Wärtsilä provides instrumentation and safety systems for LNG storage tanks, with over 30 years of experience in the LNG industry. Their solutions include highly accurate level gauges, temperature probes, leak detection systems, and software for rollover prediction and tank monitoring. They also offer lifecycle support through spare parts, upgrades, training and maintenance.
With the knowledge that no single technology can address the needs of all industrial appli- cations, Siemens provides a complete range of level measurement devices.
Ultrasonics. Radar. Guided wave radar. Capacitance. Point level. Gravimetric. Hydrostatic.
Reliable. Easy to use. With convenient remote monitoring displays and industrial communi- cation options. All backed by Siemens global support network, providing experienced sales and technical assistance when and where you need it. Complementing our level technology are Siemens analytics, automation, and drives for industries around the globe.
It saves more then it costs....
Preventive maintenance and reactive maintenance are an extremely critical part of any fleet operations. By creating a Preventive Maintenance program to decrease the incidents of equipment arriving late for the PM’s they are due for, this program can be an integral part of cost savings and reduction of equipment downtime for repairs.
Excel sheet Download Link: https://www.scribd.com/document/385945712/PSV-Sizing-Tool-API-Based-Calc-Sheets
PSV Sizing for Blocked Liquid Discharge Condition
PSV Sizing for Blocked Gas Discharge Condition
PSV Sizing for Fire Case of Liquid Filled Vessel
PSV Sizing for Control Valve Fail Open Case
Relief Valve Sizing for Thermal Expansion
Restriction Orifice Sizing for Gas Flow
Restriction Orifice Sizing for Liquid Flow
Single Phase Flow Line Sizing Tool
Gas Control Valve Sizing Tool
Fpso – general overview of conversion & topside process description -abstractAnoop Rajendran Nair
Abstract of the technical presentation on FPSO conversions and modularised topside process taken at MASTECH 2011 at Sharjah as part of Gulf Maritime Expo 2011.
With the knowledge that no single technology can address the needs of all industrial appli- cations, Siemens provides a complete range of level measurement devices.
Ultrasonics. Radar. Guided wave radar. Capacitance. Point level. Gravimetric. Hydrostatic.
Reliable. Easy to use. With convenient remote monitoring displays and industrial communi- cation options. All backed by Siemens global support network, providing experienced sales and technical assistance when and where you need it. Complementing our level technology are Siemens analytics, automation, and drives for industries around the globe.
It saves more then it costs....
Preventive maintenance and reactive maintenance are an extremely critical part of any fleet operations. By creating a Preventive Maintenance program to decrease the incidents of equipment arriving late for the PM’s they are due for, this program can be an integral part of cost savings and reduction of equipment downtime for repairs.
Excel sheet Download Link: https://www.scribd.com/document/385945712/PSV-Sizing-Tool-API-Based-Calc-Sheets
PSV Sizing for Blocked Liquid Discharge Condition
PSV Sizing for Blocked Gas Discharge Condition
PSV Sizing for Fire Case of Liquid Filled Vessel
PSV Sizing for Control Valve Fail Open Case
Relief Valve Sizing for Thermal Expansion
Restriction Orifice Sizing for Gas Flow
Restriction Orifice Sizing for Liquid Flow
Single Phase Flow Line Sizing Tool
Gas Control Valve Sizing Tool
Fpso – general overview of conversion & topside process description -abstractAnoop Rajendran Nair
Abstract of the technical presentation on FPSO conversions and modularised topside process taken at MASTECH 2011 at Sharjah as part of Gulf Maritime Expo 2011.
Course Description
This concise course is well balanced and based on more than 30 years of true project experience in Shallow and Deep Water fields around the world, from concept evaluation to first production. It is designed for Project Managers, Project Engineers, experienced or new to Subsea & highly suitable for Cost, Planning, Offshore Installation and Offshore Operation Engineers.
All the Lectures (up-dated on a regular basis) are presented with text, figures and DVDs with videos and detailed animations, used to illustrate many key points of Subsea Technologies. The objective of the course is to equip Engineers and Technicians with a good understanding on the Engineering of Subsea Production Systems (SPS) together with Umbilicals, Risers and Flowlines (SURF) required to link and operate it from
the Host.
Course Highlights
- Definition of Subsea Engineering for Field Developments / Floaters requirements Field Lay-out and System Design
- Flow Assurance Issues, Mitigation and Hydraulic Analysis
- Well Heads and Xmas Trees
- Templates, Manifolds and Subsea Hardware
- Subsea Wells Operations and Work Overs
- Inter Field Flowlines & Small Export Pipelines
- Production Riser Systems for Floaters
- Subsea Production Control Systems & Chemical Injection (including Umbilicals)
- Reliability Engineering and Risk Analysis
- Underwater Inspection, Maintenance & Repair
- New technologies for S.P.S
- 3 Major case studies for Oil, Gas and Heavy Oil Production including updates from Total, Shell and BP
Design Considerations for Antisurge Valve SizingVijay Sarathy
Centrifugal Compressors experience a phenomenon called “Surge” which can be defined as a situation where a flow reversal from the discharge side back into the compressor casing causing mechanical damage.
The reasons are multitude ranging from driver failure, power failure, upset process conditions, start up, shutdown, failure of anti-surge mechanisms, check valve failure to operator error to name a few. The consequences of surge are more mechanical in nature whereby ball bearings, seals, thrust bearing, collar shafts, impellers wear out and sometimes depending on the how powerful are the surge forces, cause fractures to the machinery parts due to excessive vibrations.
The following tutorial explains how to size an anti-surge valve for a single stage VSD system for Concept/Basic Engineering purposes.
Cavitation is a phenomenon that can occur in a liquid process whenever there is a drop in pressure. Cavitation should be avoided, since it produces destructive forces in the liquid that damage valves, pumps, and other equipment.
Load Sharing for Parallel Operation of Gas CompressorsVijay Sarathy
The art of load sharing between centrifugal compressors consists of maintaining equal throughput through multiple parallel compressors. These compressors consist of a common suction and discharge header. Programmable logic controllers (PLCs) can be incorporated with load sharing functions or can be incorporated as standalone controllers also. Control signals from shared process parameters such as suction header pressure or discharge header pressure can be then fed to individual controllers such as compressor speed controllers (SC) or anti-surge controllers (UIC) to ensure the overall load is distributed efficiently between the compressors.
The following article covers load sharing schemes for parallel centrifugal compressor operation.
Pressure Safety Valve Sizing - API 520/521/526Vijay Sarathy
No chemical process facility is immune to the risk of overpressure to avoid dictating the necessity for overpressure protection. For every situation that demands safe containment of process gas, it becomes an obligation for engineers to equally provide pressure relieving and flaring provisions wherever necessary. The levels of protection are hierarchical, starting with designing an inherently safe process to avoid overpressure followed by providing alarms for operators to intervene and Emergency Shutdown provisions through ESD and SIL rated instrumentation. Beyond these design and instrument based protection measures, the philosophy of containment and abatement steps such as pressure relieving devices, flares, physical dikes and Emergency Response Services is employed
A QUICK ESTIMATION METHOD TO DETERMINE HOT RECYCLE REQUIREMENTS FOR CENTRIFUG...Vijay Sarathy
Turbomachinery Engineers often conduct studies to determine if a hot gas bypass is required for a given centrifugal compressor system. This would mean building a process model and simulating it for Emergency Shutdown conditions (ESD) & Normal Shutdown conditions (NSD) to check if the compressor operating point crosses the surge limit line (SLL). A quick estimation method that uses dimensionless number called the inertia number can be used to check prior to the study, if a Hot gas bypass (a.k.a. Hot Recycle) is required in addition to an Anti-surge line (ASV or a.k.a Cold Recycle).
Course Description
This concise course is well balanced and based on more than 30 years of true project experience in Shallow and Deep Water fields around the world, from concept evaluation to first production. It is designed for Project Managers, Project Engineers, experienced or new to Subsea & highly suitable for Cost, Planning, Offshore Installation and Offshore Operation Engineers.
All the Lectures (up-dated on a regular basis) are presented with text, figures and DVDs with videos and detailed animations, used to illustrate many key points of Subsea Technologies. The objective of the course is to equip Engineers and Technicians with a good understanding on the Engineering of Subsea Production Systems (SPS) together with Umbilicals, Risers and Flowlines (SURF) required to link and operate it from
the Host.
Course Highlights
- Definition of Subsea Engineering for Field Developments / Floaters requirements Field Lay-out and System Design
- Flow Assurance Issues, Mitigation and Hydraulic Analysis
- Well Heads and Xmas Trees
- Templates, Manifolds and Subsea Hardware
- Subsea Wells Operations and Work Overs
- Inter Field Flowlines & Small Export Pipelines
- Production Riser Systems for Floaters
- Subsea Production Control Systems & Chemical Injection (including Umbilicals)
- Reliability Engineering and Risk Analysis
- Underwater Inspection, Maintenance & Repair
- New technologies for S.P.S
- 3 Major case studies for Oil, Gas and Heavy Oil Production including updates from Total, Shell and BP
Design Considerations for Antisurge Valve SizingVijay Sarathy
Centrifugal Compressors experience a phenomenon called “Surge” which can be defined as a situation where a flow reversal from the discharge side back into the compressor casing causing mechanical damage.
The reasons are multitude ranging from driver failure, power failure, upset process conditions, start up, shutdown, failure of anti-surge mechanisms, check valve failure to operator error to name a few. The consequences of surge are more mechanical in nature whereby ball bearings, seals, thrust bearing, collar shafts, impellers wear out and sometimes depending on the how powerful are the surge forces, cause fractures to the machinery parts due to excessive vibrations.
The following tutorial explains how to size an anti-surge valve for a single stage VSD system for Concept/Basic Engineering purposes.
Cavitation is a phenomenon that can occur in a liquid process whenever there is a drop in pressure. Cavitation should be avoided, since it produces destructive forces in the liquid that damage valves, pumps, and other equipment.
Load Sharing for Parallel Operation of Gas CompressorsVijay Sarathy
The art of load sharing between centrifugal compressors consists of maintaining equal throughput through multiple parallel compressors. These compressors consist of a common suction and discharge header. Programmable logic controllers (PLCs) can be incorporated with load sharing functions or can be incorporated as standalone controllers also. Control signals from shared process parameters such as suction header pressure or discharge header pressure can be then fed to individual controllers such as compressor speed controllers (SC) or anti-surge controllers (UIC) to ensure the overall load is distributed efficiently between the compressors.
The following article covers load sharing schemes for parallel centrifugal compressor operation.
Pressure Safety Valve Sizing - API 520/521/526Vijay Sarathy
No chemical process facility is immune to the risk of overpressure to avoid dictating the necessity for overpressure protection. For every situation that demands safe containment of process gas, it becomes an obligation for engineers to equally provide pressure relieving and flaring provisions wherever necessary. The levels of protection are hierarchical, starting with designing an inherently safe process to avoid overpressure followed by providing alarms for operators to intervene and Emergency Shutdown provisions through ESD and SIL rated instrumentation. Beyond these design and instrument based protection measures, the philosophy of containment and abatement steps such as pressure relieving devices, flares, physical dikes and Emergency Response Services is employed
A QUICK ESTIMATION METHOD TO DETERMINE HOT RECYCLE REQUIREMENTS FOR CENTRIFUG...Vijay Sarathy
Turbomachinery Engineers often conduct studies to determine if a hot gas bypass is required for a given centrifugal compressor system. This would mean building a process model and simulating it for Emergency Shutdown conditions (ESD) & Normal Shutdown conditions (NSD) to check if the compressor operating point crosses the surge limit line (SLL). A quick estimation method that uses dimensionless number called the inertia number can be used to check prior to the study, if a Hot gas bypass (a.k.a. Hot Recycle) is required in addition to an Anti-surge line (ASV or a.k.a Cold Recycle).
Describir el campo de acción de las relaciones públicas en el ámbito promocional del mercadeo.
Caracterizar las diferentes actividades de relaciones públicas que puede desarrollar una organización.
Analizar las actividades de relaciones públicas de una empresa determinada.
Esta presentación es referente al plagio en internet. Esta en la misma concepto, características, herramientas y tipos de plagio. En la misma presente la discusión al plagio en la INTERNET en la aplicasiònn de Hangouts*
Los integrantes somos:
Ing. Aileen Peña M. C.I.:16.135.621
Lcda. Carmen M. J. Reyes Sánchez C.I.:21.039.412
Lcdo. Jesús Gerardo Gomez C.I.: 15.805.533
Lcda. Lucrecia Marín Hernández C.I.: 83.903.57
Ing. Orlando Gómez C.I.:3.539.845
Ing. Rafael Luciano Silva Medrano C.I.:8.884.957
Magnetic level indicators provide highly visible indication of level with or without signal outputs monitoring tail and vessel level. The term bridle is used to describe a vertical pipe connected to the side of a storage tank or process vessel, most often with side-to-side or side-to-bottom connections. Because the fluid inside the bridle rises and falls equally with the level of fluid inside the tank or vessel, bridles have been adapted for level measurement use on a broad scale.
The use of LNG is a proven, reliable, and safe process, and natural gas is quickly becoming the world’s cleanest burning fossil fuel as it emerges as the environmentally preferred fuel of choice. It is for this reason that LNG facilities are put under more pressure than ever to meet the world’s natural gas demand. Keeping your plants running at an efficient pace is vital to production and condition monitoring plays a critical part in this process. Condition monitoring provides a proactive approach so that maintenance can be planned, eliminating unscheduled outages and optimizing machine performance. In addition, condition monitoring helps to avoid breakdowns with subsequent secondary damage and loss of production revenue meaning that today’s LNG facilities simply can’t afford to not have a reliable condition monitoring solution.
Rotork RI Wireless is a revolutionary concept for wireless valve monitoring and diagnostics in the process industry. The field proven solution transmits real-time position indication to the control room and enables predictive maintenance for actuated valves, delivering capital and operating expenditure reduction, increased safety and increased productivity.
Linkwise technology With more than 22 years of industrial Experience in manufacturing and designing customized products and solutions.
We focus on innovation and technology to provide more efficiently and sustainable solutions for the growing complex problem in our society and daily lives.
“SIMPLE SOLUTION FOR A COMPLEX WORLD”
For more details, visit us at
https://linkwisetech.com/about-us/corporate-history/
Techport is an end-to end latest solutions provider for remote monitoring applications.We offer the most comprehensive set of chemical and equipment solutions and services available, helping our customers manage and optimize their water resources and process challenges across industries and municipalities.
1. Field service in
key locations
Over 30 years of
experience within
the LNG industry
More than 270
LNG tanks equipped
Vast experience in
project management
Tank gauging
& rollover
monitoring
system for LNG
storage tanks
2. Whessoe
rollover predictor
DCS
LNG
Manager
LNG Manager9510
20 mA loop / RS232C
9510
20 mA loop / RS232C
Rosemount 2460
System Hub
1645
T° transmitter1645
T° transmitter
Leak detection
1143-2
Secondary
1608
tank bottom
indicator
Cool down
1608
tank bottom
indicator
Leak
detection
Cool down
1146 LTD
1143-2
Primary
Raptor
5900S
Bus 2
Bus 3
Alarms
to ESD
Bus 1
LNG storage tank gauging solution
Leading the industry in liquefied
gas storage instrumentation and
safety systems
Since the earliest days of liquid gas storage, Wärtsilä Tank
Control Systems (formerly known as WHESSOE SA) has
been at the cutting edge in developing technologies that in-
crease the safety of LNG and LPG storage. In particular, the
company’s instrumentation and safety systems ensure that
all hazardous aspects related to the storage are known and
controllable.
In close cooperation with leading
gas companies, new technologies
have been developed and exten-
sively tested for endurance, ac-
curacy, and reliability in the harsh
environments associated with liquid
gas storage. Our highly accurate
instrumentation, control platforms,
and emergency shut-off valve sys-
tems are installed worldwide to help
protect personnel, the environment,
equipment, and the product itself.
If your product is LNG, LPG or
ammonia, Wärtsilä Tank Control
2
3. MODEL 1143 MARK II SERVO LEVEL GAUGE
Monitors level changes as small as 0.1mm. Incorporating a single body concept, it accommodates all
electronics, including the main power connection and redundant Modbus communication. The gauge
is fully SIL-2 certified and, in a multi-gauge system application, conforms even to SIL-4. The gauge has
successfully passed seismic testing. Integrity and operability of the gauge remain after the event, ensuring a
high level of plant safety.
The type approval of the WHESSOE servo level gauge model 01143 Mark II, demonstrates that the
product used standalone is suitable for safety related functions up to SIL 2 integrity level in low demand and
SIL 3 in high demand modes of operation, according to IEC 61508 parts 1 to 7, second edition, 2010.
A redundant safety system, for level detection, using this level gauge can reach safety integrity level of
SIL 3 or SIL 4 for “Over spill” (LSHH alarm level) and “Critical low level” (LSLL alarm level), depending on
maximum operational lifetimes (10 or 20 years) and on the architecture of the system.
MODEL 1146 LTD GAUGE
The world’s most advanced LTD gauge, this is also based on Wärtsilä Tank Control Systems’s unique single body
concept. It accommodates all electronics and wiring, and is mounted on a single flange. Travelling at user configurable
speeds, it samples 250 data points to construct a detailed and accurate LTD profile. Communication is via redundant
Modbus. As with all gauges, the LTD also features a local LCD display, showing current process and diagnostics data,
while an inspection window is used to verify the sensor’s “home” position. The gauge has successfully passed seismic
testing. Integrity and operability of the gauge remain after the event, ensuring a high level of plant safety.
MODEL 1645 TEMPERATURE TRANSMITTER
Handles up to 16 RTD’s and 32 RTD’s in its doubled version. It is linked to the level gauges for power and the
communication of all measured data. With a daisy chain connection of up to 5 units in a local intrinsically safe bus, it is
capable of handling in-tank average temperature probes, as well as leak detection and cool-down elements.
MODEL 1608 LOCAL INDICATOR
Local, tank base indicator. Model 1608 and 1609 allows field operators to observe all measured data coming from the
level gauge and LTD, respectively either from the local Intrinsically safe bus or communication field bus.
LNG MANAGER
All process data can be linked back to our PC-based, redundant, control and configuration platform, the LNG Manager,
or alternatively directly linked to the site’s DCS.
In instances where the LNG tank gauging instruments are being linked directly to the site’s DCS system,
configuration and maintenance tasks are handled through a portable PC, known as the LNG System Maintenance
Supervisor.
EMERSON – ROSEMOUNT 5900S RADAR LEVEL GAUGE WITH LNG ANTENNA
SIL-2 and SIL-3 certified high precision radar level gauge for cryogenic applications. The antenna is mounted in a
still-pipe which ensures reliable measurement under surface boiling conditions and long range. Unique 2-in-1 safety
features offers measurement redundancy through one or multiple tank openings. Measurement verification while tank is
in operation. The gauge has no moving parts, making it virtually maintenance free.
EMERSON – ROSEMOUNT 2460 SYSTEM HUB
The Rosemount 2460 System Hub is a data concentrator that continuously polls and stores data from field devices to
ensure a high update rate. Whenever a request is received, the 2460 can immediately send data to all common Host/
DCS systems. The 2460 System Hub offers flexible and configurable multiple port connectivity. Two 2460 System Hubs
can be connected in parallel for redundancy and backup.
Systems can provide an application-
specific solution for your business
needs. Today, the liquid gas industry
is driven by the economics of opera-
tional scale. In order to apply efficient
business management, while adhering
to stringent safety regulations, opera-
tions personnel must have access to
correct information.
Throughout the production cycle,
from storage to distribution, the avail-
ability of precise data is essential, and it
needs to be relayed to the control room
in real time. Whether your operation is
large or small, to best suit your require-
ments. They can operate independent-
ly, or be interconnected within a plant-
wide system. Our vast experience,
research, instrumentation technology,
and service support will add value to
your business. Our network of sales of-
fices, application specialists, service fa-
cilities, and our training centre in France
provide local support to customers in
key locations worldwide – Wärtsilä Tank
Control Systems.
OUR SOLUTION FOR LIQUIFIED
GAS STORAGE TANKS
For those highly specialised applica-
tions*, whereby safety, accuracy,
reliability, and repeatability are of prime
importance, you need look no further
than Wärtsilä Tank Control Systems.
Our LNG storage tank instrumen-
tation solution is compliant to NFPA
59A and comprises the following, fully
integrated system components:
zz Up to SIL-4 certified servo level
gauges
zz High/high level alarm gauges
zz Product temperature probes
zz Fully automatic LTD gauge
zz Leak detection and cool-down
temperature system
zz PC based SCADA package
zz Roll-over predictive alarm software
The entire system communicates via a
redundant communication link.
Our instruments are suitable also
for use in refrigerated tanks (butane,
propane, ethane, ethylene, propylene).
Control platforms LNG
Manager
All process data can be linked back
to our PC based, redundant, control
and configuration platform, LNG
Manager®, and can be directly linked
to the site’s DCS.
In instances where the LNG tank
gauging instruments are being linked
directly to the site’s DCS system, con-
figuration and maintenance tasks are
handled through a portable PC, called
LNG System Maintenance Supervisor®.
* Specific applications can be studied on request.
3
4. Liquefied natural gas (LNG) terminals need to be able to store
multiple grades of LNG, and to have sufficient storage ca-
pacity available for all of these. Managing storage to ensure
availability and to optimise the use of storage capacity is
therefore essential.
Wärtsilä Whessoe LNG
Rollover Predictor
With the increasing diversification of
LNG supply sources, an increase in
short-term trade, and a general global
trend towards the liberalisation of gas
markets, reception terminals need to
be able to deal with a greater variety of
incoming LNG qualities. Furthermore,
with the need to reduce capital and
operating costs, the capacity of both
existing and new storage tanks must
be utilised to their fullest extent.
At the same time, while the LNG is in
storage, boil-off will result in a continu-
ous change of its chemical composi-
tion. Consequently, storing different
grades of LNG in receiving tanks,
together with the ongoing modification
of the chemical characteristics, calls for
certain proactive measures. In particu-
lar, monitoring of the possible develop-
ment of stratification is needed, and
warning must be given should unstable
stratifications that might evolve into a
rollover of the layers be detected.
A level temperature density gauge
alone is simply not capable of monitoring
the stratification evolution. Therefore, in
collaboration with ENGIE, Wärtsilä has
developed the Wärtsilä Whessoe LNG
Rollover Predictor software. Thanks to
the software you are able to make the
right decisions at the right time, and to
manage the storing of LNG in a safe,
timely and optimal way.
The Wärtsilä Whessoe LNG Roll
over Predictor provides the user with
a watchdog that monitors all the
site components which impact and
influence the formation and evolution
of LNG stratification. The software
continuously monitors all data and
calculates the expected development
of stratification, if any.
Should a certain stratification appear
likely to evolve into a rollover situation in
any of the tanks linked to the same va-
pour space, the software automatically
generates an alarm, leaving sufficient
time for the operators to take corrective
action.
The Wärtsilä Whessoe LNG Rollover
Predictor detects the occurrence of a
rollover for up to 30 days at a time (con-
figuration from 1 to 30 days), to provide
the operator with information as to:
zz Tank where rollover is expected
zz Remaining time to rollover
zz Predicted boil-off gas level during
rollover
zz Predicted pressure (rise) during
rollover
4
5. Automation view
zz Automation system overview
zz Communication status
- LTD status
Plant view
zz Tank overview with
alarm information
zz Site Safety devices status
LOG file view
zz Complete log file
zz Archive
DCS, operator
Workstation
OPC or serial link
(alarms, data…)
OPC link (process data)
Active
Field bus #1 Field bus #2
Standby
CONTROL ROOM
FIELD
The Wärtsilä Whessoe LNG Rollover
Predictor handles all grades of LNG and
estimates the evolution of the chemical
composition in real time.
The Wärtsilä Whessoe LNG Rollover
Predictor
zz Predicts stratification and rollover
phenomena accurately
zz Generates automatic alarms in case
of rollover without any operator inter-
vention
zz Estimates the LNG layer’s composi-
tion every 4 hours based on initial
composition manual input
zz Displays tank level, layer heights, aver-
age density and temperature per layer
zz Indicates the status of plant safety
devices.
5
6. LIFECYCLE SUPPORT
Our philosophy is to serve customers
throughout the lifecycle of their
installation.
We provide OEM spare parts,
modernisation and upgrading solutions,
technical support, training, and
maintenance on site.
Integrated solutions
With its extensive product and
solutions portfolio Wärtsilä is able
to offer full turnkey solutions from
engineering, installations on site and
commissioning, to full lifecycle support
solutions including services, spare
parts and upgrading solutions.
To support the lifecycle of our
installations, Wärtsilä’s after market
services offers a knowledge-based
“one-stop-shop” for our customers,
including:
zz Spare Parts handling for
the entire gas installation with
expert recommendations and
obsolescence management.
zz Remote support.
zz Field service support.
zz Training. E-learning and class
room training as well as customer
tailored training courses can be
offered.
Wärtsilä’s service network reaches
almost all corners of the world
and ensures fast response when
maintenance is needed.
6
7. Project Management
Wärtsilä Tank Control Systems has vast
experience in serving customers around the
world with expert project management.
We have an extensive background in
customizing projects in line with international
standards, local regulations and the
specifications of each individual project.
Our project team is committed to delivering
on time, with full conformity to the technical
specifications, and to the quality expected by
our global customers.
The overall objective in everything we do is
to ensure customer satisfaction.
VISIT US AT
http://www.wartsila.com/lng-flng-tank-gauging-systems
7