Clean Mobility Drives Metals Demand
Matthias Dohrn, Senior Vice President,
BASF Precious & Base Metal Services
Bank of America, Virtual Conference
November 10, 2020
Agenda
BASF - We Create Chemistry
BASF Catalysts Division Drives Sustainable Solutions
Precious Metals
Base Metals (Battery)
2 November 10, 2020 I Clean Mobility Drives Metals Demand
BASF - We create chemistry
- Our chemistry is used in almost all industries
- We combine economic success, social responsibility and environmental protection
- Sales 2019: €59.3 billion
- EBIT before special items 2019: €4.5 billion
- Employees (as of December 31, 2019): 117,628
- 6 Verbund sites and 361 other production sites
- Around 100,000 customers from various sectors in almost every country in the world
3 November 10, 2020 I Clean Mobility Drives Metals Demand
BASF's segments
Many of our segments and divisions supply the automotive industry
Materials
Performance Materials,
Monomers
Chemicals
Petrochemicals,
Intermediates
Surface | ||
Industrial | Technologies | Nutrition |
Solutions | Catalysts, | & Care |
Coatings | ||
Dispersions & Pigments, | Care Chemicals, | |
Performance Chemicals | Nutrition & Health |
Agricultural
Solutions
Agricultural
Solutions
Other
Verbund
4 November 10, 2020 I Clean Mobility Drives Metals Demand
Agenda
BASF - We Create Chemistry
BASF Catalysts Division Drives Sustainable Solutions
Precious Metals
Base Metals (Battery)
5 November 10, 2020 I Clean Mobility Drives Metals Demand
BASF Catalysts covers the whole value chain for catalysts and battery materials production
Precious metal | Sourcing | Production | Catalyst / battery | Customer industries | ||||||||
& base metal sources | & trading | material production | ||||||||||
Primary | PGM / Base | Battery | e-Mobility | |||||||||
sources (Mines) | Trading | materials / | ||||||||||
fuel cell | ||||||||||||
Iselin, London, | |||
Open market | Shanghai, Tokyo, | Mobile | Mobile |
Moscow | |||
emissions | emissions | ||
PGM / Base | PGM / Base | Process | Process |
Refining | PMC* | catalysts | industry |
USA, Europe | Seneca, Rome, |
Shanghai | |
Scrap
collectors
Black mass
collectors
6 November 10, 2020 I Clean Mobility Drives Metals Demand | * Precious Metal Chemicals Production |
Primary sourcing of metals requires specific guardrails
- Enhanced sustainability in procurement management, including OECD Due Diligence Guidance for Responsible Sourcing of Minerals
- Dedicated task force and senior level committee to guide and decide on due-diligence action
- Comprehensive sustainability assessment tools through the chemical industry's Together for Sustainability (TfS) initiative, including mining- specific audit commensurate with multi-stakeholder-based IRMA audit
- Participation in various topic-specificinitiatives, e.g., "Cobalt for Development" (C4D) artisanal cobalt pilot mine in DRC, Global Battery Alliance (GBA), Responsible Minerals Alliance (RMI), International Platinum Group Metals Association (IPA), engagement in Atacama Lithium projects
7 November 10, 2020 I Clean Mobility Drives Metals Demand
PGMs from secondary sources are of increasing importance to enable a circular economy with a lower CO2 footprint
Companies collect spent automotive 1 and chemical catalysts for recycling
Automotive and chemical companies 6 use and dispose catalysts
Automotive catalysts reduce vehicle tailpipe | 5 |
emissions and chemical catalysts more | |
efficiently produce fuels and chemical products |
- Full loop
- Sustainable supply
- Global footprint
- Trusted partner
2 BASF recycles spent automotive and chemical catalysts to recover PGM
3 BASF uses the PGMs to produce precious metal chemicals
4 BASF uses precious metal chemicals to produce new automotive and chemical catalysts
Recycling and recovery service for precious metal products provides a circular economy for which precious metal can be reclaimed for use in producing fresh salts and solutions for industrial applications
- Recycled PGMs offer a sustainable and environmental benefit from end-of-life materials
- All of the recovered metal we generate is used to supply our mobile emissions catalyst and chemical and process catalyst businesses
- The auto catalyst recycling market is the second largest source of PGM supply and is expected to grow significantly in future years
8 November 10, 2020 I Clean Mobility Drives Metals Demand
Sustainable, low carbon mobility requires adoption of powertrains
Tightening emission regulations and technology advances to lead adoption
Conventional | |||
Internal combustion | Hybrid | ||
engine (ICE); | |||
ICE and electric motor; | |||
catalyst required | Battery | ||
catalyst and battery | |||
Electric motor; | |||
required | Fuel cell | ||
battery required | |||
HEV | |||
Electric motor | |||
and hydrogen; | |||
catalyst required |
PGM loadings increasing | Expanding | Future | |||||||||||||||||||||||
PGMs | PGMs / Base Metals | Base Metals | PGMs | ||||||||||||||||||||||
| Platinum Rhodium | | Platinum | | Lithium | | Lithium | | Cobalt | | Platinum | Iridium | |||||||||||||
| Palladium | | Palladium | | Nickel | | Nickel | | Manganese | | Ruthenium | ||||||||||||||
| Rhodium | | Cobalt | ||||||||||||||||||||||
| Manganese |
9 November 10, 2020 I Clean Mobility Drives Metals Demand
Agenda
BASF - We Create Chemistry
BASF Catalysts Division Drives Sustainable Solutions
Precious Metals
Base Metals (Battery)
10 November 10, 2020 I Clean Mobility Drives Metals Demand
Auto demand has developed into dominant demand driver for PGMs
PGM demand as a share of the automotive market
100% | ||||||||||||
80% | Palladium | |||||||||||
60% | ||||||||||||
Platinum | ||||||||||||
40% | ||||||||||||
Rhodium | ||||||||||||
20% | ||||||||||||
0% | ||||||||||||
1980 | 1990 | 2000 | 2010 | 2019 | 2029 | |||||||
17% | 10% | 83% | 88% | |||||||||
58% | 69% | |||||||||||
31% | 41% | 33% | 38% | 41% | 50% | |||||||
0% | 82% | 86% | 78% | 86% | 90% | |||||||
Percentages represent share of total yearly demand; 2029 includes Pt substitution in LDG catalysts | ||||||||||||
11 November 10, 2020 I Clean Mobility Drives Metals Demand | Source: BASF Market Insight |
Tightening emission regulations are primary driver of metal demand
Timeline of current and future emission regulations
2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 |
Implemented Regulations | Set To Be Implemented | Anticipated Regulations |
LD | US Tier 3 | ||
CA LEV III | |||
HDon | US2010 + CARB optional low NOx | CA UL NOx Phase I (0.05g BSNOx FTP + LLC) | CA UL NOx Phase II (0.02g BSNOx) |
US | EPA Clean Truck Initiative | |||||||||||||||||||
CARB Advanced Clean Truck Initiative (ZEV Mandate: 5% in 2025, 55% by 2035) | ||||||||||||||||||||
HDoff | US Tier 4F | |||||||||||||||||||
GHG Phase 2 N2O / CH4 | ||||||||||||||||||||
LD | Euro 6d temp | Euro 6d | Euro 6d (all) | Euro 6e CF=1.0 | Euro 7 | Euro 8 | ||||||||||||||
CO2 95 g/km | CO2 81 g/km (-15%) vs. 2021 | -37.5% vs. 2021 | ||||||||||||||||||
EU | HDon | Euro VI D | Euro VI E | Euro VII | ||||||||||||||||
HD CO2 review | -15% vs. 2021 | -30% vs. 2021 | ||||||||||||||||||
HDoff | Stage IV | Stage V | ||||||||||||||||||
Brazil | LD | PL 5 | PL 6 | PL7 | PL8 w/ RDE | |||||||||||||||
HDon | Euro V | P8 / Euro VI | ||||||||||||||||||
LD | BS 4 | BS 6 | CO2 113 g/km | BS 6 | BS 6 w/RDE | |||||||||||||||
India | HDon | BS IV | BS VI | BS VI PEMS | BS VII | |||||||||||||||
HDoff | TREM III | TREM IV | TREM V | |||||||||||||||||
LD | NS 5 | NS 6a | NS 6b w/RDE | NS 7 | ||||||||||||||||
China | HDon | NS V | NS VIa (2020: 50% NG; 2021: 75% Urban; 2022: 100% All Diesel) | NS VIb (Full PEMS) | NS VII | |||||||||||||||
HDoff | Stage III | Stage IV + PN (est.) | ||||||||||||||||||
LD | Euro 6c | Euro 6d | Euro 7 | |||||||||||||||||
Korea | HDon | Euro VIc | Euro VId w/PEMS | Euro VII | ||||||||||||||||
HDoff | Global 4 | Global 5 | ||||||||||||||||||
Japan | LD | 2009 Post New Long Term | ||||||||||||||||||
CO2 113 g/km | HDD GHG | |||||||||||||||||||
2018 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 | ||||||||
LD - Current | LD - set to be implemented | LD - anticipated | HDoff - Current | HDoff - set to be implemented | HDoff - anticipated | |||||
HDon - Current | HDon - set to be implemented | HDon - anticipated | ||||||||
12 November 10, 2020 I Clean Mobility Drives Metals Demand Source: BASF Market Insight
Tighter regulations imply higher catalyst complexity
Increasing number of non-PGM catalyzed components in technology
2005 | 2010 | 2015 - 2025 |
LDD
LDG
HDD
- Real driving emissions testing
- Worldwide harmonized light vehicle test procedure
- Advanced engine technologies (multi-pointinjection, turbocharge assisted, lean burn, etc.)
- Non-PGMcomponents SCR, SCRoF, SCRoF(V), SCR(Z)
13 November 10, 2020 I Clean Mobility Drives Metals Demand
Platinum market overview
Market surplus will persist through 2022 followed by declining output from South Africa and Pt substitution in gasoline catalysts pushing the market to deficit position; high stock levels expected to keep price muted
Pt market supply 2020 (k toz)
27% | South Africa | ||||||||||
6.8m toz | Russia | ||||||||||
52% | Zimbabwe | ||||||||||
5% | North America | ||||||||||
7% | 9%Recycling | ||||||||||
9% | |||||||||||
Pt market balance forecast (k toz)* | |||||||||||
1,165 | 972 | 1,251 | |||||||||
629 | |||||||||||
-68 | -2,729 | ||||||||||
-626 | |||||||||||
-1,757 | |||||||||||
2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2029 |
* Demand includes Pt substituted LDG catalysts beginning 2021 which will spur demand
Pt market demand 2020 (k toz)
15% | ||||
3% | Autocat | |||
Jewelry | ||||
3% | 39% | |||
5.8m toz | Chemical | |||
10% | ||||
Electrical
Petroleum
Other
30%
Platinum missing out on the precious metals rally:
- South African Pt supply severely impacted by COVID-19; to break below 4m toz by 2025 led by production cuts and mine depletion
- Elevated Pd and Rh prices delaying mine closures in South Africa
- Substantial surplus balances through 2022 due to:
- Automotive demand to decline again in 2020
- Light-dutydiesel production declined 67% Q2 2020 vs. Q2 2019 in the EU
- Chinese Pt jewelry market continues to decline
- Ample above ground stocks and investment holdings (~17m toz) to alleviate potential future market deficits
14 November 10, 2020 I Clean Mobility Drives Metals Demand Source: BASF, SFA Oxford, Metals Focus
Palladium market overview
Weak automotive outlook for 2020/2021 due to COVID-19 weighing heavy on demand; mid to long-term forecasted Pt/Pd substitution in LDG and possible supply from announced Pd-rich mine projects
Pd market supply 2020 (k toz) | Pd market demand 2020 (k toz) | ||||||
8% | 4% | ||||||
22% | |||||||
31% | South Africa | 5% | Autocat | ||||
Russia | 2% | Jewelry | |||||
8.9m toz | Zimbabwe | 8.8m toz | Chemical | ||||
North America | Electrical | ||||||
12% | 31% | 9%Recycling | 81% | Other | |||
4% |
Pd market balance forecast (k toz)
851 | ||||||
114 | 317 | +737 | ||||
-64 | ||||||
-340 | ||||||
-586 | -581 | |||||
2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2029 |
Palladium price rallying despite market surplus
- 2020 marks the first market surplus forecasted since 2010
- Delays in Pd-rich mining projects due to COVID-19
- Weak automotive sales continues to impact demand
- Positive signs emerging as China auto market (largest gasoline market) rebounds, with sales above 2019 for April - July 2020
- Higher Pd loadings on autocats due to tighter emission regulations
- Pt substituted LDG catalysts to lessen future Pd demand
15 November 10, 2020 I Clean Mobility Drives Metals Demand Source: BASF, SFA Oxford
Rhodium market overview
Market remains tight driven by the recovery in Chinese automotive production and reduction of output from South Africa due to COVID-19 shutdown; severe shortages of rhodium projected in the future
Rh market supply 2020 (k toz)
31%
South Africa | ||
Russia | ||
0.9m toz | 54% | Zimbabwe |
North America | ||
2% | ||
9%Recycling | ||
5% | ||
8% |
Rh market balance forecast (k toz)
-86 | -47 | ||||||
-162 | -351 | ||||||
-335 | -342 | -411 | -398 | ||||
2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2029 |
Rh market demand 2020 (k toz)
7%
8%
Autocat | |
Chemical | |
0.9m toz | Other |
85%
Rhodium market deficits to remain through FC period
- South African Rh supply severely impacted by COVID-19(-22%YoY)
- South African supply expected to decline over the forecast period as conventional mines begin to shutter
- Higher Rh loadings on autocatalysts due to tighter emission regulations
- Continued gain in LDG market share at the expense of LDD
- Rh has higher activity for NOx reduction compared to Pt and Pd making it difficult to substitute in an autocatalyst
16 November 10, 2020 I Clean Mobility Drives Metals Demand Source: BASF, SFA Oxford
Hydrogen economy: Decarbonizing industry/transport offers long-term PGM demand growth from electrocatalysts for hydrogen applications
Hydrogen | Ir | Pt | Distribution | Pt Pd Ru |
generation | ||||
End uses | Pt RuIr |
LOHC* | LOHC* Pt | ||
production | conversion | ||
FCEV
FCEV
H2
Electrolyzers | H2 |
for H2 production | |
Even a moderate emergence of the hydrogen economy could already consume a significant portion of today's Pt and Ir production.
Fertilizer Steel
Green syngas
Heat /
Power
* Liquid organic hydrogen carriers (LOHC) are organic compounds that | |
17 November 10, 2020 I Clean Mobility Drives Metals Demand | can absorb and release hydrogen through chemical reactions |
Agenda
BASF - We Create Chemistry
BASF Catalysts Division Drives Sustainable Solutions
Precious Metals
Base Metals (Battery)
18 November 10, 2020 I Clean Mobility Drives Metals Demand
EV forecast will have a major impact on Ni and Co demand for lithium-ion batteries
EV forecast comparison BEV plus PHEV (million vehicles)
Ni and Co demand sensitivity to EV forecast in 2030 (kt)
40 | 39 | |||||
31 | >20 | |||||
30 | 28 | |||||
million | ||||||
20 | 17 | vehicles | ||||
12 | ||||||
10 | ||||||
3 | 8 | |||||
0 | 2022 | 2024 | 2026 | 2028 | 2030 | |
2020 | ||||||
Bernstein | Benchmark | BNEF | ||||
WoodMac | LMCA | BASF |
1,500 | +54% | |||||
1,000 | +59% | |||||
500 | +33% | +36% | ||||
015m | 20m | 25m | 30m | 35m | 40m | EV sales |
WoodMac | BASF | Bernstein | ||||
2030 NiSO4 demand | 2030 CoSO4 demand |
- Broad range of opinions on policy impact, infrastructure challenges, total cost of ownership parity, range anxiety, and consumer preferences
- Cobalt is less sensitive due to its position in consumer electronics market and deemphasis in EV applications
Consensus of 8-12 million EVs by 2025, but 2030 deviates by >20 million vehicles
19 November 10, 2020 I Clean Mobility Drives Metals Demand | Source: BASF Market Insight |
Shift towards high-Ni CAM will spur demand for nickel at the expense of cobalt
Chemistry mix forecast | Typical metal content |
(%) | (% CAM) |
100% | NCM 811 | 48% | ||||||||||
LFP/LMO | 6% | |||||||||||
90% | ||||||||||||
36% | ||||||||||||
LCO | NCM 622 | |||||||||||
80% | 12% | |||||||||||
70% | NCA | NCM 111 | 20% | Ni | Co | |||||||
20% | ||||||||||||
60% | Low-Ni NCM | LCO | 0% | 60% | ||||||||
0% | ||||||||||||
50% | Mid-Ni NCM | LFP and | ||||||||||
LMO | 0% | |||||||||||
40% | 54% | |||||||||||
NCA | 5% | |||||||||||
30% | ||||||||||||
20% | High-Ni NCM | High-NiCAM will result in higher energy density leading to increased | ||||||||||
10% | Other | performance and range | ||||||||||
0% | China will dominate production for LFP driven by demand from | |||||||||||
2016 | 2018 | 2020 | 2022 | 2024 | 2026 | 2028 | 2030 | auto producers while vast majority of NCA will derive from Japan | ||||
High-Ni NCM expected to become the dominant battery technology, impacted in the short-term by LFP
20 November 10, 2020 I Clean Mobility Drives Metals Demand | Source: BASF Market Insight |
Nickel market overview
Use of nickel within Li batteries to increase as cell manufacturers continue technology shift toward high-nickel cathode chemistries to increase vehicle range and battery energy-density
Ni market supply 2020 (kt)
29%
38%
2,313 kt
Class 1 vs. class 2 Ni supply 2020 | Ni market demand 2020 (kt) | |||||
5% | ||||||
Indonesia | 26% | |||||
Philippines | 48% | Class 1 | Battery | |||
New Caledonia | 2,292 kt | |||||
Class 2 | Stainless steel | |||||
Russia | ||||||
52% | Other | |||||
Other | ||||||
9%
15%
9%
9% | 69% |
Class 1 Ni supply / demand (kt)*
4,000 | Demand forecast total (class 1) | |||
Demand forecast battery
3,000 | Supply deficit | Forecasted deficits | ||||||||||
Flexible class 1 supply | ||||||||||||
2,000 | Current supply (nameplate capacity) | |||||||||||
1,000 | ||||||||||||
0 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 |
* Supply includes flexible supply of class 1 nickel (~300 kt)
Class 1 nickel market expected to face a deficit 2026
- Demand from the EV sector expected to triple by 2025 and exceed 950 kt by the end of the forecast
- Expect BEVs to utilize >55% of high-Ni battery chemistry by 2030
- Majority of supply growth will be from class 2 nickel as a result of Nickel Pig Iron (NPI) producing mines in the Philippines and Indonesia
- Innovations in HPAL nickel refining have the potential to meet class 1 nickel demand from batteries by the mid-2020s
21 November 10, 2020 I Clean Mobility Drives Metals Demand | Source: BASF Market Insights, Wood Mackenzie, Benchmark Minerals, BloombergNEF |
Cobalt market overview
Cobalt contained in high-nickel cathode chemistry batteries still implies a significant growth trajectory, with cobalt demand from Li batteries forecasted to grow by over three times by 2030
Co market supply 2020 (kt)
7% | |||
9% | Africa | ||
3% | Russia | ||
2% | Indonesia | ||
4% | 120 kt | ||
North America | |||
Other | |||
75% | 9%Recycling |
Co market demand 2020 (kt)
33% | Battery | ||
37% | Superalloys | ||
89 kt | Hard materials | ||
Catalysts | |||
6% | Other | ||
8% | 16% |
Co supply / demand (kt)
500 | Demand forecast total | Forecasted deficits | ||||||||||
400 | Demand forecast battery | |||||||||||
Supply deficit | ||||||||||||
300 | Current supply (nameplate capacity) | |||||||||||
200 | ||||||||||||
100 | ||||||||||||
0 | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 | 2029 | 2030 |
Cobalt to shift to a deficit position beginning in 2028, driven by continued growth from batteries
- Cobalt has two innate properties that make it ideal for battery applications: thermal stability and high energy density
- DRC expected to account for ~70% of the global cobalt mined in 2020
- Artisanal miners in the DRC account for an estimated 15% of global cobalt supply
- Demand forecasted to grow by 12% CAGR through 2030 propelled by battery
22 November 10, 2020 I Clean Mobility Drives Metals Demand | Source: BASF Market Insights, Wood Mackenzie, Benchmark Minerals, BloombergNEF |
Summary
Market
Performance
BASF's competitive advantage
- Evolution of new powertrain concepts and transformation of the automotive industry in full swing
- Automotive industry being driven by tightening emission regulations and lower CO2 footprint
- Strong growth momentum projected for battery electric vehicles (BEVs) and hybrids
- Precious and base metals are vital to achieving the performance and needs of the automotive industry
- Electromobility creates opportunity for BASF; positioned to secure demand for emissions catalysts
- BASF poised to enhance clean mobility through sustainably sourced metals
- BASF is well positioned with its metal recycling and relationships with mines to support clean mobility
- Largest chemical supplier to automotive industry, unparalleled access and market knowledge
- Market leader in mobile emissions catalysts and battery materials with a strong technology position
- Global presence and regional R&D and production capabilities
- Financial power to grow asset base and capitalize on market trends
23 November 10, 2020 I Clean Mobility Drives Metals Demand
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BASF SE published this content on 10 November 2020 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 10 November 2020 15:14:06 UTC