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© Copyright SMR GmbH 2013
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Mo End Use Analysis 2013
First / End Use and Focus on Oil & Gas
September 2013
© SMR GmbH
© Copyright SMR GmbH 2013
http://www.smr.at
© Copyright SMR GmbH 2011
http://www.smr.at - 1 -
SE
RV
ICE
S /
CO
NF
ER
EN
CE
S
MA
RK
ET
RE
SE
AR
CH
L
OC
AT
ION
Type of Research Products Steel Grades
Single
Client
85 %
Multi
Client
15 %
Long
Products
50 %
Flat
Products
50 %
Stainless
Steel
70 %
Tool Steels,
Eng. Steels,
Nickel Alloys &
Carbon Steels
30 %
OU
R T
EA
M
O. Spaltmann B. Blitz T. Windberger
E. Pfeifer
P. Moll M. Moll W. Lipp
S. Posch
A. Racu
R.-P. Hammerle U. Weirather
A. Sikman
I. Spaltmann Joy Tio
W. Bulla B. Hunter Jo Zhu W. Lee
The
‘Moly Squad‘
The
‘Oil & Gas
Squad‘
Enduse Focused
Single-Client Research
www.smr.at
Multi-Client Projects &
Stainless Steel Seminars
www.steel-intelligence.com
Conferences
9th Asian
Stainless Steel
Conference
Hong Kong
June ‘14
13th International
Stainless & Special
Steel Summit
Istanbul, Turkey
September ’14
in association with
28th Stainless &
Its Alloys
Conference
Chicago, USA
September ’14
© Copyright SMR GmbH 2013
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1. Supply and Demand
2. Mo First Use 2012
3. Analysis of Primary Mo and Mo in Scrap
4. Mo End Use 2012
5. Trends and Forecast
Content
- 2 -
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Regional Primary Mo Production / Demand 2010 - Q1/13 (in Mo Content) Oversupply in the second Half of 2012 – Substantial Production Drop (destocking) in Q1/13
* excluding spent catalysts
- 3 -
Q1/13 vs
Q1/12
Q1/13 vs
Q4/12
North America 78,6 83,0 19,5 19,4 19,9 21,2 79,9 21,0 -4% 8% -1%
South America 52,5 58,8 12,7 14,3 12,9 12,4 52,3 12,3 -11% -4% -1%
China 72,5 80,3 23,0 25,5 22,3 23,1 93,9 18,3 17% -20% -21%
Other 15,7 14,3 3,7 3,7 3,9 3,6 15,0 4,3 5% 15% 18%
Total 219,3 236,5 58,9 62,9 59,0 60,3 241,1 55,9 2% -5% -7%
Q3 2012Q2 2012Q1 201220112010Region2012 vs.
2011
Production * (in '000 metric t - Mo content)
Change (%)
Q1 20132012Q4 2012
Q1/13 vs
Q1/12
Q1/13 vs
Q4/12
Europe 58,7 67,5 17,2 15,3 14,8 14,3 61,5 16,1 -9% -6% 13%
USA 23,2 26,1 6,7 6,4 6,4 5,8 25,3 5,9 -3% -12% 1%
Japan 22,8 23,9 6,2 6,3 6,1 6,2 24,7 6,4 3% 4% 4%
China 68,1 80,6 15,9 25,4 22,3 22,0 85,6 17,5 6% 10% -20%
CIS 9,7 10,3 2,4 2,3 2,5 2,5 9,7 2,5 -5% 4% 2%
Other 25,2 28,5 7,9 7,9 7,2 7,2 30,1 7,2 6% -9% 0%
Total 207,6 236,8 56,2 63,6 59,3 57,9 237,0 55,6 0% -1% -4%
Up- / Destocking 11,7 0,4- 2,7 0,7- 0,4- 2,4 4,0 0,3
Q4 2012 2012 Q1 20132010 2011 Q1 2012 Q2 2012 Q3 2012Change (%)
Use * (in '000 metric t - Mo content)
Region2012 vs.
2011
© Copyright SMR GmbH 2013
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1. Supply and Demand
2. Mo First Use 2012
3. Analysis of Primary Mo and Mo in Scrap
4. Mo End Use 2012
5. Trends and Forecast
Content
- 4 -
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Engineering Steels 36%
Stainless Steels 26%
Chemicals 11%
Foundries 7%
Tool Steels 11%
Nickel Alloys
5%
Mo-Metal 4%
First Use of Mo in- and excluding Mo in Scrap - 2012
- 5 -
Mo First Use
incl. Mo in Scrap
Mo First Use
only Primary Mo
Engineering steels 43%
Stainless Steels 21%
Chemicals 12%
Foundries 8%
Tool Steels
8%
Nickel Alloys
3%
Mo-Metal 5%
321kt 237kt
© Copyright SMR GmbH 2013
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1. Supply and Demand
2. Mo First Use 2012
3. Analysis of Primary Mo and Mo in Scrap
4. Mo End Use 2012
5. Trends and Forecast
Content
- 6 -
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101.330
51.030
18.140
28.860
19.710
6.070 11.880
15.900
33.400
17.840 3.500
4.550
9.000 230
-
20.000
40.000
60.000
80.000
100.000
120.000
140.000
Constructional Eng. Steel
Stainless Steel Alloy Tool Steel / HSS
Chemicals Cast Iron Super Alloys Mo-Metal
Mo
Un
its
[ t
on
nes
]
Mo in Scrap
Primary Mo
Mo including Mo in Scrap 2012
Assumption: Scrap Share has increased to 26%, highest ratio at Super Alloys and ATS/HSS
Scrap Ratio:
14%
Scrap Ratio:
40%
Scrap Ratio:
50% Scrap Ratio:
11% Scrap Ratio:
19% Scrap Ratio:
60%
Total Scrap Ratio:
26%
Total Mo in Scrap:
~84,000 kt
Scrap Ratio:
2%
Remarks: Use of Spent
Catalysts for Catalyst
Production (Chemicals) higher
than expected in scrap report
(2012)
Use of Mo Metal Scrap for Mo
Metal Production
- 7 -
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Tsingshan´s NPI plant & Ore (‘mud’) NPI is a game changer in the Nickel Industry
- 8 -
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STS Scrap: The flexible Raw Material Source – a market that works perfectly NPI is good for Molybdenum as it leads to lower scrap ratios in China
(1.200)
(1.000)
(800)
(600)
(400)
(200)
-
200
400
600
800
1.000
US
$ / t
Dif
fere
nc
e:
T
he
ore
tic
Min
us
Re
al S
cra
p P
ric
e
Real Intrinsic Value Discounts vs. Theoretic Values
(based on Ni 90 - Cr 85 - Fe 100 ‘rule’)
Too
Cheap
Too
Expensive
Average 10.3 % Discount
Today 19.3 % Discount
NPI (11%)
NPI (5%)
- 9 -
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18-10-2 (stainless) Scrap Ratio by Region …. even there is no Mo Pig Iron (yet), China uses less Cr-Ni-Mo scrap than the rest of the world
44%
61%
33%
37% 35%
30%
35%
40%
45%
50%
55%
60%
65%
Europe USA China Other Asia ROW
Mo
Un
its
[ in
%]
ROW
© Copyright SMR GmbH 2013
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1. Supply and Demand
2. Mo First Use 2012
3. Analysis of Primary Mo and Mo in Scrap
4. Mo End Use 2012
5. Trends and Forecast
Content
- 11 -
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Oil and Gas (incl. Catalysts,
Ref inery)
20%
Chemical/Petrochemical14%
Automotive13%
Mechanical Engineering
13%
Process Industry (excl. CPI)8%
Other Transportation8%
Power Generation7%
Building / Construction
6%
Aerospace & Defence4%
Electronics & Medical2%
Others* 5%
Molybdenum End Use Structure 2012 (incl. Mo in Scrap)
Oil / Gas, CPI/Petrochemical, Automotive and Mechanical Engineering > 10% each
Total End Use
321,400 t * incl. Pigments, Coating s and Lubricants
- 12 -
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0
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
45,000
50,000
55,000
60,000
65,000
70,000
75,000
ChemicalsCast IronMo-MetalATS / HSSSuper AlloysStainless SteelConstructional Eng. Steel
Mo
Use
in t
Total Mo End Use by Segments (incl. Mo from Scrap)
Oil & Gas: ~20,000 t bigger than second ranking CPI - Top4 Segments account for 60% of Mo Use
* incl. Pigments, Coatings and Lubricants
63,800 t – mainly in
CRA Materials and
Ref. Catalysts
45,200t – mainly Mo in
STS (316/Duplex)
43,000 t – Constr. Eng
Steel, ATS, Cast Iron
41,500 t – Constr.
Eng Steel, ATS
25,300 t – STS and
ATS/HSS
27,400 t – Constr.
Eng., ATS
23,500 t – Constr.
Eng., STS
18,800 t - dominated by STS
11,500 t – Super-
alloys, Constr. Eng.
6,600 t
14,800 t – driven by Mo
in Chemicals (Pigments,
Coatings, Lubricants etc
Total End Use
321,400 t
- 13 -
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Mo End Use per Capita 2012 (incl. Mo in Scrap) in Grams
113,7
66,5
142,6
76,5
49,3
12,7
0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150
Europe
Americas
of which USA
China
Other Asia
Other World* Average World:
46 gr per Capita
* incl. CIS, Middle East,India and Africa
ROW
- 14 -
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Comparison: Mo Use 2012 vs. 2011
-
10.000
20.000
30.000
40.000
50.000
60.000
70.000
[to
nn
es
]
2011 (Previous Report)
2012
Growth and
Underestimated in
previous report
2012: Basis
revised
- 15 -
2012: Basis
revised
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Where is Mo produced and consumed?
America 55%
China 39%
ROW 6%
Europe 26%
America 15%
China 36%
Other Asia 15%
ROW 8% Europe
21%
America 21%
China 31%
Other Asia 16%
ROW 11%
Mo Production Ore/Concentrate
241,000 t Primary Mo
Mo First Use Primary Mo Use at Mills and in
Metal / Chemical Production
237,000 t Primary Mo
Mo End Use Consumption in End Use Segments at
Fabricators and Consumers
321,000 t Primary Mo
and Mo in Scrap
- 16 -
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1. Supply and Demand
2. Mo First Use 2012
3. Analysis of Primary Mo and Mo in Scrap
4. Mo End Use 2012
5. Trends and Forecast
Content
- 17 -
© Copyright SMR GmbH 2013
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75
100
125
150
175
2012 2013 2014 2015 2016 2017 2018 2019 2020 2021 2022
Ind
ex B
ase:
20
12
= 1
00
Europe America
China Other Asia
ROW
Automotive Forecast
*Source: IHS, SMR estimates
- 18 -
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Automotive / Other Transport
Engine - Passenger Cars 22%
Power Train - Passenger Cars
29% Frame Parts / Chassis (Car)
11%
Other Passenger Car Parts
12%
Engine - Trucks & Busses
4%
Power Train - Trucks & Busses
7%
Tanks 5%
Frame Parts / Chassis (Trucks)
6%
Other Truck and Bus Parts
4%
Automotive:
43,000 t (Passenger Cars/Trucks)
Offroad Vehicles
52%
Ships 30%
Trains 12%
Cranes 3%
Tractors 3%
Other Transport:
25,300 t
- 19 -
10 yr. Growth above average
Average
Below average
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CPI / Process Industry
Tanks & Columns incl. Internals
50%
Pipes 23%
Flow Control (Valves, Fittings, Pumps, Seals)
11%
Heat Exchangers 6%
Catalysts 6%
Instrumentation 2%
Chemical
Process
Industry:
45,200 t
Food Processing 38%
Metal / Steel Processing
33%
Pulp & Paper 13%
Glas Process / HT Furnace
7%
Textile Industry 5%
Desalination 4%
Other Process
Industry:
27,400 t
- 20 -
10 yr. Growth above average
Average
Below average
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Fossil Energy54.7%
Nuclear Energy8.4%
Wind Power10.9%
Other Renawables
26.1%
Fossil Energy61.8%
Nuclear Energy7.9%
Wind Power5.2%
Other Renawables
25.1%
Power Generation
Coal Fired Plants 42%
Gas / Oil Fired Plants 23%
Wind Power 9%
Pollution Control 7%
Nuclear Power 6%
Waste-to Energy 6%
Hydro Energy 3%
Transmission 3%
Solar / Geothermal
Energy 1%
Power Generation:
23,500 t
Energy Mix*
2012
Energy Mix*
2022
*EIA Energy Outlook 2013 –
installed generating capacity
- 21 -
10 yr. Growth above average
Average
Below average
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Mechanical Engineering & Aerospace / Defense
Mining 22%
Other Heavy Machinery
15%
HSS-Working 13%
Hot Working 11%
Recycling, Milling 11%
Bearing 7%
EDM 3%
Cold Working 4%
Other Machinery 14%
Turbine Parts 56%
Airframe 2%
Other Aerospace 15%
Tanks & Armored Vehicles
12%
Guns & Muzzles 8%
Other Defense 7%
Mechanical Engineering:
41,500 t Aerospace/Defense:
11,500 t
- 22 -
10 yr. Growth above average
Average
Below average
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Consumer Durables / Electronics / Medicals and Building & Construction
Consumer Goods 41%
Electronics 39%
Medical Equipment 20%
Consumer Durables /
Electr. / Med. Equipm.:
6,600 t
Architectural Applications
47%
Structural Applications
22%
Heating /Ventilation / Aircondition
17%
General Building / Construction
8%
Infastructure 6%
Building and
Construction:
18,800 t
- 23 -
10 yr. Growth above average
Average
Below average
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0.0%
0.5%
1.0%
1.5%
2.0%
2.5%
3.0%
3.5%
4.0%
4.5%
5.0%G
row
th 2
012-2
022 in
%
Mo Use in t (2012)
Segmental Mo End Use Growth 2012 – 2022*) Fast Growth at Other Transportation and Building / Construction influenced by Low Basic Values
Average Growth - All Segments
*) incl. Mo in Scrap
Oth
er
Tra
ns
po
rta
tio
n
Me
ch
an
ica
l E
ng
ine
eri
ng
Po
wer
Ge
ne
rati
on
Ae
ros
pa
ce
/ D
efe
ns
e
Ch
em
ica
l / P
etr
oc
he
mic
al
Ind
us
try
Bu
ild
ing
& C
on
str
uc
tio
n
Co
ns
um
er
Go
od
s / M
ed
. / E
lec
tr.
Pro
ce
ss
In
du
str
y
Au
tom
oti
ve
Oth
ers
O/G
:
Ex
plo
rati
on
/ P
rod
./ P
roc
es
sin
g
O/G
:Re
fin
ery
/
Cata
lysts
Total
Oil & Gas
- 24 -
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0
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
45,000
China Americas Other World Other Asia Europe
Mo
Un
its
in t
Additional Mo units used by 2022 Growth rates alone are sometimes mis-leading
Incl. Mo in Scrap
2022 vs. 2012
+44%
+28%
+56%
+19%
+30%
ROW
WORLD
+ 111 kt
+ 35%
- 25 -
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Mo End Use Forecast (incl. Mo in Scrap)
200.000
250.000
300.000
350.000
400.000
450.000
Mo
In
pu
t in
t (
Mo
Co
nte
nt)
End Use 2000-2007
End Use 2007-2012
Forecast 2013-2022
Pot. Destocking 2013-15
ACTUAL FORECAST
Crisis and
Post-Crisis GR (07-12):
4.2% p.a.
China Growth GR (00-07):
4.5% p.a.
Forecast GR (12-22):
3.3% p.a.
- 26 -
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Mo End Use Analysis 2013
Focus on Oil & Gas
Reutte, September 2013
© SMR GmbH
Source: SBO
Source: Butting
Source: Baker Hughes
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1. Introduction
2. Applications
3. Moly Use in Oil & Gas – Past, Present and Future
Content
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World Primary Energy Demand Oil & Gas is still expected to account for around 50 % of the world energy demand by 2035.
Production of oil and especially gas will continuously grow until then.
0
2.000
4.000
6.000
8.000
10.000
12.000
14.000
16.000
18.000
2000 2010 2015 2020 2035
Mto
e
Other Renewables
Bioenergy
Hydro
Nuclear
Coal
Gas
Oil
Source: International Energy Agency, World Energy Outlook 2012, Energy trends to 2035, New Policies Scenario
2000 2010 2015 2020 2035
Share Oil 36% 32% 31% 30% 27%
Share Gas 21% 22% 21% 22% 24%
Share Oil & Gas 57% 54% 53% 52% 51%
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Oil Production by Type – Long Term Outlook The share of deepwater production will double (from 4 to 9 %). Also onshore production (incl. shale) is growing.
0
50
100
150
200
250
300
2005 2011 2015 2020 2025 2030 2035 In
dex b
ased o
n 2
005
Onshore Shallow Water (< 500 ft) Deepwater
Source: International Energy Agency, World Energy Outlook 2012
0
20
40
60
80
100
120
2005 2011 2015 2020 2025 2030 2035
Mill
ion
ba
rre
ls/d
ay
Deepwater Shallow Water (< 500 ft) Onshore
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Meters Drilled per year – Medium Term Outlook When comparing total drilling depths in meters, the deepwater share is lower but growing fast.
To produce 1 million barrels/day, more onshore metres need to be drilled compared to a deepwater project.
70
90
110
130
150
170
190
210
230
250
Index b
ased o
n 2
005
Deepwater
Shallow Water
Onshore
Source: Quest Offshore
0
20
40
60
80
100
120
140
160
180
Mill
ion
me
ters
drille
d
Onshore
Shallow Water
Deepwater
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Onshore Drilling Shale gas/oil developments (fracking) led to a renaissance of US onshore drilling.
Mo is used for OCTG & Drillpipe, non-magnetic drill string equipment, fracking pumps and downhole tools.
Source: Quest Offshore
0
20
40
60
80
100
120
140
160
Mill
ion
me
ters
drille
d
ROW
Europe
Asia
N America
0
20
40
60
80
100
120
140
160
Mill
ion
me
ters
drille
d
U.S. Vertical Drilling
U.S. Directional/Horizontal Drilling
Fracking accounts for around 65 % of the U.S. Mo demand for oil & gas!
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Steel Types and Grades Used in the Oil & Gas Industry
The grades shown in red contain Molybdenum
OCTG e.g. API 5CT H40, J55, N80, M65, C75, L80, C90, C95, T95, P105, P110, Q125
Drillpipe e.g. API 5DP E-75, X-95, G-105, S-135, sour service SS95, SS105
Linepipe X70, X80 (normally no Mo, but in China Nb is replaced by Mo), X100
Alloy Steels 4130, 4140, 4145H, 4330, 4340, 8630, F22, F5, F11, F60, 9Cr/1Mo,
proprietary grades like VAM Drilling ERS 425
Stainless Steels Martensitic: 13Cr, Super 13Cr, 410, 420, F6NM, Carpenter Custom 465®
Austenitic: 304, 321, 316, 317L, 347
Duplex: Duplex (22 Cr), Superduplex (25 Cr), Lean Duplex
PH: 13-8, 17-4 PH, 15-5 PH, ATI S240
Superaustenitics: 6Mo grades, 904L
Non Magnetic: e.g. Böhler (P530, P550, P580, P650), ATI (Datalloy 2,
Staballoy AG17), Carpenter (15-15HS, 15-15LC, SCF19)
Nickel Alloys 28, 625, 718, 725, 825, 925, 945, C276, C22, G3, P750
400, 600, 800, K500, Invar
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Why is the share of CRAs (stainless steel & nickel alloys) increasing?
The era of easy accessible oil & gas has ended!
• Increasing offshore production
• Rapid growth of ultra-deepwater production
• Increasingly severe operating conditions
(higher pressure, higher temperature, higher corrosion)
• Boosting technologies to increase brownfield production
CRA demand is driven by the production/reservoir
conditions (sorted by importance):
1. Corrosiveness (H2S, CO2, Chloride)
2. Temperature
3. Pressure
There is no alternative to CRAs!
• Titanium
• Ni Alloys
• 28Cr (Alloy 28)
• Superduplex (25 Cr)
• Duplex (22 Cr)
• 300 series austenitic
• 13Cr, martensitic
• Alloy Steel
• Carbon Steel
Co
rro
siv
en
ess,
Tem
pera
ture
, P
ressu
re
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1. Introduction
2. Applications
3. Moly Use in Oil & Gas – Past, Present and Future
Content
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Moly Units by Application
OCTG & Drill Pipe
41%
Gas Linepipe
19%
Topsides 20%
Others 20%
Downhole Tools 15%
Flowlines 12%
Valves 10%
Risers 9%
LNG 8%
Drill String 7%
Wellheads 7%
Pumps 7%
Subsea Connectors
6%
Control Units 5%
Welding Wire 4%
Trees 4% Umbilicals
2%
Others 4%
Split Others
Top Mo Containing Appplications by Steel TypeApplication Alloy Steel Stainless Steel Nickel Alloys
No. 1 OCTG & Drill Pipe Topside Processing Downhole Tools
No. 2 Linepipe OCTG OCTG
No. 3 Downhole Tools Infield Flowlines Topside Processing
No. 4 Wellheads LNG Valves
No. 5 Drill String Components Risers Wellheads
No. 6 Subsea Connectors Pumps Infield Flowlines
No. 6 Subsea Trees Valves Subsea Connectors
No. 8 Valves Welding Wire Subsea Trees
No. 9 Risers Drill String Components Drill String Components
No. 10 Blowout Preventers Umbilicals Risers
Share Top 10 99% 92% 90%
Avg. Mo
Content
0.6%
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OCTG Casing & Tubing, Drill Pipe
Grades Used :
• AS (majority): API 5CT Gr. 1 (e.g. H40, J55, N80 – some veriations of these grades can
have little Mo), Gr. 2 (e.g. M65, C75, L80, C90, C95, T95), Gr. 3 (P110),
Gr. 4 (Q125), Gr. 5 (producer specific grades)
• STS: 13Cr, Super 13Cr, Duplex, Super Duplex
• NA: 625, 825, G3, G50, C276, Alloy 28
Source: Vallourec
Source: Tenaris, Drill Pipe
API 5CT Gr. 1 50%
API 5CT Gr. 2 16%
API 5CT Gr. 3 20%
API 5CT Gr. 4 7%
API 5CT Gr. 5 6,5%
Grades Used (AS)
Avg. Mo
Content
0.5%
API 5CT Gr. 1 1%
API 5CT Gr. 2 46%
API 5CT Gr. 3 - No Mo
0%
API 5CT Gr. 4 43%
API 5CT Gr. 5 10,1%
Mo Content
13 Cr 88%
Super 13Cr 12%
Grades Used (13Cr)
Grades Used (Duplex, NA)
Duplex/Superd.
59%
Alloy 28 27% Alloy
825 10%
G3 3%
Other Ni 1,2%
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Processing (Topside; in future also subsea)
• The following topside equipment can be installed on platforms: water treatment,
seawater systems, separators, heat exchangers, oil treatment, gas treatment,
compressors, water injection systems, tanks, vessels, flare stacks, etc. which all are
connected by process piping systems and instrumentation tubing.
Grades Used :
• STS: 304, 316L (also for cladding/weld overlay), 317, 321, Duplex 2205,
Super Duplex 2507, LDX 2101, 904L, 6 Moly (254 SMO, 654 SMO)
• NA: 625 (also for cladding/weld overlay), 800, 825, 400
Source: Aker, subsea
compressor inlet scrubber
Source: Argo Flare
Services, flare stack
Avg. Mo
Content
2.9%
316/317 62%
304/321 13%
Duplex 19%
6 Mo 3%
904L 0,5% 625/825
1,3% 800/400
0,5%
Othr Ni 0,2%
Grades Used
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Downhole Tools/Completion Tools
Types of Downhole Tools:
• Flow control: sliding sleeves landing nipples, polished bore receptacles, etc.
• Safety systems: subsurface safety valves
• Packers
• Liner hangers
• Sand control: gravel packs, screens
Grades used:
• AS: 4130, 4140, 4330, 9Cr
• STS: 13Cr, Super 13Cr, 410, 420, Super Duplex 25Cr
• NA: 718, 725, 725HS, 825, 925, HS
Source: Baker Atlas
Source: Baker Hughes
4140/ 4130 49%
4330/ 4340 23%
Other AS 3%
13Cr 9%
410/420 8%
Other STS 1% 718
2% 925 2%
725 2%
Other Ni 1%
Grades Used
Avg. Mo
Content
0.7%
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Other Applications
Source: Butting, mechanically lined
BuBi® pipe Sources: Cameron Source: Nexans, flexible pipe Source: Claxton Engineering,
high pressure drilling riser
Source: Erndtebrücker
Eisenwerk, LNG pipes Source: SBO, non-mag
drill collars
Source: Dyna-Drill, downhole
motor Source: FMC Technologies,
subsea tree
Tree
Infield Flowlines Valves Risers
Subsea Trees LNG Drill String Components
Avg. Mo Content
2.3% 1.9% 2.3%
2.2% 1.1% 0.4%
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1. Introduction
2. Applications
3. Moly Use in Oil 6 Gas – Past, Present and Future
Content
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Mo Containing Steel Usage for Oil & Gas Applications The use of Mo steels is fluctuating heavily depending on Chinese gas linepipe projects.
70
80
90
100
110
120
130
140
150
160
Index b
ased o
n 2
005
Total Steel
Mo Steel
Mo Content
0,0
1,0
2,0
3,0
4,0
5,0
6,0
7,0
8,0
9,0
In 1
,00
0 to
nn
es
Gas Linepipe Alloy Steel OCTG & Drill Pipe Other Applications
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80
90
100
110
120
130
140
150
2012 2013f 2014f 2015f 2016f 2017f 2018f
Ind
ex b
ase
d o
n 2
01
2
Alloy Steel
Stainless Steel
Nickel Alloy
Offshore drilling
Onshore drilling
Outlook of Mo Content by Steel Type
Stainless and Ni Alloys are growing faster than Alloy Steel
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Which Mo containing steels are used and how much Mo do they contain?
Alloy Steel 56%
Stainless Steel 35%
Nickel Alloys
9%
2007
33,600 t Mo Units
2012
40,230 t Mo Units
2018
46,200 t Mo Units
Alloy Steel 60%
Stainless Steel 33%
Nickel Alloys
7%
Alloy Steel 50%
Stainless Steel 41%
Nickel Alloys
9%
+15%
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Moly Containing Alloy Steels
2007
18,715 t Mo Units
2012
24,000 t Mo Units
2018
23,200 t Mo Units
OCTG 64%
Linepipe 27%
Others 9%
OCTG 62%
Linepipe 31%
Others 7%
OCTG 81%
Linepipe 10%
Others 9%
- 3%
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Moly Containing Stainless Steel Grades
300 Series 51%
Duplex 32%
6Mo Grades
8%
Mart./ 13Cr 7%
Others 2%
2007
11,878t Mo Units
2012
13,323 t Mo Units
2018
18,700 t Mo Units
300 Series 53%
Duplex 31%
6Mo Grades
7%
Mart./ 13Cr 6%
Others 3%
300 Series 51%
Duplex 33%
6Mo Grades
8%
Mart./ 13Cr 5%
Others 3%
+41%
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Moly Containing Nickel Alloy Grades
625 42%
725 10%
28 13%
825 11%
718 7%
925 5% Other
12%
2007
3,000 t Mo Units
2012
2,900 t Mo Units
2018
4,200 t Mo Units
625 42%
725 12%
28 11%
825 11%
718 7%
925 6%
Other 11%
625 45%
725 11%
28 10%
825 11%
718 7%
925 6%
Other 10%
+46%
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Outlook for Mo Units in Oil & Gas – Detailed Summary Table
2007 2008 2009 2010 2011 2012 2013f 2014f 2015f 2016f 2017f 2018f
07-12 12-18 07-18
Drill String 550 554 458 494 587 607 602 608 636 660 691 757 2.1% 3.7% 3.4%
Blowout Preventers 38 51 49 62 56 58 67 64 57 57 56 54 7.9% -2.3% 2.1%
Wellheads 586 587 468 488 538 555 583 570 617 639 665 672 -1.4% 3.5% 2.2%
Subsea/Christmas Trees 321 316 252 277 247 299 361 388 399 389 409 410 -2.8% 4.4% 4.1%
OCTG Casing/Tubing STS/NA 1,654 1,482 1,160 1,293 1,473 1,759 1,907 1,988 2,076 2,042 2,133 2,136 1.1% 3.0% 4.8%
OCTG Casing/Tubing AS 12,000 11,800 10,000 11,400 13,050 14,811 15,214 15,887 16,591 17,329 18,101 18,911 4.3% 4.3% 5.5%
Downhole Tools 1,180 1,119 863 942 1,039 1,204 1,246 1,289 1,360 1,369 1,455 1,477 -0.1% 3.6% 3.8%
Subsea Manifolds 68 79 37 32 28 55 71 81 84 79 85 88 -11.8% 6.4% 6.1%
Umbilicals/Flying Leads 221 337 186 378 333 201 419 442 453 481 546 551 0.5% 13.9% 8.6%
Jumpers 26 30 17 13 13 22 29 36 36 36 38 39 -9.7% 8.3% 7.4%
Flowlines 1,074 653 928 971 945 945 855 891 1,055 1,644 1,804 1,872 1.5% 16.0% 7.0%
Gas Line Pipes (mainly China) 5,000 5,000 4,000 4,412 6,000 7,576 4,831 2,094 5,116 9,137 5,127 2,205 8.1% -7.3% -2.0%
Risers 650 730 632 680 532 693 802 773 1,036 1,076 1,498 1,669 -1.6% 16.3% 8.7%
Subsea Connectors 519 515 464 482 464 502 595 582 664 677 734 751 -1.3% 6.6% 4.4%
Subsea Control Units 203 205 191 186 198 202 224 213 239 241 251 254 -0.5% 3.8% 2.6%
Subsea Sensors 41 41 38 37 40 40 45 43 48 48 50 51 -0.5% 3.8% 2.6%
Control and Injection Lines 188 145 169 178 156 180 222 202 253 270 281 288 0.2% 8.1% 6.0%
Wirelines and Slicklines 93 92 70 72 84 86 86 86 89 92 95 100 -1.9% 2.6% 1.4%
Processing (Topsisde/Subsea) 6,004 7,485 5,579 5,320 7,295 7,839 7,778 9,030 8,308 10,574 10,048 10,003 3.5% 5.1% 5.6%
FPSO 665 734 353 371 773 272 453 815 861 815 815 861 -11.5% 18.0% 5.2%
Liquefied Natural Gas (LNG) 333 224 83 304 551 633 467 309 257 211 310 506 22.9% -6.5% 4.0%
Pumps 579 571 436 446 521 533 531 532 552 569 591 620 -1.9% 2.7% 1.4%
Compressors 7 7 5 5 6 6 6 6 7 7 7 7 -1.9% 2.6% 1.4%
Valves 1,067 852 742 736 908 784 1,055 1,069 1,070 1,378 1,495 1,318 -3.8% 9.4% 5.2%
Actuators 13 11 9 9 11 10 13 13 13 17 18 16 -3.4% 9.2% 5.0%
Fracking Pumps/Blocks 30 31 28 32 39 29 22 36 38 39 41 45 1.9% 10.0% 3.4%
Welding Wire 485 229 347 369 315 328 261 310 358 518 580 524 -2.6% 13.4% 4.1%
Total 33,598 33,880 27,565 29,989 36,204 40,230 38,744 38,356 42,272 50,393 47,927 46,182 3.4% 4.1% 4.5%
CAGR
in t of Mo Units
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Mo in Oil & Gas - Key Takeaways
• Mo content will grow faster than total steel demand; the avg. Mo share is expected to increase from 0.55 % in
2012 to 0.75 % in 2018.
• OCTG: 41 % of Mo use in 2012 – 45 % in 2018; the average Mo share was growing from 0.45 % in 2007 to
0.50% in 2012 and is expected to remain stable now.
• Gas Line Pipe: Mo grades are mainly used in China; demand heavily fluctuating based on project activity (19 %
of Mo use in 2012 but just 5 % in 2018); the average Mo share is expected to grow from 0.25 % to 0.3 %.
• Processing (Topside/subsea)/FPSO: 20 % of Mo use in 2012 – 24 % in 2018; driving demand for 316 and
Duplex; relatively high average Mo share with 2.9 %. Rising practice of ‘seabed processing’.
• Other Applications: 20 % of Mo use in 2012 – 24 % in 2018; main applications with increasing shares:
Flowlines 12 -> 15 % (avg. Mo 2.3 %), Risers 9 -> 14 % (avg. Mo 2.3 %), Umbilicals 2 –> 5 % (avg. Mo 3.8 %).
• Fracking: main consumption comes from alloy steel OCTG (avg. Mo 0.49 %), drill string components (avg. Mo
0.42 %) including non-magnetic drill collars (avg. Mo 0.66 %), downhole tools (avg. Mo 0.68 %) and fracking
blocks (mainly alloy steel 4340/4310 avg. Mo 0.26 % - new solution PH STS grades are Mo free).
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Available multiclient-reports from SMI - Steel Market Intelligence
Corrosion Resistant Steels & Alloys in the Oil & Gas Industry
1,000+ Pages
$ 20,000.-
30% discount
for IMOA
members
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Stainless & Special Steel Conferences 2014 Good places to get market intelligence
For more information please visit: www.smr.at / www.amm.com/events / www.metalbulletin.com/events
- 51 -
4 - 5 June, 2014
Hong Kong
9th Asian Stainless Steel Conference
2 - 4 September, 2014
Istanbul, Turkey
13th International Stainless & Special Steel Summit
September , 2014
Chicago, USA
28th Stainless & Its Alloys Conference
in association with Field- Visit to
in association with
in association with
Field- Visit to