......................... Power generation
advantages
• High performance
• Increased operational flexibility
• Maximised fuel flexibility
• Low NOx emissions over a wide load range.
• With its environmental and economic advantages, this plant is another example
of Alstom’s capability to deliver clean, integrated power solutions.
* EPC = Engineering, Procurement, Construction
TPW/LEAF/TJGMLS12/eng/THP/04.12/FR/7599 © ALSTOM 2012. All rights reserved. Information contained in this document is indicative only. No representation
or warranty is given or should be relied on that it is complete or correct or will apply to any particular project. This will depend on the technical and commercial
circumstances. It is provided without liability and is subject to change without notice. Reproduction, use or disclosure to third parties, without express written
authorisation, is strictly prohibited. Alstom contributes to the protection of the environment. This leaflet is printed on environmentally-friendly paper.

Our Plant Integrator approach offers more value for customers
The Plant Integrator concept is Alstom’s unique way of creating more value for
customers. We combine outstanding expertise at a component and plant level, as we
are both an equipment designer and manufacturer. In addition, we are an Engineering,
Procurement and Construction (EPC) contractor with proven worldwide references.
Through close collaboration, we guarantee that our customers meet their business
objectives and serve their market more effectively. There are six Plant Integrator
factors that help increase the Net Present Value for our customers.
PlAnT InTEgrATOrTM FACTOrS PlAnT InTEgrATOrTM FACTOrS
INVESTMENT • Optimised capital investment
LEAD TIME • Shorter lead times to produce electricity faster
• Higher power plant efficiency for increased power
output over a wide range of operational modes
PERFORMANCE
• Reduced emissions to meet environmental responsibility
AVAILABILITY
• Better reliability, availability and flexibility
& FLEXIBILITY
LIFE EXTENSION • Extended power plant life options
an environmentally friendly plant with high efficiency
3D-conceptualisation of the 1000 MW ultra-supercritical coal-fired power plant at Tanjung Bin
TPW/LEAF/TJGMLS12/eng/THP/04.12/FR/7599 © ALSTOM 2012. All rights reserved. Information contained in this document is indicative only. No representation
or warranty is given or should be relied on that it is complete or correct or will apply to any particular project. This will depend on the technical and commercial
circumstances. It is provided without liability and is subject to change without notice. Reproduction, use or disclosure to third parties, without express written
authorisation, is strictly prohibited. Alstom contributes to the protection of the environment. This leaflet is printed on environmentally-friendly paper.
CASE STUDY: steam POWER SOlUTiOnS
tanjung Bin MAlAYSiA
project features
The Tanjung Bin Project benefits from
the superior integration resulting from
Alstom’s project management skills,
EPC capabilities and state-of-the-art key
components:
• 1 two-pass, ultra-supercritical, oncethrough
PC boiler (tangential firing,
low-NOx combustion system), with
mills and air pre-heaters
• 1 STF100 steam turbine with one highpressure,
one intermediate-pressure
and two double-flow, low-pressure
turbines for high efficiency and
reliability
• 1 two-pole GIGATOP turbogenerator
with the most advanced waterhydrogen-cooling
technology for
generators, featuring high efficiency,
outstanding reliability and simple
maintenance
• Closed cooling water cycle
• Alstom’s latest ALSPA Series 6
Distributed Control System
• The highly efficient seawater flue gas
desulphurisation facility and fabric
filters to lower nitrous oxides, sulphur
oxides and dust emissions.
For more information
please contact Alstom Power:
Alstom Power
Brown Boveri Strasse 7
5401 Baden
Switzerland
Phone: +41 56 205 6923
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