MAN Diesel & Turbo - CERN

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology

Apparatus Construction

MAN Diesel & Turbo Deggendorf competences

Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.

© MAN Diesel & Turbo 13.03.2012 ASPERA Technology Forum < 1 >

MAN Diesel & Turbo „Engineering the Future – since 1758“

2012

Company Presentation

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


MAN Diesel & Turbo „Engineering the Future – since 1758“

Location Deggendorf

DWE®Reactors

All data provided in this document is non-binding. This data serves informational purposes only and is especially not

guaranteed in any way. Depending on the subsequent specific individual projects, the relevant data may be subject to

changes and will be assessed and determined individually for each project. This will depend on the particular

characteristics of each individual project, especially specific site and operational conditions.

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


MAN Group Corporate Structure

RENK

(76,6%)

Power Engineering Business

Company

Commercial Vehicles

MAN

Nutzfahrzeuge

Revenues ’09: 6.4 bn€

MAN

Latin America

Revenues ’09: 1.4 bn€*

MAN SE

MAN Group 2010: 14.7 bn€ Revenues, 47,675 Employees

Investments Sinotruk (25,0% +1 Share), Scania (17,4%**)

* April-December 2009

** Voting Rights

MAN

Diesel & Turbo

Revenues ’09: 3,8 bn€

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Division Oil & Gas

Business Unit OSA

Energy related Engineering

Franz Kufner - Head of BU OSA

Max Kilger - Project Manager

Deggendorf March 4th , 2010

Franz Leher

Energy-related Engineering – ODA

SBU Turbo Machinery , BU Oil & Gas

MAN Diesel & Turbo SE Business Unit Oil & Gas

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Company Survey City of Deggendorf – Germany

River Danube

MAN Diesel & Turbo SE Deggendorf site

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


1924 founded

435 employee

Deggendorf

Company Survey

MAN Diesel & Turbo SE Deggendorf site

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Germany

Deggendorf

Switzer-

land Austria

Vienna

Donau

Frankfurt

Nuremberg

Czech

Republic

Passau

Frankfurt – Deggendorf

415 km

Nuremberg – Deggendorf

190 km

Munich – Deggendorf

150 km

Munich

Deggendorf

Company Survey

MAN Diesel & Turbo SE Deggendorf site - location

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Company Survey

MAN Diesel & Turbo SE Deggendorf site - shipment connections

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


MDT Deggendorf Business Segment OSD - Product range

Reactor Technology

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Maleic Anhydride (MA) Reactor

Tubes 2 x 34,900

Diameter: 8,700 MM

Height: 10,700 MM

Weight: 620 MT

Containment Design

Reactor Technology

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Tubes: 26,900

Height: 15,800 MM

Diameter: 8,300 MM

Weight: 485 MT

Acrylic Acid (AA) Reactor site erection

Reactor Technology

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Gas-to-Liquid (GTL) Reactors

Reactor Technology

Tubes 30,000

Diameter: 7,316 MM

Weight: 1,200 MT

Height (TL) : 12,950 MM

Number of GTL Reactors: 12

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Refinery Technology

Shutdown Engineering

Physical Plant Construction

High Pressure Vessels

Equipment made of

Special materials

Power Engineering

Nuclear Technology

Physical Plant

Construction

Power Engineering

Nuclear Technology

High Pressure

Vessels

Equipment made of

Special Materials

Program of Products and Services BU Segment ODA – Energy-related Engineering


Refinery Technology

Shutdown

Engineering

../../../../../Petrochemie_Stillstandsengeneering.ppt

../../../../../Forschung.ppt

../../../../../Hochdruckapparate.ppt

../../../../../Energie-Nuklear-Umwelttechnikf.ppt

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Refinery Technology

Shutdown

Engineering

RFCC Reactor fabrication CPC Refinery, Kaohsiung, Taiwan - 2010

Length 35,000 mm

Inner Diameter 9,200 mm

Weight

Material

620 MT

516 Gr. 70 /

SA387 Gr. 11

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Refinery Technology

Shutdown

Engineering

RFCC Reactor fabrication CPC Refinery, Kaohsiung, Taiwan - 2010

Unloading of the RFCC-Reactor in Taiwan on a SPMT

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



High Pressure

Vessels

Equipment made of

Special Materials

Hydro Cracking Reactor Bayern Oil Refinery, Neustadt

Length 29,100 mm

Diameter 4,000 mm

Wall thickness 217+4,5 mm

Weight 525 MT

Pressure 145,5 bar

Temperature 454 °C

Base material 12CrMo 910

Weld overlay Type 347

Hydrocracker DC 0251

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



High Pressure

Vessels

Equipment made of

Special Materials


Length 27,600

mm

Diameter 4,000 mm

Wall thickness 209+4,5

mm

Weight 475 MT

Pressure 140,5 bar

Temperature 454 °C

Base material 12CrMo

910

Weld overlay Type 347

Hydrocracker DC 0252

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Integrally forged nozzle with shell welding connection


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



High Pressure

Vessels

Equipment made of

Special Materials

Hydro Cracking Reactor

Bayern Oil Refinery, Neustadt

Strip cladding of the reactor shell - reactor on the left side

Welding of circumferential shell weld - reactor on the right side

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



High Pressure

Vessels

Equipment made of

Special Materials


Transport of Hydrocracker no. 2 from fabrication area to quay side

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



High Pressure

Vessels

Equipment made of

Special Materials


Road transportation of a Hydrocracker with a weight of 525 mt, crossing a

bridge which cannot withstand the load without additional measurements

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Refinery Technology

Shutdown Engineering

Physical Plant Construction

High Pressure Vessels

Equipment made of

Special materials

Power Engineering

Nuclear Technology


Physical Plant

Construction

Power Engineering

Nuclear Technology

Refinery Technology

Shutdown

Engineering

High Pressure

Vessels

Equipment made of

Special Materials

Program of Products and Services BU Segment OSA – Energy-related Engineering

../../../../../Petrochemie_Stillstandsengeneering.ppt

../../../../../Forschung.ppt

../../../../../Hochdruckapparate.ppt

../../../../../Energie-Nuklear-Umwelttechnikf.ppt

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Vacuum chambers for coatings

Magnet yokes for experiments in

high energy physics

Support structures

for fusion experiments

Plasma vessels and vacuum

vessels for fusion experiments

Thermal insulation for fusion

experiments

First wall for fusion experiments

Altitude test bench for ARIANE 5

rocket engines and aircraft

turbine engines

Systems and Components for physical research institutes

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

IPP – Institut für Plasmaphysik, Garching, Greifswald USDEX Upgrade, WENDELSTEIN 7-X

CERN – Teilchenbeschleuniger, Genf LHC Experiment - Large Hadron Collider CMS - Compact Moun Solenoid

ESO – European Southern Observatory Teleskope Mount Paranal

TUM – Technische Universität München FRM II Neutronen Quelle

DLR – Deutsches Zentrum für Luft- und Raumfahrt Höhensimulationsprüfstand für VINCI Triebwerk

UNI Stuttgart Tornado Triebwerksprüfstand

FZK – Forschungszentrum Karlsruhe Katrin - Karlsruher Tritium-Neutrino-Experiment

Clients in Germany / Europe Systems and Components

for physical research institutes

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

5 Barrel rings of CMS detector

CERN, LHC-Accelerator, Geneva

CERN particle accelerator at Geneva, Switzerland / France

circumferential length 28 km at a depth of abt. 100m

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



Dimensions Ø 15.000 mm

length 12.800 mm

Weight 6.500.000 kg

Material S235JRG2 / GS 45

Machining- planeness of the

and Erection- rings with diameter

tolerances 9.800 mm

less than 1 mm

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



First free standing barrel ring with a weight of 1,200 mt

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



Central barrel ring with outer vacuum chamber (stainless steel)

Weight of vacuum chamber 260 mt

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



Finalizing of barrel ring no. four with a weight of 1,200 mt

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Test Bench for Ariane 5 VINCI rocket engines - DLR

Vulcain-2 of Ariane 5 - Launcher Diffuser for ESA-Test Bench P4.1


Physical Plant

Construction

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Dimensions

Ejectors

Ø 10,000 mm

height 25,000 mm

Ø 1,400 mm

height 20,000 mm

Total weight approx. 345,000 kg

Material 1.0425 (HII) / 1.4541

Physical Plant

Construction

Condenser


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Diffuser Apparatus Construction

Dimension

s

Ø 2,300 mm

Height 10,000

mm

Total

weight 120,000 kg

Material WStE 355

/1.0425(HII)/

1.4541

Thermal

load

2.0 MW/m² / 4.0

MW/m²

Exhaust

gas

inlet

approx. 3.200 K

Physical Plant

Construction


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Cross sections through cooling panels of diffuser


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

90° deflector with cooling panels


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Bild: IPP, Greifswald


Physical Plant

Construction

Plasma Vessel for Fusion Experiment

Wendelstein-7X, IPP, Germany

Installation of super-conducting coils over the plasma vessel

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Plasma vessel

(green)

Components supply by MAN DWE

Outer vacuum vessel

(grey)

1. Wall

cooling panels

Thermal Isolation

(yellow)




Physical Plant

Construction

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Material: 1.4429; X2CrNiMoN 17-13-3

relative magnetic permeability <1.01

Dimensions: Diameter (outside) 12.800 mm

Wall thickness 17 mm

Total weight: 28.000 kg

Operating pressure: Ultra high vacuum <10-8 mbar




Physical Plant

Construction

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Bild: IPP, Greifswald Finished semi-module sector in MAN DWE plasma vessel shop


Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Three views of a semi-module sector


Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Trial assembly of two half modul sectors



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



Assembly of one modul with super-conducting coil, insulation and

engine frame at IPP Greifwald

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.





December 2011: Torus is closed; Modul with open outer shell

Physical Plant

Construction

Picture: Max-Planck-

Institut; Greifswald

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Material: 1.4429; X2CrNiMoN 17-13-3

relative magnetic permeability <1.01

Dimensions: Diameter (outside) 15,100 mm

Wall thickness 25 mm

Total weight: 140 mt

Operating pressure: High vacuum <10-6 mbar

Vacuum Vessel for Fusion Experiment



Physical Plant

Construction

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction

Upper shell modul of outer vacuum vessel with nozzles and domes




High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction


Trial assembly of upper and lower half of outer vacuum vessel



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction


Laser tracker measurement of the shape of the upper segment



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction


Division of insulation panels for the inner plasma vessel

Thermal Insulation for Fusion Experiment


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction




Installation of insulation panels on plasma vessel modul

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction




Thermal insulation of outer vacuum vessel with Kapton foil and brass sheets

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction





High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction





High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Material 1.4435; X2CrNiMo 18-14-3, Permeability < 1.02

1 st wall for Fusion Experiment


High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Internal pressure 25 bar



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

Dimensions of 200 x 200 mm to 1,000 x 1,000 mm,

wall thickness 5.0 mm / 1.5 mm



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction

UHV-Main Spectrometer

for KATRIN-Experiment, FZK, Germany

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.



Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Material 1.4429; X2CrNiMoN 17-13-3 (316 LN)

Relative magnetic permeability < 1.01

Cobalt content < 500 ppm

Dimensions Inner diameter 9,800 mm

Total length 23,280 mm

Volume 1,200 m³

Wall thickness (cyl.) 32 mm

Operating

pressure

Ultrahigh vacuum < 10-11 mbar

Total leak rate

outgassing rate

< 5 x 10-9 mbar l / s (He at 20 °C)

< 10-12 mbar l / s cm²


Physical Plant

Construction



High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction




High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction

Early stop of the journey ??




High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


Physical Plant

Construction




Having reached the final destination after 8800 km

End of a long an exiting journey

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


All data provided in this document is non-binding. This data serves

informational purposes only and is especially not guaranteed in any way.

Depending on the subsequent specific individual projects, the relevant data

may be subject to changes and will be assessed and determined individually

for each project. This will depend on the particular characteristics of each

individual project, especially specific site and operational conditions.

High Pressure

Vessels

Equipment made of

Special Materials

Company Survey

Reactor Technology



Refinery Technology

Shutdown

Engineering

Physical Plant

Construction

Power Engineering

Nuclear Technology

.


MAN Turbo Engineering the future –

since 1758.

Engineering the Future –

Since 1758.

Thank you

Attention for your CONTACT:

Franz Leher Senior Project Engineer

MAN Diesel & Turbo SE Business Unit Oil & Gas

Segment ODA - Energy-related Engineering

Werftstrasse 17 D-94469 Deggendorf

P.O. Box 1209 D-94452 Deggendorf

Phone +49 (0)991 381 222

Mobile +49 (0)15114202443

Fax +49 (0)991 381 5222

Email: [email protected]

www.mandieselturbo.com

Documents

MAN Diesel & Turbo - CERN