Chemical Renaissance via Refining · presenter/author only and in no condition should be construed...
Transcript of Chemical Renaissance via Refining · presenter/author only and in no condition should be construed...
Chemical Renaissance via Refining
Dr. Partha Maitra
Mumbai 14th + 15th November 2019
Disclaimer
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Any statement, opinion, prediction, comment, or observation made in this presentation/publication are those of the presenter/author only and in no condition should be construed necessarily representing the policy and intent of Reliance Industries Ltd. (RIL). The information presented herein are of the presenter/author’s own and in no way RIL attracts any liability for any inconsistency or irregularity in terms of the accuracy completeness, veracity, or truth of the content of the presentation/publication. In addition, RIL shall not be liable for any copyright infringement and misrepresentation for the presented content as the content is presumed in good faith to be a creation of presenter’s/author’s own mind. The scope of this presentation/publication is strictly for knowledge sharing purposes and not necessarily to provide any advice or recommendation to the audience/readers. Any endorsement, recommendation, suggestion, or advice made by the presenter/author shall be in his personal capacity and not in professional capacity as an employee of RIL. Any person acting on such endorsement, recommendation, suggestion, or advice will himself/herself be responsible for any injury/damage. Some images in this presentation are taken from internet and presenter doesn’t claim any copy right for such images. The ownership of these images lies with respective owners.
© Reliance Industries Ltd.
Index
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● Indian chemical industry
− Demand
− Supply
− Fuel vs chemical
● Indian chemical renaissance
− Fundamentals
− Feedstock
− Integration
− Products
● Conclusion
Indian chemical industry
Good demand vs poor supply
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Demand : An oasis of opportunities
: Demand growth magnet
Supply : A desert of production
: Inadequate domestic supply
: Rising + unsustainable imports
Action : Focus to increase supply
: Unlock feedstock constraints
: Tap refinery for chemical feedstock
: Rectify chemical supply-demand imbalance
: Minimize chemical imports
: Usher in a Chemical Renaissance in India
Chemical demand
India = Bullish for chemicals
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Demand : Very low per capita consumption
: Polymer = India @11 vs @28kg global
: Large upside potential in chemical demand
Growth : Higher than GDP growth
: India = World GDP growth leader
: Polymer = CAGR ~ 9% last 5 years
: Polyester = CAGR ~6% last 5 years
: Sustained demand growth engine
Drivers : Urbanization
- ~200mm shift to cities by 2035
: Higher standard of living
- ~250mm new consumers by 2030
: Consumer driven economy
- ~ $5 trillion by 2025
Chemical supply
India = Needs a booster dose of chemicals like China
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Chemical, mmt/yr India China %
Building blocks
C2= 7.5 25.6 29
C3= 6.3 34.9 18
BD 0.5 3.8 13
PX 5.6 12.5 45
Benzene 2.6 15.4 17
Sub-total 22.5 92.2 24
Polymers
PE 5.7 18.8 30
PP 5.2 26.4 20
PVC 1.6 24.1 7
Sub-total 12.5 69.3 18
Polyester / PET 9.25 54.0 17
Supply : Major constraint in chemical building block
: Low commodity polymer
: Major gap in PVC, the frugal polymer
: Absent in high-end polymers
: Absent in specialty chemicals
Imports : >35% of total demand
: Increase from ~27% in last 5 years
: Unsustainable + regressing
: Urgency for Make-in-India in chemicals
: Suppress latent demand + GDP
: Depress employment potential Source: IHS-Markit
Refining : Fuels vs chemicals
Refining transformation towards Crude-to-Chemical
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Refining Fuels Chemicals
Supply-demand balance Surplus Deficit
Demand growth X 3X
Trade Exports Large imports
Product Commodity Differentiated
Prices Low High
Margins Low High to very high
Risk Mobility revolution Circular economy
Demand peak Yes No
Demand decline Yes No
Business Energy Materials
Chemical : Fundamentals
Ensure top quartile competitiveness in chemical
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Feedstock : Identify feedstock via molecule management
: Minimize feedstock cost
Size : Economies of scale to minimize capex
: World scale plants
: Competitive conversion cost
Technology : Minimize cost of production
: Explore manufacturing JV
Integration : Adopt the “verbund” concept of total integration
: Horizontal integration with refinery
: Vertical integration with product derivatives
Product : Customize for Indian requirements
: Frugal + fit-for-purpose in India
: Explore marketing JV
Chemical : Feedstock
Refinery can drive the Indian Chemical Renaissance
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Refinery : A fountain head of chemical feedstock
Principles : Identify low value intermediate streams as feedstock
: Perform molecule management to optimize chemical feed
: Maximize feed access + minimize logistic costs
: Integrate H2 + utility transfers
: Utilize surplus H2 from chemical in refinery
: Optimize stream transfers between refinery + chemicals
: Blend chemical return streams in refinery fuel pool
: Ensure feedstock flexibility to chemicals
Refinery – Chemical Integration
Eliminate chemical imports 10
Molecule Management
C2 + C4 : Steam cracking to olefins, primarily C2=
C3 : PDH to C3=
Naphtha : Stop internal use for cogen fuel + H2 in refineries
: No naphtha sales
: Import LNG + LPG to unlock the naphtha potential
Light naphtha : Separate normal + iso-paraffins
: Max olefins from n-paraffin via steam cracking
: Gasoline co-product from i-paraffin
Heavy naphtha : Max aromatics via catalytic reforming
Heavies : Eliminate fuel oil sales via hydrocracking + SDA
: Maximize conversion to naphtha + LPG for chemicals
H2 : Optimize H2 between refinery + chemical
: Competitive H2 from SDA pitch
SDA = Solvent de-asphalting; PDH = Propane de-hydrogenation
Target >12.5% chemical building blocks from Indian refineries
Products
Plastic : Material of choice for the next generation
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Circular economy : No single use plastic
: Target plastic waste for recycling
: Mix of prime + recycled plastic
: Responsible + sustainable use of plastic
Customize for India : Substitute metals + wood
: Light weight for transportation
: Irrigation + water piping for agriculture
: Home furniture + furnishing for urbanization
: White goods for the consumer society
Value chain : Customize plastic application
: Elevate from commodity plastic
: Target engineering plastic to match alternative
: Target performance plastic to beat alternative
The plastic waste problem
Eliminate plastic waste for societal benefit
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Disposition % Remarks
Recycle 10 Maximize for future
Loss 4 Processing
Landfill 40 Temporary solution
Incinerate 14 Plastic waste-as-fuel
Leakage 32 Plastic waste problem
Total 100
● Plastic waste problem ● Plastic waste solution
Recycling Product
Mechanical : Alternate usage
: Road building
Physical : Low grade usage
: Bottles to pillows
Chemical : Drop-in monomer
: PE to PE
● Eliminate leakage
● Minimize landfill + incinerator
● Maximize recycle for a circular economy
● Research bio-degradable plastic
Source: UN
Plastic Billion t
Virgin 8.3
Long term use 2.5
Waste 5.8
Land fill 4.6
Incineration 0.7
Recycle 0.5 Source: UN
Conclusion
Chemical Renaissance via Refining
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● Boost supply of chemicals in India
● Respond to the threat of mega crude-to-chemical complex in China
● Refinery = Cradle for India’s chemical boom
● Maximize refinery-chemical synergy
● Promote circular chemical economy
● Chemical = Material of choice for the future
Thank-you
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