The Challenge and Solution Inventory Management of NGLs in ...
Oil fundamental outlook - Energy Aspects · as the initial surplus is largely an NGLs story, with...
Transcript of Oil fundamental outlook - Energy Aspects · as the initial surplus is largely an NGLs story, with...
Medium-term oil market outlook
2 June 2019
Tale of two extremes: big early surpluses, followed by persistent undersupply
Medium-term oil balanceMb/d
Source: Energy Aspects analysis
SUMMARY (1/1)
Crude prices don’t necessarily react as may first be expected,as the initial surplus is largely an NGLs story, with crudebalances remaining tight.
Prices only dip—late 2020/early 2021—on macroeconomicweaknesses, before rallying once more (post-2021) asmarkets tighten, with Brent rallying above $80 by 2024.
Global demand growth averages roughly 1.1 mb/d between2019 and 2024, contributing a net 5.3 mb/d addition.
Theoretical EV hit to oil demand at 0.8 mb/d by 2024 is fivetimes less than impact from ‘normal’ vehicle efficiency gains.
Strong gains remain entrenched in petrochemicals andaviation sectors—supporting robust gains in jet, LPG, ethaneand naphtha.
OPEC has key role to play in the medium-term shake-out, asprojected global demand growth significantly exceeds theforecast 3.6 mb/d rise in non-OPEC supplies over 2019–2024(+2 mb/d shale, +1.2 mb/d NGLs, +0.7 mb/d oil sands).Oil flips between extremes: initially heavily oversupplied
(2020–2022), then persistent deficits (2023–2024).
3 June 2019
Ongoing, but wobbly, economic growth supports rising oil demand
UNDERLYING DRIVERS (1/1)
Global oil demand growthMb/d
Source: IMF, Energy Aspects analysis
Relatively strong (i.e. plus 3.3%) economic growth isexpected, albeit on a generally decelerating trend.
Global oil demand likely to add just over 5 mb/d, 2019–2024,an average gain of roughly 1.1 mb/d.
Global economic growth%
4 June 2019
Demand gains on average 1.1 mb/d 2019–2024, a net 5.3 mb/d addition
OIL DEMAND (1/6)
Global oil demand growthMb/d
Global oil demand by sectorMb/d
Source: Energy Aspects analysis
Road (+2.7 mb/d) and petchems (+2.5 mb/d) provide themajority of total demand addition (+5.3 mb/d), 2019–2024.
Global demand to test 106 mb/d by 2024. Make-up: 44%road (similar to 2019), 15% petrochemicals, 8% aviation.
5 June 2019
Road remains dominant, but momentum slows on gradual EV-encroachment
OIL DEMAND (2/6)
Road transport demandMb/d
Global EV share% of all PLDVs
Source: Energy Aspects analysis
2.7 mb/d gain from road transport over 2019–2024 issignificantly down on previous five-year period (3.4 mb/d).
Theoretical EV-demand ‘hit’ is 0.8 mb/d, but rapid salespenetration slower to feed through to fleet.
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Sales Fleet
6 June 2019
But petrochemicals and aviation post the fastest gains
OIL DEMAND (3/6)
Aviation demandMb/d
Petrochemical demandMb/d
Source: Energy Aspects analysis
Growth in aviation sector averages 2.2% a year over 2019–2024, equivalent to net-addition of 0.8 mb/d.
Behind road, petchems is the second-largest net demandaddition (+2.5 mb/d), as growth averages 3.5% per annum.
7 June 2019
Petrochemical demand to rise strong despite threat of a war on plastics
Global petrochemical oil demandMb/d
Source: Energy Aspects analysis
OIL DEMAND (4/6)
Due to feedstock availability the sharpest gains are projectedin ethane and LPG—respectively forecast to rise by onaverage 4.8% and 4.6% a year—although naphtha also risesat a rapid clip, increasing by on average 2.7% a year.
Despite single use plastics accounting for 40% of currentplastics demand—roughly 25% of oil feedstock demand—thewar on plastics is not an existential threat to oil demand inthe medium term.
Current government action is largely focussed on improvingthe way waste is managed, in order to prevent pollutionrather than reduce consumption (other than piecemealefforts to ban single-use straws).
Latest UN legislation is really the start of a gradual processof building international consensus, rather than dramaticallyshifting behaviour. Furthermore, once legislation is in placethe required shifts in consumer behaviour will take time.
Credible commitments—such as the Chinese province ofHainan banning single use plastics by 2025—effectively curbgrowth after the medium term. Growth outlook deceleratesaccordingly post-24: 1.8% per annum 2024-2040.
Roughly half of projected oil demand growth in the mediumterm will come from petrochemicals.
8 June 2019
Diesel demand leads growth, on IMO 2020 supports
OIL DEMAND (5/6)
Global diesel demandMb/d
Global oil product demand growthMb/d
Source: Energy Aspects analysis
Diesel demand rises by 2.3 mb/d over 2019–2024, aided byrobust road freight market and a spike from IMO 2020.
Gasoline provides second-largest addition (+1.6 mb/d),followed by ethane, naphtha, jet/kerosene and LPG.
9 June 2019
India offers the fastest (large country) growth, China the biggest absolute gain
OIL DEMAND (6/6)
Indian oil demand growthMb/d
Chinese oil demand growthMb/d
Source: Energy Aspects analysis
Indian oil demand adds a net 1.3 mb/d between 2019 and2024, as growth averages 4.6% per year.
Chinese growth comes out at a lower 2.3% (anddecelerating), but the net gain at 1.6 mb/d exceeds India.
10 June 2019
2019–2024: Liquids growth composition biased towards unconventional
OIL SUPPLY (1/1)
Medium-term liquids growth compositionMb/d
Non-OPEC liquids growthMb/d
Source: Energy Aspects analysis
Predicted expansion of 5.1 mb/d between 2019 and 2024,led by shale (+2 mb/d), NGLs (+1.2 mb/d) and oil sands.
Non-OPEC supplies to expand by 3.6 mb/d, 2019-2024,significantly below demand (adding to OPEC’s importance).
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11 June 2019
Prices to generally trend up, despite early-forecast surplus (as its largely NGLs)
MEDIUM-TERM CONCLUSIONS FOR OIL (1/1)
Medium-term oil balanceMb/d
Crude oil prices$/barrel, nominal
Source: Energy Aspects analysis
After initial—liquid but not crude—oversupply, market flipsback towards being heavily undersupplied.
Prices rise on such tight conditions—in crude oil—withnotable exception of 2021, on predicted economic slowdown.
Long-term oil – balances & demand
13 June 2019
Initially oversupplied market flips back towards deficit for much of the 2020s
Long-term oil balanceMb/d
Source: Energy Aspects analysis
SUMMARY (1/1)
Initial oversupply is more of an NGLs than crude story, hencecrude oil prices should remain relatively resilient.
Crude prices then rebound post-2022, as oil (including NGLs)shows persistent undersupply over 2023-2027.
Oil roughly balances in 2028-2033 before testing surplusconditions once more in the mid-2030s on looming ‘peak oildemand’. Prices adjust according to such changes, i.e. flat onbalanced market and down as oil returns to oversupply.
To service these demand gains, our models show the globaloil industry bringing more than 50 mb/d of oil to the market,with shale dominating the early stages of this growth.
EVs play key role in slowing oil demand in 2030s as wepredict that the global EV fleet will rise to 128 million by2030 and 445 million by 2040, 8% and 23% of all PLDVsrespectively.
Theoretical EV demand hit in oil is 2.5 mb/d by 2030, risingtowards 8 mb/d by 2040, respectively four- and three-timesless than the impact from ‘normal’ vehicle efficiency gains.
Initially heavily oversupplied (2020-2022), but oil will flipback to deficit throughout the majority of the 2020s.
14 June 2019
Key exogenous variables continue to support rising oil demand
UNDERLYING DRIVERS (1/2)
Global population growth%
Source: IMF, Energy Aspects analysis
Relatively strong (i.e. +3%) economic growth is expected,albeit on a decelerating trend, through 2040
UN estimates that there will be another 1.6 billion people onthe planet by 2040 (a 20% increase)
Global economic growth%
15 June 2019
Sharp expansion in Asian middle class further supports rising demand
UNDERLYING DRIVERS (2/2)
Oil consumption per capitaBarrels per day
Source: UN, Energy Aspects analysis
Additional fillip comes from rapidly expanding middle class(+140 million a year, according to Brookings Institution)
Fuel switching and more efficient consumption reduce percapita demand in both Europe and North America
Oil consumption per capitaBarrels per day
16 June 2019
Persistent supports will keep demand rising until the mid-2030s
OIL DEMAND (1/10)
Regional oil demandMb/d
Long-term global oil demand growth, by sectorMb/d
Source: Energy Aspects analysis
Global oil demand likely to rise through 2035 (although peakgrowth already passed), with Asia dominating momentum
The aviation and petchem sectors provide particularlypersistent support for demand, as does road until the 2030s
17 June 2019
Strong gains forecast for the road transport sector through the 2020s
OIL DEMAND (2/10)
Global road transport oil demandMb/d
Total global road transport demand, all energy sourcesBtoe
Source: Energy Aspects analysis
Road transport adds 5 mb/d to global oil demand, 2018-40.Diesel accounts for 58% of increase (supported by freight).
Oil share is 94% in 2018, 86% by 2030 and 68% by 2040. EVdemand hit is 2.5 mb/d by 2030 and near 8 mb/d by 2040
18 June 2019
EV demand hit delayed by gradual feed-through from sales to fleet
OIL DEMAND (3/10)
Global EV penetration, fleet and sales%
Global passenger light-duty vehicle (PLDV) fleetBillion
Source: Energy Aspects analysis
EV sales—optimistically—forecast to rise to 37% by 2040(led by China, 48%), but fleet penetration lags at 23%
With 0.3 billion ICE PLDVs still forecast to be added by 2030,road transport oil demand will not peak until 2030s
19 June 2019
China leads EVs, while autonomous vehicles remain a marginal issue
OIL DEMAND (4/10)
Global ePLDV fleetMillion
Self-driving demand hitMb/d
Source: Energy Aspects analysis
Rapid Chinese ePLDV fleet expansion sees China account forroughly a quarter of the 2.5 mb/d EV demand hit by 2030
Autonomous vehicles dent demand by deterring privateownership. Theoretical demand hit is 0.6 mb/d by 2040
20 June 2019
Asia leads road transport demand growth, while Europe and US lag
OIL DEMAND (5/10)
Regional road transport demand, all oil productsMb/d
Asian road transport demand, all oil productsMb/d
Source: Energy Aspects analysis
Asia leads (+7.5 mb/d), then Africa (+1.9), L. America (+1.2);offsetting declines in Europe (-2.1) and N. America (-4.4)
India dominates growth (+5.9 mb/d) fuelled by rapid uptickin vehicle ownership (and EV infrastructure is too limited)
21 June 2019
Persistent gains in aviation and petchems keep oil rising until mid-2030s
OIL DEMAND (6/10)
Global aviation demandMb/d
Global petrochemical demand, all oil productsMb/d
Source: Energy Aspects analysis
Aviation adds a net 3.2mb/d over 2018-2040, dominated byAsia (+2 mb/d, an average gain of 2.9% a year)
Petchems add 8.3 mb/d—average +2.3% each year—led byAsia (+3.5), North America (+2.3) and Middle East (+1.7).
22 June 2019
War on plastics only slows petrochemical demand growth
Global petrochemical oil demandMb/d
Source: Energy Aspects analysis
OIL DEMAND (7/10)
Petrochemical demand rises by an average 2.1% through thelong-term forecast, notably down on medium-term forecast(3.5% between 2019 and 2024) as theoretical threats—suchas a war on plastics—only gradually trim momentum.
Single-use plastics account for 40% of current plasticsdemand—roughly 25% of oil feedstock demand—but thedemand-side impacts can only be gradual, as governmentefforts/consumer-behaviour take a long time to adjust.
Reducing demand difficult alongside rapidly expandingemerging market middle class (+140 million people a year).
Government action currently focusses on pollution asopposed to restraining demand.
Chinese province of Hainan is banning single-use plastics by2025, while India has targeted ending single-use plasticconsumption by 2025.
Fourth session of UN Environment Assembly, in March,agreed global commitment to curb single-use plasticdemand. Discussion around global phase-out by 2025 wererejected.
Potential war on plastics only slows petrochemical demandgrowth. Given demographics hard to trigger decline.
23 June 2019
Diesel faces some unusual challenges
OIL DEMAND (8/10)
Global diesel demand, by sectorMb/d
Global shipping demandMb/d
Source: Energy Aspects analysis
Weak PLDV demand in Europe, but IMO 2020 stimulationshipping demand along with persistent gains from freight.
IMO 2020 boost for diesel, dents HSFO—could rebound withscrubbers—LNG also a long-term threat.
24 June 2019
Lighter products lead growth, many of which bypass the refinery system
OIL DEMAND (9/10)
Global demand growth, by productMb/d
Black oil demand Mb/d
Source: Energy Aspects analysis
Although diesel posts the biggest (+3.9 mb/d) gain, the mostrapid gains are forecast in the lighter products.
‘Black oil’ expanding by a more muted 6.6 mb/d (0.3% perannum) vs 10.8 mb/d for all oil products (0.5% a year).
25 June 2019
Emerging markets play crucial role in delaying peak oil demand
OIL DEMAND (10/10)
Regional oil demand growthMb/d
Asian demand growthMb/d
Source: Energy Aspects analysis
Asia dominates growth (+12.7 mb/d)—exceeding global gain(+10.8)—due to offsetting declines in Europe/North America.
India leads the long-term Asian expansion (+7 mb/d),followed by China (+4.3); Japanese demand falls (-1.5 mb/d).
26 June 2019
Oil tends towards undersupply through 2030, reversing thereafter
CONCLUSION (1/1)
Long-term oil balanceMb/d
Brent crude price$/b
Source: Energy Aspects analysis
After initial surplus years (2020-2022), a lack of investmentwill sees supplies struggling to keep pace with demand.
Higher prices will be required through 2030 to stimulate thenecessary investment in unconventional supplies.
Medium term supply outlook
28 June 2019
2019-2024: Liquids growth composition biased towards unconventional
INDUSTRY TRENDS (1/3)
Medium-term liquids growth compositionMb/d
Non-OPEC liquids growthMb/d
Source: Energy Aspects analysis
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Light supply from shale leads growth over the medium term,with conventional output broadly flat
Non-OPEC supply growth starts to fade from 2022 as USliquids growth begins to ease
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29 June 2019
Conventional production has stagnated at 70 mb/d since 2005
INDUSTRY TRENDS (2/3)
Global conventional crude productionMb/d
Depletion rates%
Source: Energy Aspects analysis
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After rising through the late 1990s and early 2000s,conventional production has stagnated around 70 mb/d
Depletion rates, particularly at non-OPEC fields, have beenrising steadily, implying a step-up in future decline rates
30 June 2019
Decline rates have picked up in response to elevated depletion
INDUSTRY TRENDS (3/3)
Offshore supply trendsMb/d
KMZ cumulative depletion%
Source: CNH, ANP, NPD, Energy Aspects
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Typically, supply plateaus or declines step-up when depletion hits 40%
For international markets ex-North America, drilling activityneeds to rise further
Depletion rates are rising. Maloob and Zaap are on the cuspof terminal decline, after which declines of 20% are feasible
31 June 2019
US shale production growth to be driven by IOCs over the medium term
MEDIUM-TERM NON-OPEC SUPPLY GROWTH (1/5)
Shale y/y growth forecastMb/d
XOP vs. WTI% out/under perform
Source: DrillingInfo, Bloomberg, Energy Aspects
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With limited growth prospects elsewhere, IOCs have movedtheir medium-term focus to US liquids production for growth
XOP has underperformed WTI in each of the past five years,with the trend progressively intensifying
32 June 2019
Russian production set for revival over the medium term
MEDIUM-TERM NON-OPEC SUPPLY GROWTH (2/5)
Russian drilling activity vs. production%
Russian project backlog Thousand b/d
Source: Company reports, CDU-TEK, Energy Aspects
Increased drilling metres and fiscal incentives expected tosupport Russian output over the medium term
1.2 mb/d of peak capacity additions will help to offsetdecline rates among Russian fields
Field name Operator Start Year Size
Russkoye Rosneft 2018 150
Tagul Ph. 1 Rosneft 2018 45
Taas Yunakh (Srednebotusbinskoye Phase 2) Rosneft 2018 100
Kuyumba Rosneft 2018 60
Severo Samburgskoye Gazprom Neft 2018 45
Petsovoye Gazprom Neft 2018 115
En-Yakhinskoye Gazprom Neft 2018 6
Small fields Lukoil 2018 100
Rospan (Condensates+NGLs) Rosneft 2019 125
Vladimir Filanovsky Ph3 Lukoil 2019 25
D-41 Lukoil 2019 20
Kuyumbinskoye (initial phase) Slavneft 2020 60
Redevelopment of existing assets Various 2020 250
Chayandinskoye Gazprom 2021 50
Tagul Ph.2 Rosneft 2022 45
Rakushechnoye Lukoil 2023 25
D-33 Lukoil 2023 15
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Production, mb/d (RHS)
33 June 2019
Brazil: Pre-salt gains should start to offset declines in the post-salt
MEDIUM-TERM NON-OPEC SUPPLY GROWTH (3/5)
Pre-salt production Mb/d
Post-salt productionMb/d
Source: ANP, Energy Aspects
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The ramp-up of 11 new fields over the past year shouldsupport pre-salt growth over the coming years
The post-salt has lost almost 50% of its output over the pastfew years, although declines should moderate
34 June 2019
Canada’s supply outlook has been tempered by above-ground challenges
MEDIUM-TERM NON-OPEC SUPPLY GROWTH (4/5)
Canadian liquids growthMb/d
Canada’s oil sands growthMb/d
Source: Company reports, Statistics Canada, NEB, Energy Aspects
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Delays to Line 3, Trans Mountain Expansion Project andKeystone XL have tempered our growth outlook
Oil sands will lead growth, rising by 0.7 mb/d over the nextfive years
35 June 2019
A short-term revival (Norway) and the new kid on the block (Guyana)
MEDIUM-TERM NON-OPEC SUPPLY GROWTH (5/5)
Norwegian medium-term crude outputMb/d
Guyana’s medium-term crude outputMb/d
Source: NPD, Company reports, Energy Aspects
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Guyana will become the latest non-OPEC producer in 2020,with supply rising to 0.5 mb/d by 2024
Norwegian output is set to rise as the giant 0.44 mb/d JohanSverdrup field starts-up later this year
36 June 2019
Iraq and Saudi Arabia to lead OPEC growth
MEDIUM-TERM OPEC SUPPLY (1/2)
Iraq and Saudi Arabia y/y crude growthMb/d
Saudi development projectsMb/d
Source: Energy Aspects analysis
Saudi Arabia (+0.7 mb/d) and Iraq (0.8 mb/d) will need toplay an important role in medium term balances
But with Saudi fields 39% depleted and its largest field,Ghawar, 60% depleted, intense drilling efforts are required
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Saudi Arabia Iraq
Development Year Capacity Grade
2008-2018
Khursaniyah 2008 0.50 Arab Extra Light
Shaybah Phase 2 2008 0.25 Arab Extra Light
Nuayimm 2009 0.10 Arab Extra Light
Manifa 2013 0.90 Arab Heavy
Shaybah Phase 3 2016 0.25 Arab Extra Light
Safaniyah 2017 1.20 Arab Heavy
Zuluf GOSP 3 2018 0.30 Arab Medium
Khurais 2018 0.30 Arab Light
Total 3.80
2008-18 annual average 0.35
2019-2026
Fazran 2020 0.08 Arab Light
Dammam 1 2021 0.03 Arab Heavy
Zuluf expansion 2022 0.60 Arab Heavy
Berri expansion 2023 0.25 Arab Extra Light
Marjan expansion 2023 0.30 Arab Medium
Dammam 2 2026 0.05 Arab Heavy
Total 1.25
2019-26 annual average 0.31
37 June 2019
Geopolitics has led to steep declines in several OPEC members
MEDIUM-TERM OPEC SUPPLY (2/2)
Iranian crude and condensate production, y/y changeMb/d
Venezuelan oil productionMb/d
Note: Red – historical, blue – EA forecastsSource: Energy Aspects analysis
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Iran has shown it can restore output quickly if sanctions areremoved, but that requires political change in Washington
Venezuela should stabilise around current levels, but onlypolitical reform can correct the chronic mismanagement
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Sanctions Relief Sanctions
38 June 2019
Asia to lead supply declines over the medium term
MEDIUM-TERM NON-OPEC SUPPLY DECLINES (1/1)
Asian production Mb/d
Australian liquids growthThousand b/d
Source: Company reports, Government agencies, BREE, Energy Aspects
Having fallen by almost 1 mb/d across 2015-18, Asian supplyis set to fall by another 1.2 mb/d between 2019-24
We expect Australian output to rise over the next few years,supported by condensate from LNG, but decline from 2021
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China India Indonesia
Malaysia Thailand Australia
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39 June 2019
Strong US NGLs growth to create liquids over-supply over the next few years
NGLS (1/1)
US NGL productionMb/d
US NGL production growth y/yMb/d
Source: EIA, Energy Aspects
The advent of shale has driven US NGL production growth torecord highs
The onset of weaker NGL prices and global demand, andinfrastructure constraints will put the brakes on growth
EVs and the changing vehicle fleet
41 June 2019
EVs are not new but the technology has received a lot of interest recently
Global EV salesMillion
Source: Energy Aspects analysis
INTRODUCTION (1/1)
Thomas Edison famously championed the cause of the EV,telling his friend Henry Ford—the godfather of the internalcombustion engine (ICE)—’electricity is the thing. There areno whirring and grinding gears…no dangerous and evil-smelling gasoline and no noise’
History begged to differ, but some things have changed:environmental issues have moved up our collective agendas,and improvements have been made by the technology (stillhas a long way to go, constrained by battery chemistry)
Roughly 2 million electric passenger light-duty vehicles(ePLDVs) were sold in 2018. We define these to be all PLDVspropelled by electricity except non-plugin hybrids (which wetreat as super-efficient ICE vehicles)
To date, China has sold the most vehicles—the ChineseePLDV fleet is already roughly 2 million—followed by the USand a combined Europe, both roughly 1 million
Our base-case model depicts a dramatic uptick in EV sales—approaching 20 million by 2030 (57 million by 2040)—butthis is very dependent on certain leaps being made bybattery technology
EVs first appeared as a vehicle prospect back in 1837, yearsbefore Elon Musk was even a glimmer in his grandma’s eye
42 June 2019
Car sales to continue to rise strongly, but gasoline peaks around 2027
VEHICLE DYNAMICS (1/9)
Global PLDV sales, by country/regionMillion
Source: Energy Aspects analysis
Sales will rise to test 125 million a year by 2030 (154 millionby 2040); gasoline potentially peaks in mid-2030s (85million)
Sales surge on rapid Asian increases—fuelled by supportivedemographics—India up to 25 million by 2040 (China 37m)
Global PLDV salesMillion
43 June 2019
Asian vehicle sales dominate growth, led by India and China
VEHICLE DYNAMICS (2/9)
Asian PLDV sales, by countryMillion
Source: Energy Aspects analysis
Asian sales rise sharply—to 87 million a year by 2040 (41million in 2018)—with EV sales rising to 37 million by 2040
Indian car sales face the sharpest jump, surging to 26 milliona year by 2040, from a very modest 8 million in 2018
Asian PLDV sales, by fuelMillion
44 June 2019
Some of the strongest gains in EVs are in North America and China
VEHICLE DYNAMICS (3/9)
Chinese PLDV sales, by fuelMillion
Source: Energy Aspects analysis
Uptick in NA EV sales (to 4 million by 2040) occurs alongsidedeclining total NA PLDV sales (-3 million, 2018-2040).
Growth in Chinese car sales slows (sub 2% 2030s, 6% last 5years); EVs gain market share (27% by 2030, 48% by 2040)
North American PLDV sales, by fuelMillion
45 June 2019
Gradual feedthrough from sales to fleet slows prospective EV hit
Global EV share%
Source: Energy Aspects analysis
VEHICLE DYNAMICS (4/9)
EV sales rise to test 19 million a year by 2030, 16% of allPLDVs sold worldwide
8 million forecast to be sold in China by 2030 (27% of allPLDV sales), approaching 2 million in US (11%), 3 million inEurope (18%) and 2 million in India (15%)
Despite the accumulation of many years of rising EV sales—fuelling a sizeable 128 million global EV fleet by 2030—thisstill only amounts to 8% of the global PLDV fleet
Sales are only important insofar as determining the demandimpact as the addition to the fleet. Sales are essentially theconverse of scrapping, which we estimate to be the sales ofroughly 12 years earlier
Accordingly the theoretical EV demand hit is 2.5 mb/d by2030 (four times less than that attributable to ‘normal’vehicle efficiency gains).
Though global EV sales share rises to 37% by 2040, the EVfleet penetration rises more modestly to 23%. Theoretical EVdemand hit accordingly rises to 8 mb/d, still three timessmaller than that attributable to efficiency gains
Huge pre-existing fleet of ICE vehicles limits the speed withwhich EVs gain significant market foothold
46 June 2019
EVs will remain only a marginal downside influence on oil until 2030s
VEHICLE DYNAMICS (5/9)
Global ePLDV fleetMillion
Source: Energy Aspects analysis
Even with these very upbeat EV numbers the ICE fleetcontinues to increase—up by 0.3 billion by 2030 (+0.4 by2040)
Rapid Chinese ePLDV fleet expansion sees China account forroughly a quarter of the 2.5 mb/d EV demand hit in 2030
Global PLDV fleet, by fuelBillion
47 June 2019
Asia sees the quickest feedthrough, from rising EV sales through to fleet
VEHICLE DYNAMICS (6/9)
Chinese PLDV fleet, by fuelMillion
Source: Energy Aspects analysis
Asian PLDV expands by 0.6 billion, 2018-2040 (EVs +0.3,gasoline +0.2, diesel +0.1). Gasoline leads pre-2030 growth
Due to government initiatives the Chinese EV fleet surges to55 million by 2030 (15%), 155m by 2040 (35%)
Asian PLDV fleet, by fuelMillion
48 June 2019
Indian EV fleet lags on an extreme lack of charging infrastructure
VEHICLE DYNAMICS (7/9)
North American PLDV fleet, by fuelMillion
Source: Energy Aspects analysis
Strong fleet growth (+69m by 2030, +190 m by 2040), but EVbreakthrough delayed until 2030s (+36m by 40, +8m by 30)
Flat North American fleet (+3million by 2040), but EVs slowlyrise to 14 million by 2030 (6%) and 41 million by 2040 (17%)
Indian PLDV fleet, by fuelMillion
49 June 2019
Not forgetting trucks, buses and autonomous vehicles
VEHICLE DYNAMICS (8/9)
Self-driving demand ‘hit’Mb/d
Source: Energy Aspects analysis
Slow encroachment from gas—from Chinese trucking—andelectricity—for buses (particularly in China) and light freight
Autonomous vehicles dent demand by deterring privateownership, theoretical demand hit is 0.6 mb/d by 2040
Global truck & bus fleet, by fuelMillion
50 June 2019
Oil demand from road transportation peaks around 2035
VEHICLES DYNAMICS (9/9)
Global road transport oil demandMb/d
Total global road transport demand, all energy sourcesBtoe
Source: Energy Aspects analysis
Adding 5 mb/d to global oil demand, 2018-2040; dieselaccounting for 58% of this increase (supported by freight)
Oil (94% 2018) but share falls (86% by 2030, 68% 2040); EVdemand ‘hit’ 2.5 mb/d by 2030 (approach 8 mb/d by 2040).
Unlocking petrochemicalsJune 2019
52 June 2019
Significant increases in olefins capacity driven by feedstock growth
Unlocking petrochemicals (1/11)
Steam cracker additionsMtpy
New PDH capacityMtpy
Source: Company reports, Energy Aspects analysis
Ethylene capacity additions will total 77.1 Mtpy from 2017-2025. US and China (23.1/ 20.4 Mtpy) are the main drivers
New PDH capacity will total 12.63 Mtpy by 2023, requiring0.59 mb/d of propane
53 June 2019
Petrochemical supply chain ends in plastics, fibres, gasoline components
Unlocking petrochemicals (2/11)
Source: Energy Aspects analysis
Petrochemicals demand has increased at a rate of 3.25% between 2005-2019, outstripping global GDP growth of 2.7% during thesame time frame. Ultimately, the main end product has been plastics with secondary uses in fibres and gasoline blending
Ethylene Propylene Butadiene
NGLs, naphtha, crude oil, natural gas
FEEDSTOCK
MONOMERS
OLEFINS AROMATICS
Benzene Toluene Xylenes
DERIVATIVES
PolyethyleneEthylene
glycolEthylene
oxide
Gasoline blendingStyrene
Polystyrene
PolypropylenePropylene
oxideAcrylonitrile
PolybutadieneSynthetic
rubber
Octane booster
Polyurethane foam
Solvent
ParaxylenePET
Polyesters
54 June 2019
Industry has diversified from supermajors, enticed new players
Unlocking petrochemicals (3/11)
Source: Company reports, Energy Aspects analysis
Initial investments have honed in on the ethylene supply chain, although current trends have been towards specialty chemicals
IINTEGRATED PURE PLAYERS FRESH ENTRANTS
55 June 2019
Ethylene supply chain largely concentrates on plastics manufacturing
Unlocking petrochemicals (4/11)
Source: Energy Aspects analysis
Nearly 11.4 Mtpy of new polyethylene capacity is starting up by end-2020 with about 3 Mtpy coming out of North America, largelymeant for export to Asia
ETHYLENE
LLDPE
LDPE
HDPE
PO
LYETHYLEN
E
ETHANE/ NAPHTHA
56 June 2019
Propylene supply chain lends itself toward industrial-strength plastics
Unlocking petrochemicals (5/11)
Source: Energy Aspects analysis
Propylene has largely come out of the steam cracking or refining process. Increasingly, propane dehydrogenation units arecapitalising on cheaper propane. Polypropylene is the main derivative, comprising a third of plastics in automotive manufacturing
PROPYLENE
HoPP
CoPP
PO
LYPR
OP
YLENE
PROPANE , ETHANE, NAPHTHA
57 June 2019
Ample feedstock availability, greater integration fuels cracker mix
Unlocking petrochemicals (6/11)
Steam cracker consumption by feedstock%
Steam cracker co-product output by feedstock%
Source: Company reports, Energy Aspects analysis
Naphtha remains the dominant cracker feedstock globally(60%), although ethane’s share is creeping up (20-22%)
Lighter feedstock yields the greatest amounts of ethylene
58 June 2019
Cracker feedstock flexibility could become more attractive
Unlocking petrochemicals (7/11)
Steam crackers with feedstock flexibility Flexi-crackers’ feedstock consumptionMtpy
Source: Company reports, Energy Aspects analysis
The ability to switch from one feedstock to another tocapture cheaper outright prices enhances a unit’s margins
Nearly 52% of the world’s crackers can consume more thanone feedstock; only 9.4% have a high probability of doing so
59 June 2019
Global monomers prices are pressured by oversupply
Unlocking petrochemicals (8/11)
Global ethylene prices$/t
Global benzene prices$/t
Source: Argus Media Group, Energy Aspects analysis
Global ethylene prices are being challenged by oversupplyfrom new crackers
Global benzene prices have also softened, but due to weakerglobal demand
0
400
800
1,200
1,600
14 15 16 17 18 19
US NWE Asia
60 June 2019
US ethylene cash costs are indicating LPG favourability over ethane
Unlocking petrochemicals (9/11)
US ethylene cash cost margins$/t
US forward ethylene cast cost marginsc/lb
Source: Argus Media Group, Energy Aspects analysis
Petrochemical producers will analyse ethylene cash costmargins to determine their feedstock mix
US forward cash cost margins are increasingly pointing toLPG as the more profitable feedstock
61 June 2019
Global polyethylene prices are beginning to feel the strain from overbuild
Unlocking petrochemicals (10/11)
Global polyethylene prices$/t
Asian HDPE margins by feedstock$/t
Source: Argus Media Group, Energy Aspects analysis
Global PE prices are now beginning to feel the strain of newcapacities as near-term demand is facing headwinds
Margins for integrated PE units are becoming increasinglyvolatile with increased feedstock competition
62 June 2019
Feedstock and operating rate decisions heavily dependent on naphtha prices
Unlocking petrochemicals (11/11)
Propane-naphtha spreads$/t
Source: Argus Media Group, Energy Aspects analysis
The propane-naphtha spread is monitored closely andheavily influences cracker switching decisions
Breakeven levels ($150/t) for aromatics and styrenics supplychains are softening due to waning consumer sentiment
Benzene-naphtha spreads$/t
Long-term supply forecasting methodology
64 June 2019
Integrated model which flows from the short- to medium- to long-term
Short- and medium-term model process
Source: Energy Aspects analysis
MODEL OUTLINE (1/1)
Short-/medium-term: Monthly profile built from existingproduction, observed declines and projected additions
Long-term model process
Long-term: Annual profile built using resource depletion,allowing for growth in reserves and undiscovered resources
Well/field/basin supply
Country production
Decline New project model
Monthly conventional crude
outlook to 2024
Shale, oil sands, NGLs, biofuels,
other and processing gains
Total liquids outlook to 2024
To long-term model
Existing production from
1900
Resource estimate
DeclineUnder
development
Reserves growth
Yet-to-findTotal
conventional outlook
Other liquids
Total liquids outlook by
country to 2040
65 June 2019
Layer 1: Existing production, which governs forward decline rates
FSU Hubbert linearisationBillion barrels
Source: Energy Aspects analysis
CONVENTIONAL LONG-TERM FORECASTS (1/3)
Existing production curveMb/d
y = -0.0007x2 + 0.1145x - 0.1596
R² = 0.9897
0
1
2
3
4
5
0 40 80 120 160
30
34
38
42
46
50
54
24 26 28 30 32 34 36 38 40
A long history of data will provide a good fit and thereforeestimate of ultimate recoverable reserves (URR)
Existing production forecast to decline by 16 mb/d between2024-2040
66 June 2019
Layer 2 and 3: Development and reserves growth
CONVENTIONAL LONG-TERM FORECASTS (2/3)
Development production curveYears
Reserves growth production curve Mb/d
Source: Energy Aspects analysis
0
4
8
12
16
20
24 26 28 30 32 34 36 38 40
Development of existing reserves in Latin America (Brazil andVenezuela) will drive this curve to peak in 2027
140 billion barrels of reserves growth will add 10 mb/d toconventional supply between 2024 and 2040
0
4
8
12
24 26 28 30 32 34 36 38 40
67 June 2019
Layer 4: Yet-to-find (YtF) resource
CONVENTIONAL LONG-TERM FORECASTS (3/3)
YtF production curveMb/d
Total liquids change 2024-2040Mb/d
Source: Energy Aspects analysis
0
2
4
6
8
10
12
14
1 3 5 7 9 11 13 15 17 19 21 23
Model RussiaSaudi Arabia IranNorth Sea
(15.9)
(7.0)
9.5 10.7
(20)
(15)
(10)
(5)
0
5
10
15
Exist. Dev. R. growth YtF
600 billion barrels of YtF conventional resource will need tobe developed to add 12 mb/d over the long-term
Conventional crude will decline over the long-term, whichincreases the call on unconventionals
68 June 2019
Depletion rates are a leading indicator for future declines
Theoretical depletion curve%
Source: Energy Aspects analysis
APPENDIX: DEPLETION (1/1)
Depletion follows an exponential profile, which can only betamed by slowing production rates (increasing decline rate)
Actual Norwegian depletion curve – 1971-2018 %
After rising sharply through the downturn, Norwegian declinerates have accelerated over the past 18 months
0%
20%
40%
60%
80%
100%
1 3 5 7 9 11 13 15
Annual production rate
Annual depletion rate
0%
3%
6%
9%
12%
15%
18%
21%
71 81 91 01 11 21
Natural gas & power markets
70 June 2019
Renewables lead, followed by gas, while coal lags
CHANGING COMPOSITION OF ENERGY (1/1)
Fossil fuel demand, average growthMtoe
Source: Energy Aspects analysis
Renewables lead the upside (average expansion of 88 mtoe ayear over 2020-2040), followed by gas (+57 mtoe pa).
Primary energy demand, average growthMillion tonnes of oil equivalent (mtoe)
Growth in global demand for gas continues, but slows fromits pace over the past decade of 2% pa, to 1.4% pa.
Asia makes up the biggest share (56%) of gas demandgrowth in our outlook. The fuel makes increasing inroadsinto power generation globally (+0.7 btoe).
Supply of gas will be driven by US shale, shale outside NorthAmerica and Middle East supplies in the long term.
Industrial gas use is the second-biggest gainer through 2040,but at +0.17 btoe, a quarter of the growth is in power use.
Power use globally will rise at a similar pace over the nexttwo decades (1.7% pa) as witnessed in the previous 15 years.This is initially driven by the strong linkage to economicactivity, but by 2030 will increasingly be a function ofgrowing vehicle and building electrification.
Further declines in renewables costs (wind -30%, solar -50%)through 2030, along with a de-emphasis on coal, leadrenewables supply growth, which at 0.7 btoe is the biggestgainer in primary energy in that period.
71 June 2019
Gas demand growth outstrips oil, but eases off its recent pace
NATURAL GAS (1/3)
Natural gas demand by sectorBillion tonnes of oil equivalent (btoe)
Source: Energy Aspects analysis
Power use leads the growth in gas demand, offsettingdeclines in building consumption due to electrification
Demand growth in Asia continues to dominate as coal isdisplaced, though gas increasingly threatened by renewables
0
1
2
3
4
5
15 20 25 30 35 40
Road Shipping Industry
Power Buildings Others
Natural gas demand by regionBillion tonnes of oil equivalent (btoe)
0
1
2
3
4
5
15 20 25 30 35 40
North America Latin America
Europe FSU
Middle East Africa
Asia
72 June 2019
Supply gains are mixed further into our forecast
NATURAL GAS (2/3)
Crude oil, natural gas prices$/mmbtu
Source: Energy Aspects analysis
Gas prices in Asia remain higher than other regions, but areattractive when compared with oil
US supply growth continues into the next decade, followedby other shale and Middle East supply gains
Natural gas supply by countryBillion tonnes of oil equivalent (btoe)
0
1
2
3
4
5
15 20 25 30 35 40
US ChinaRussia CanadaArgentina Others
4
6
8
10
12
14
16
18
20
22
10 15 20 25 30 35 40
Brent Crude Oil Asia gas price (JKM)
73 June 2019
Industrial growth driven by Asia; power demand gains limited by renewables
NATURAL GAS (3/3)
Power demand by energy typeShare of total
Source: Energy Aspects analysis
Power sector gas demand sees a slight increase in marketshare, while renewables’ share nearly doubles in our forecast
Asia leads industrial demand growth, followed by Asia and,to a lesser extent, Africa
Industrial natural gas demand by regionBillion tonnes of oil equivalent (btoe)
0.0
0.2
0.4
0.6
0.8
1.0
15 20 25 30 35 40
North America Latin AmericaEurope FSUMiddle East AfricaAsia
0%
20%
40%
60%
80%
100%
15 20 25 30 35 40
Oil Gas Coal Renewable Nuclear
74 June 2019
Gas demand growth outstrips oil, but eases off its recent pace
POWER (1/4)
Power demand growth by energy use%
Source: Energy Aspects analysis
Power use leads the growth in gas demand, offsettingdeclines in building consumption due to electrification
Demand growth in Asia continues to dominate as coal isdisplaced, though it is increasingly threatened by renewables
Power demand by regionBillion tonnes of oil equivalent (btoe)
0
1
2
3
4
5
6
7
8
15 20 25 30 35 40
North America Latin America
Europe FSU
Middle East Africa
Asia
100
110
120
130
140
150
160
15 20 25 30 35 40
Power demand derived
from EV fleet consumption
Power demand derived
from economic growth
Source: Energy Aspects analysisNote: 2015 = base 100
75 June 2019
Electrification of vehicles drives deferred North American growth
POWER (2/4)
North American building demandMtoe
Source: Energy Aspects analysis
Vehicle use of electricity surges after 2025 as costs declineand fleet turnover accelerates
Much of the growth in power use in buildings is driven byvehicle charging as overall efficiency continues to increase
North American EV consumptionMtoe
0
10
20
30
40
50
60
1 6 12 17 22 27 32 37
Canada US
0
100
200
300
400
500
600
700
15 20 25 30 35 40
Power Gas
76 June 2019
Renewables share growth driven by turnover of coal, nuclear fleet in EU, US
POWER (3/4)
European power supply by fuel typeMtoe
Source: Energy Aspects analysis
Coal shutdowns driven by growth in gas projects and,increasingly, gains in renewables capacity in North America
With less indigenous resource, growth in gas-firedgeneration can only hold steady as nuclear, coal decline
North American power supply by fuel typeMtoe
0.0
0.2
0.4
0.6
0.8
1.0
1.2
05 10 15 20 25 30 35 40
Oil Gas Coal
Renewable Nuclear
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
05 10 15 20 25 30 35 40
Oil Gas Coal Renewable Nuclear
77 June 2019
Asia continues to lead electricity growth, with a shift toward renewables
POWER (4/4)
Asian generation mix %
Source: Energy Aspects analysis
Economic activity is the primary accelerant in power use inAsia until 2030, when vehicles lead the expansion
While gas holds a relatively steady share, solar leads thegrowth in renewables generation in Asia
Power demand breakdown by use in AsiaBtoe
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
4.0
15 20 25 30 35 40
Power demand from EV fleet
Power demand from economic
growth
12% 13%
69%
42%
10%
33%
9%
0%
20%
40%
60%
80%
100%
Share 2015 Share 2040
Oil Gas Coal Renewable Nuclear
Energy Overview
79 June 2019
Oil peaks in mid-2030s, coal earlier, but others pick up to complete the circle
Total primary energy demandBillion tonnes of oil equivalent (btoe)
Source: Energy Aspects analysis
SUMMARY (1/1)
+3.6 btoe (1% pa): renewables (+1.9 btoe), gas (+1.3 btoe),oil (+0.4 btoe, +10.8 mb/d), nuclear (+0.2 btoe), while coaldeclines (-0.2 btoe) – would have been more but for India.
Rapidly expanding emerging market middle class underpinspersistent demand growth, with particular weightingtowards Asia (+2.7 btoe), Middle East (0.5 btoe) and Africa.
Desire for lower emissions sees coal demand peak in 2027;oil peaks in mid-2030s, as EVs fleet share passes one-eighth.
Theoretical EV demand hit in oil is 2.5 mb/d by 2030, four-times less than the impact from vehicle efficiency gains.
Non-OPEC supplies add 3.7 mb/d, 2019-2024, (+2 shale, +1.2NGLs, +0.7 oil sands), far below +5 mb/d demand addition.
Escalating decline rates mean oil supply struggles to keeppace with demand over 2023-2030, depleting inventoriesand supporting prices, albeit with a temporary recession-related blip expected around 2021-2022.
Oil prices decline post-2030 on weak demand gains (demandfalls after mid-2030s) but scale of decline muted bypersistent strength of aviation and petrochemical sectors.
Enduring theme is electrification—many industries, buildingsand transport—particularly supporting gas and renewables.
80 June 2019
Renewables lead, followed by gas, while coal lags
CHANGING COMPOSITION OF ENERGY (1/6)
Fossil fuel demand, average growthMtoe
Source: Energy Aspects analysis
Renewables lead the upside (average expansion of 88 mtoe ayear, 2020-2040), followed by gas (+57 mtoe pa).
In contrast, oil rises by average 17mtoe pa (-3mtoe 30-40),while coal declines by average of 13 mtoe (-32mtoe, 30-40).
Primary energy demand, average growthMillion tonnes of oil equivalent (mtoe)
81 June 2019
Increased electrification sees power dominate, boosting gas and renewables
CHANGING COMPOSITION OF ENERGY (2/6)
Primary energy demand growth, main sectorsMtoe
Source: Energy Aspects analysis
Power’s market share to rise steadily, up to 43% by 2040(from 36% in 2018)
Power accelerates on increased electrification; petchems stillrising but decelerating on ‘war on plastic’
Primary energy demand, by sectorBtoe
82 June 2019
Asia dominates the upside
CHANGING COMPOSITION OF ENERGY (3/6)
Primary energy demand, average growthBtoe
Source: Energy Aspects analysis
Asia leads growth at +2.7 btoe (76%), ME +0.5 btoe, Africa+0.3 btoe, LA +0.3 btoe, FSU +0.2 btoe, Europe/NA -0.2btoe
Asian demand growth averages 125mtoe per annum, MiddleEast +22 mtoe, LA +12 mtoe, Africa +11 mtoe, FSU +9 mtoe
Primary energy demand, by regionBtoe
83 June 2019
Particularly strong gains anticipated in China and increasingly India
CHANGING COMPOSITION OF ENERGY (4/6)
Indian primary energy demandBtoe
Source: Energy Aspects analysis
0.9 btoe Chinese gain over 2018-40 is largely a renewablesstory (+0.8 btoe); gas +0.3 btoe, oil +0.2 btoe (+4.3 mb/d).
Similar absolute Indian gain (as China), but almost three-times faster—lower base—plus additional coal capacity built
Chinese primary energy demandBtoe
84 June 2019
Sharp expansion in Asian middle class supports rising demand
CHANGING COMPOSITION OF ENERGY (5/6)
Oil consumption per capitaBarrels per day
Source: UN, Energy Aspects analysis
Additional fillip comes from rapidly expanding middle class(+140 million a year according to Brookings Institution)
Rise in per capita oil demand is more subdued (than totalprimary energy growth) due to increased electrification
Energy consumption per capitaThousand tonnes of oil equivalent (ktoe)
85 June 2019
Flat to declining demand forecast for North America and Europe
CHANGING COMPOSITION OF ENERGY (6/6)
European primary energy demandBtoe
Source: Energy Aspects analysis
NA roughly flattens, before inching down through 2030s.Gains 0.1 btoe in renewables/gas, offsets declines in coal/oil
European demand slips by 0.2 btoe over 2018-40 (-0.4% pa),led by sharp (2.5% pa) decline in coal and oil (-1.7% pa)
North American primary energy demandBtoe
86 June 2019
Not forgetting heightened uncertainties, particularly macroeconomic
Total primary energy demandBillion tonnes of oil equivalent (btoe)
Source: Energy Aspects analysis
UNCERTAINTIES/CHALLENGES (1/1)
Our macro models depict global economic growth averaging+3% p.a. through 2040—marginally below the IMF—butvarious risks could derail such a supportive macroeconomicbackdrop and accordingly further trim oil demand.
Threat of trade tensions leading to a ‘global economicmeltdown’ adds significant downside risk—though it is ourinherent belief such a self-destructive assault will notoccur—potentially trimming one-third from potentialdemand growth.
Our models assume a rapid uptick in global EV salespenetration—sales share rises to 16% of all PLDVs sold by2030 (37% by 2040)—but momentum could be either muchfaster or much slower (more likely).
If EV sales increase more rapidly—to 50% by 2030 in extremeexample and 75% by 2040—then prospective oil demandwould be much lower (3.6% below our base-case for 30, 10%lower for 40) but higher renewables, gas and nuclear providepartially offsetting support (additional power demand).
The flip side is also true, if EV sales are much lower—say 5%by 2030 and 10% by 2040, oil demand is much higher (1.2%above base-case by 2030, +5.4% by 2040).
The overall +3.6 btoe long-term primary energy demandforecast depends on supportive macroeconomic backdrop
87 June 2019
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Oil products
Light ends, Middle distillates & Fuel oil
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Europe, North America & Global LNG
Emissions
Macro energy
Long-term energy market outlook
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88 June 2019
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