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© 2011 Deloitte Touche Tohmatsu
Based on desk research, expert interviews and workshops 4 possible
industry scenarios have been identified...
0
Dutch Chemical Industry Scenarios
Time
Today
Scenarios
• Scenarios are alternative future
environments in which todays
decisions may be played out
• Scenarios are not predictions
but descriptions of different
futures specifically designed to
highlight the uncertainties
inherent in specific strategic
issues
• Alternative scenarios provide a
way of focusing on the future
without locking in on one
forecast to the exclusion of
other possibilities Technological
Revolution
• Rapid technological
developments
Solar Revolution
• Solar PV decreases
energy prices
Green Revolution
• High climate change
and sustainability
awareness in society
Fragmented Future
• The world will fragment
in order to ensure self
sufficiency
© 2011 Deloitte Touche Tohmatsu
...which differ around six dimensions
1
Dimension Description
Economy
Growth development
and international
alignment of
economic growth
Low High
Decoupled Coupled
Governance
and
regulation
Global governance
model and its
strength
ProtectionismGlobal
coordination*
Loose Strict
Energy and
commodity
availability
(international)
availability of energy
and feedstock
Abundance Scarcity
Climate and
environment
Way in which climate
and environmental
issues are addressed
Local Global
Focused Broad
Ethics,
culture and
(customer)
behaviour
Social acceptance of
new technologies and
focus on climate and
environment change
No focus
sustainability
Focus
sustainability
Slow
acceptance
Fast
Acceptance
Science and
Technology
The orientation and
speed of tech. dev.
Focused Diversified
Slow Fast
Technological
RevolutionSolar Revolution
Fragmented
Future
Green
Revolution
* Including free trade
© 2011 Deloitte Touche Tohmatsu
In summary, potentially there will be significant overlap in the keys to
success in the different scenarios
3
Scenario Fragmented Future Green revolution Solar revolution Technical revolution
Description • The world will fragment in
order to ensure self
sufficiency
• High climate change and
sustainability awareness in
society
• Solar fuel decrease energy
prices
• Rapid technological
developments
Impact on
feedstock mix
• Bio and re-use feedstock will
grow in order to become self
sufficient
• Societal pressure will force
the use of biomass and re-
use feedstock
• Bio and re-use feedstock only
for new functionalities,
naphtha remains dominant
• Technological possibilities
drive use of biomass and re-
use feedstock
Impact on
assets
• Slow investments in current
assets to support mixing in
bio and gas
• Significant investments in
both current and new assets ,
due societal pressure
• Slow investments in new
assets for specialty
chemicals based on biomass
• Significant investments in
both current and new assets
due to technical and
economic opportunities
NW-EU
chemistry
industry
• Current asset cluster will
have to integrate biomass
and waste and scale down
due to limited possibility to
export
• Strongly developed biomass
and recycled feedstock
based production
• Large global players will be
complemented by a set of
smaller players focussing on
bio based and recycling
players
• Further integration of the
value chain to include bio and
recycled feedstock
incorporating new players
Potential key
to success for
NW-EU
• Create strong investment
climate for biomass and
recycling
• Logistics to support full
integration of the cluster to
include new feedstock and
adapt to convergence of agri,
(bio)chemistry and health
• Operational excellence for
the NW-EU cluster as
process cost-efficiency will
become dominant
• Create a strong investment
climate to support high speed
of innovation and exploit the
convergence of agriculture,
chemistry and health industry
Dutch Chemical Industry Scenarios Directional
Current 20502030
Re-useOil Bio
205020302050203020502030
© 2011 Deloitte Touche Tohmatsu
Fragmented future – Scarcity of resources makes local for local markets
dominating in a fragmented world
Description Impact on Dutch Chemical Industry
Description • The world will fragment in order to secure local demands,
local for local markets arise to ensure self sufficiency
Feedstock and Assets
• The fragmentation of the world will disturb the global
commodity market, so alliances and trade agreements
will be installed in order to secure access to feedstock
• Need of self sufficiency will push the use of biomass as
a feedstock especially the 2nd and 3rd generation
biomass
• Biomass chemical industry will growth relatively fast
as will recycling to limit the dependency on import of
feedstock
Industry Structure
• The global chemical industry will be affected by trade
barriers and nationalistic protectionism, forcing local for
local production
• Protection of new technologies and conservative
investment climate could favour incumbents, however
being a global company looses significance
• Need to grow biomass production could lead to
decentralisation of assets
• Efficiency will dominate over innovation and
sustainability, which enables the Netherlands to supply
the rest of Europe for traditional petro chemicals
Products and Applications
• The end market growth will be relatively slow in EU,
trade barriers limit export position
Economy • Historical below average growth rates; Europe is decoupled
from the global economy
Governance
and
regulations
• Self sufficiency leads to protectionism as dominant paradigm
for developing regulation
• The above can create conflicts between and within regions
Energy and
Commodity
prices
• Local for local markets drive high energy and commodity
prices on the distorted international market place
Climate and
environment
• Concerns for climate and pollution arise locally especially in
wealthy regions with energy dependency
Ethics,
culture and
(customer)
behaviour
• Local and regional debates about the availability of food and
energy are dominant, of course depending on local resource
availability
• Social values strong local focus
Science and
Technology
• Technological developments are guarded and protected by
regions
• Local policies force technological developments into relevant
(local) solution areas
• New ‘sustainable’ technologies will arise in energy and
commodity dependent regions
4
© 2011 Deloitte Touche Tohmatsu
Green Revolution – High social awareness will force very fast transition
towards a sustainable world
5
Description Impact on Dutch Chemical Industry
Description • High awareness for climate change, sustainability and
energy efficiency dominates the future stimulated by
scientific evidence linking climate change to changes in
rainfall, weather patterns, sea levels and new diseases
Feedstock and Assets
• Traditional petro based feedstock will be complemented
and partly replaced with 2nd and 3rd generation
biomass and strong focus on re-use / recycling
• The availability of biomass will be the limiting factor
• Traditional petro chemical industry will integrate
biomass into the current cluster
• Additional focus on biomass can drive decentralisation
and miniaturisation of (new supporting) assets, this will
be supported by the decentralised energy supply
Industry Structure
• The consumer pressure for sustainability in combination
with the integration with the agrofood and health sector
will potentially introduce new players into sector (e.g.
van Gansewinkel, Danisco)
• Further development of clusters and ecosystems to
close energy and product loops in production systems
Products and Applications
• Cradle to cradle design will dominate new product
design and development potentially further integration
of the global supply chain
• Consumer values will allow premiums to be paid for
products forcing a tipping point to scale up production
Economy • Low to average growth rates
Governance
and
regulations
• Increased compliance with regulations for sustainability,
decreasing greenhouse gas emissions and safety
• Carbon credits and greenhouse gas emissions are installed
• Protectionism in trade increased to create global compliance
Energy and
Commodity
prices
• Energy costs increase due to policies on carbon and
greenhouse gas emissions which are priced in
• Commodity prices increase due to protectionism
Climate and
environment
• Evidence force market to shift gears, awareness for climate
and environmental changes increase
• This creates focus to reduce waste across other industries as
agriculture, animal production and manufacturing
Ethics,
culture and
(customer)
behaviour
• Social values place greater emphasis on environmental
sustainable products
• Customer greatly value sustainable products, practices and
companies incorporating climate change considerations
Science and
Technology
• Demand for clean, energy-efficient and sustainable products
in response to the climate change requires investment in
basic and applied research
• Technological innovation will focus on broad range of fields as
the increase of crop yields are developed to minimise the
conflict between food and feedstock and to scale up bio based
chemistry (e.g. pyrolysis process)
© 2011 Deloitte Touche Tohmatsu
Solar Revolution – Solar fuel will break through on a large scale
6
Description Impact on Dutch Chemical Industry
Description • Solar fuel (or other energy solutions) will break through
on large scale decreasing the costs of electricity
Feedstock and Assets
• Low electricity costs will push the break through of the
electric vehicles limiting the demand of the transport and
energy sector for oil
• Oil and gas prices will decrease making petro
chemistry attractive in comparison to bio based
chemistry this will limited the push for up scaling of bio
based assets
• Additionally the petro chemistry in NW-EU will become
more cost competitive as feedstock price differences by
region will decrease and process efficiency becomes
leading (again)
• Economies of scale and scope (products) will determine
the competitiveness of the NW-EU petro-chemicals
plants.
• Development of bio based chemicals will remain
important to create new functionalities for new product
development
Industry Structure
• Given the staying power of the NW-EU petro chemical
industry large global players will be complemented by a
set of smaller players focussing on bio based and re-use
/ recycling
Products and Application
• The cost competitive position of NW-EU will relief the
pressure on the export position
• Key transportation and automotive sectors will go
through major transformation
Economy • Global economy will develop in a highly coupled way at above
growth rates through increased globalised demand due to
lower transport costs
Governance
and
regulations
• Free trade – as result of negotiated and agreed policies for
production, trade, H&S and environmental sustainability - is
stimulated by lower transport costs.
Energy and
Commodity
prices
• Lower energy, commodity and feedstock prices as result of
the technical break-through
Climate and
environment
• Environmental concerns de-emphasize energy-efficiency and
will focus on mitigating effects of toxics allowed by decent
profits
Ethics,
culture and
(consumer)
behaviour
• Consumers keep focus on the effects of toxics on
environment and debate on ethics of biotechnology,
nanotechnology and genetically modified products is
negotiated due to increased demand for products
Science and
Technology
• Solar photovoltaics (or other energy solution) has increased
its efficiency and realises low cost energy availability
throughout the world, opening opportunities for high energy
use technologies
• Strong GDP stimulates innovation of environmental
sustainable products with focus on limiting the effects of toxics
• Strong GDP growth combined with a more globalised world
will continuously strain the availability of talent in Europe
© 2011 Deloitte Touche Tohmatsu
Technological Revolution – Rapid technological developments create an
explosion of new materials and supporting process technologies
7
Description Impact on Dutch Chemical Industry
Description • Rapid technological development dominates future Feedstock and Assets
• The trend towards asset light production and
miniaturisation of assets combined with new feedstock
possibilities could lead to asset decentralisation.
• Relative free global trade will lead to regional
specialisation for bulk chemical industry making the EU
bulk chemical less prominent supported by the continued
(expected) reliance on import for naphtha based
feedstock and biomass
• New asset in the Netherlands and Europe will be
producing speciality chemicals based on biomass and
recycled feedstock
• Artificial photosynthesis provides new (feedstock for)
chemicals , decreasing oil and biomass dependency
Industry Structure
• Technology enabled inclusion of different feedstock
potentially allows new industry players to enter
• Technology driven end market cluster will leverage
their knowledge and innovation capability globally to
create an export position
• Traditional players and new-comers will co-exist
Products and Application
• New product explosion will continue to create higher
added value products in combination with growing global
demand could lead to stable European export position
• This export position is build on high added value markets
as nutrition, health and personal care
Economy • Global economy will develop in a coupled way at above
average growth rates with increased globalised demand
Governance
and
regulations
• Trade policies will move to free trade - health, safety and
environmental regulation are negotiated and strict.
• The above leads to predictable and long-term policy direction
supporting technological innovation and investment
Energy and
Commodity
prices
• Economic and population growth strain supply and lead to
increased costs for fuel and traditional petrochemicals
• High food, commodity and energy prices
Climate and
environment
• Strong industrialisation and urbanisation in emerging markets
create concern for energy consumption, climate change and
pollution
Ethics,
culture and
(consumer)
behaviour
• Consumers are relatively fast in adopting new products and
society looks for technological innovation to meet the need for
clean products
• Ethical concerns for biotechnology, nanotechnology and GMP
are pushed to the background
Science and
Technology
• Technologies as artificial photosynthesis can mitigate the CO2
effect and produce hydrocarbons for chemicals
• Rapid technological breakthroughs and innovation using new
feedstock, new production methods and making new products
using: converged biosciences, materials sciences, self
assembly and nano technologies.
• This is supported by a highly connected IP free world leading
to increasing speed of innovation