technology partnerships · different technology partnership types apply, depending on the...
TRANSCRIPT
Technology Partnerships
Tatiana Mitrova
Director, Energy Centre, SKOLKOVO Moscow School of Management
October 15, 2019
By 2030, oil producing facilities for 125 MTPY, requiring new
technologies, should be launched to maintain Russian output at
550 MT
Oil output in the existing fields is to decline by an average of 3% in 2018/2030
By 2025, the output is to be maintained due to the new fields to be developed
After 2025, the current facilities will be insufficient to maintain the output at 550 MT
Source: Energy Centre, SKOLKOVO Moscow School of Management
34 35 35 36 36 37 37 38 38 39 39
465 459 454 447 413 398 380 361 338 318 300
54 69 79 88
98 98
95 93
91 89
87
0
100
200
300
400
500
600
2018 2019 2020 2021 2024 2025 2026 2027 2028 2029 2030
MT
Oil and Gas Condensate Output
Запланированные новые месторождения Действующие месторождения
Конденсат Целевой показатель
2
Planned new fields
Condensate
Existing fields
Target
What is meant by TP?
Technology Partnerships (TP) are a form of cooperation that implies exchange of knowledge, sharing of risks, resources to address process and business objectives that are reasonable to be resolved jointly
Global oil company
Domestic oil company
Oil related services
State
Equipment manufacturer
Institute
Technology developer
Technology Partnerships are always ‘non-zero sum game transactions’ 3
Technology partnership types: to create a new technology to transfer a technology (technology transfer)
Technology Partnerships: Main Objective is to Share Risks
• Pricing
• Global competition
• Geopolitical Global factors
• Depletion of the existing fields
• Tight oil share growth
• Environment
Technology factors
• High capital intensity of the sector Financial factors
• Local law
• State authorities’ joining JVs or partnership agreements
Governmental support
Formal risks
• Inadequate design of contracts
Informal risks
• Cultural differences
• Integration error
4
!
None of the global oil and gas majors is the leader in all technology areas simultaneously
01234567
Глубоководное бурение
ГРР
Нетрадиционные УВ
Природный газ как моторное …
Битоплива
EOR
Электромобили Водродомобили
Ветровая генерация
Солнечная генерация
СПГ
Бурение
Цифровизация
Map of Process Competencies: Seven Global Oil and Gas Majors
5
Deepwater drilling
Digitalization
Drilling
Biofuels
E-mobiles
Natural gas as motor oil
Prospecting surveys
Unconventional hydrocarbons
LNG
Solar generation
Wind generation
H-mobiles
Areas where companies have to act jointly
Development in extreme conditions and tight oil development
Oil recovery enhancement methods
Integrated pipeline systems
Socio-economic cooperation Environmental impact mitigation
Refining
6
Different technology partnership types apply, depending on the technology development stage
Sources: Energy Centre, SKOLKOVO Moscow School of Management, Taylor M., Taylor A., 2012, The technology life cycle: Conceptualization and managerial
implications, Int. J. Production Economics 140, pp. 541-553
Technology Lifecycle
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Efficiency maximization
Cost minimization
Prove the idea
Co
st c
utt
ing
Time Establishment Rapid growth Maturity
TP for new technology creation
TP for technology transfer
Prototyping
Partnership Types
Legal forms:
License agreement
Technology cooperation agreement
Joint venture
Joint industrial project
Commercial agreement with technical support
Production agreement
Educational
Regulatory
Financial
Technological
Partnership can address one objective or cover several areas
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Working together is more advantageous than individual work
Competitive advantages
Profit allocation
Risk allocation
Rapid market entry
Access to new markets
Technology Partnership Advantages
9
Technology Partnerships for Technology Transfer
Technology Transfer
Technology transfer occurs from the
transferor (often a global oil company) to the
recipient (often a domestic oil company),
with subsequent commercialization
ТТ includes transfer of physical assets,
documents, information or knowledge
TT is complete when the recipient is able to
use it on its own
Intra-sector TT and creation of new ones
Direct technology transfer
TT for market entry
Inter-industry TT
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TT Factors
Recipient’s scientific background
Governmental support
Cultural distance
Geological and climatic conditions
Competitive and business environment
12
Intra-sector ТТ: New Technology Creation
New oil production
technologies
Yield increase
Reduction in capital expenses
Shell Deepwater field development technologies
Petrobras Pre-salt field development technologies
Petrobras and Shell
15
Direct Technology Transfer: Iran Case
NISOC Statoil Irani engineering
companies
• Collector research technology
• Integrator: National Iranian South Oil
Company.
• Contract term: 3 years (2001/2003)
• Fields: Ahvaz, Maroun, and Bibi Hakimeh
• SW for database maintenance and analysis
purchased and installed
Professional level of project top
managers improved
Databases for three fields prepared
Data transfer protocols efficiency
enhanced
Technology relevance: at best, it is a
technology of today, at worst, that of
yesterday, and it may become obsolete
rather quickly
14 17
ТТ for Market Entry: Local Content
Sonatrach
9 foreign oilfield service companies
Technologies localization
15 years of operation under preferential
conditions
14
Inter-sector ТТ: Global Expansion
BP’s and Namco’s BrightWater Project
1997
• ВР begins operations
1998
• BP • Mobil • Texaco • Chevron
1999-2000th
• BP • Nalco • Chevron • Mobil • Texaco
Applied by BP in the following projects: MilnePoint, PrudhoeBay, Samotlor, Tangri 16
Technology Transfer:
TT gives the advantage of a comparatively quick technology acquisition and lower costs, as compared with the technology development One has to account for the consequences of speed and cost savings - quick obsolescence of technologies
Organized correctly, TT may lead to
creation of a new technology
ТТ in Russia: institutional obstacles No risk insurance for innovative companies No support to startups and small companies at the
technology introduction stage Underdeveloped financial tools for promotion of
innovations
Technology monitoring can be one of the areas of TT efficiency increase.
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Technology Partnerships to Create New Technologies
Public-private TP: Addressing Strategic Objectives (1)
USD 375 million 10-year development financing program (since 2005) Extra-deep fields
Unconventional resources
Small manufacturers Independent financing of 20% to 50% of the project cost
DOE
(NETL)
RPSEA
Partner companies
Research Partnership to Secure Energy for America
Financing distribution among partner companies
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Public-private TP: Addressing Strategic Objectives (2)
DEMO 2000 Program (Norway)
Financing 12%-27%
МPE
Subcontracts for tests, laboratory work
Norwegian investment center Financing 10%-
37%
Equipment manufacturers
Financing 38%-77%
Global / domestic oil companies
Reduction in hothouse gas emissions and
power savings
Digitalization
Arctic regions
priority areas 4 Environment and energy savings
Prospecting and enhanced oil recovery
Drilling, pumping, and wellwork
Production, refining, and transportation
main topics 3
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TP with Equipment Manufacturer: Upgrading
Pemex, Mexican Oil Institute (IMP), GE Oil&Gas
GE O&G
Equipment
IMP
Well equipment onshore and offshore
Underwater equipment monitoring
Pemex
Financing Equipment upgrading
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Intra-Sector TP: Field IoT
GE Oil&Gas and ВР
For 6 months of 2016, BP ‘saved’ 118 mln. b.o.e.
BP
Equipment for offshore operations, for probe installation
GE Oil&Gas
Installation of probes, data collection and analysis
Remote monitoring
SW works out potential problems
SW license
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Inter-sector TP: Efficiency Increase
Shell and HP
Shell
Financing
HP
Development of seismic data processing technology
Seismic data processing quality
Low noise level
Power savings
Patent
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Inter-sector TP: Advancing Robots
Autonomous underwater robotic vehicle (AURV) Aquanaut
Schlumberger
Transocean
Houston
Mechatronics
Reduction in underwater work costs No need in hiring or purchasing expensive ships
No need for humans under water
Sourc
e: H
ousto
n M
echatr
onic
s U
nveils
Revolu
tionary
Underw
ate
r R
obot H
OU
ST
ON
, A
pril 26, 2018 /P
RN
ew
sw
ire/
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Conclusions
Technology partnerships are a form of cooperation for technology creation or exchange
Maximum benefit from cooperation (benefits from sharing of investments and risks within a TP should exceed the risks of losing competitive advantages when implementing technology projects on one’s own)
TT is a simplified TP form, it may also lead to creation of a technology
The extent of transaction costs needed to
establish and maintain stable partnership is
essential
To address strategic objectives, the State often acts as one of the partners
The most significant technology cooperation deliverables can be seen in the areas where governmental support exists and where a favorable environment encouraging technology partnerships and technology development is created
Oilfield service companies are more open to partnerships and more willing to share the deliverables of new technological developments
Digitalization and IoT have became new areas for cooperation
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