BASF SE
Sector: chemicals
Estimated missed savings vs. renewable-transition baseline · 2022–2026
BASF SE could have saved $3.75B.
Here's the receipt.
We modelled what BASF would have saved if it had undertaken a sustainability transformation -- electrified steam crackers and renewable self-generation at Ludwigshafen -- before the 2022 and 2026 energy crises. BASF uses ~20 TWh of gas at Ludwigshafen. At crisis prices (EUR 350/MWh vs normal EUR 15/MWh), that drove EUR 2.2B extra. Renewable self-generation at ~$42/MWh for the electrifiable 8 TWh would have cost $336M/yr. Had BASF locked in 2020-vintage renewable PPAs, it would have been insulated from both the 2022 TTF spike and the 2026 Hormuz resurgence. We subtract planned electrification capex and Zhanjiang energy costs.
View line-by-line breakdown (5 items)
Line items
Electrified steam crackers + renewable self-generation would have shielded Ludwigshafen from the TTF gas spike ($15 to $350/MWh)
Saving$2.8BAssumptions:- TTF-driven energy cost increase at Ludwigshafen in 2022
- 2200 USD million (EUR 2.2B reported)
Scope: Line items 1
BASF reported approximately EUR 2.2B additional energy costs in 2022 vs 2021, driven by TTF gas prices surging from ~EUR 15/MWh to EUR 350/MWh. Ludwigshafen alone accounted for the majority.
- Renewable PPA counterfactual for electrifiable load
- 42 USD/MWh
Scope: Line items 1
A 2020-vintage European corporate renewable PPA at ~$42/MWh for 8 TWh/yr electrifiable load would have cost ~$336M/yr vs the crisis-inflated gas-fired CHP cost, saving ~$2.8B over the crisis period.
Medium — BASF reported EUR 2.2B additional energy costs in 2022 vs 2021. Ludwigshafen consumes ~20 TWh/yr. A 2020-vintage renewable PPA at ~$42/MWh for the electrifiable 40% would have saved the bulk of the TTF-driven cost increase.Electrified ammonia production would have kept Ludwigshafen running when gas-fired margins went negative in H2 2022
Saving$1.2BAssumptions:- Ludwigshafen production curtailment contribution margin losses
- 1200 USD million
Scope: Line items 2
BASF curtailed ammonia production at Ludwigshafen in H2 2022 as gas costs made production uneconomic. BASF Chemicals segment reported EUR 1.1B EBIT decline in 2022, with curtailment as the primary driver.
Medium — BASF curtailed ammonia production at Ludwigshafen in H2 2022 as gas costs exceeded product margins. Lost contribution margin estimated from BASF's reported EUR 1.1B EBIT decline in Chemicals segment.Completing the electrification transformation by 2025 would have insulated Ludwigshafen from the 2026 Hormuz gas cost resurgence
Saving$0.7BAssumptions:- Hormuz 2026 gas cost increase at Ludwigshafen
- 12.5 percent YoY
Scope: Line items 3
European industrial energy costs surging 12.5% YoY in Q1 2026 due to Hormuz disruption (Brent $65 to $118/bbl). BASF Ludwigshafen's ~$5.6B annual energy bill faces ~$700M incremental cost.
Low — Despite the 2022 lesson, BASF's Ludwigshafen remains 74% gas-dependent. The Feb-Mar 2026 Hormuz disruption is driving European industrial energy costs up 12.5% YoY again.Electrification and e-cracker capex at Ludwigshafen and Antwerp
Cost$0.65BSources:Assumptions:- Electrification and renewable energy capex
- 654 USD million/yr
Scope: Line items 4
BASF plans EUR 300M in Scope 1 measures plus EUR 250M in renewable energy for 2025-2028 (EUR 550M total = ~USD 600M/yr annualised, plus e-cracker demo costs).
Medium — Based on BASF's disclosed EUR 300M Scope 1 measures and EUR 250M renewable energy investments planned for 2025-2028, annualised.Zhanjiang Verbund ramp-up fossil energy costs
Cost$0.3BSources:Assumptions:- Zhanjiang Verbund incremental fossil energy cost
- 300 USD million/yr
Scope: Line items 5
Estimated fossil energy cost at the new Zhanjiang site based on $3B total investment, typical Verbund energy intensity, and Chinese grid prices.
Low — The new Zhanjiang Verbund site in China will increase BASF's overall energy consumption. Estimated fossil energy cost component.
$3.75B
MediumExposed
Foolishness score: 58
Show derivation
- Gas procurement cost blow-out at Ludwigshafen during 2022 TTF spike (energy = 60%+ of production costs)Value: 0.85Weight: 0.3BASF Report 2024 (Annual Report)
- Ludwigshafen production curtailment losses during 2022 gas crisisValue: 0.75Weight: 0.25BASF Report 2024: E1 Climate Change
- Hormuz 2026 resurgence: gas costs surging again, Ludwigshafen still gas-dependentValue: 0.65Weight: 0.2World Energy Outlook 2024
- Renewable self-generation gap: 26% renewable electricity vs what was possibleValue: 0.5Weight: 0.15BASF Report 2024: E1 Climate Change
- E-steam cracker demonstration (innovation offset)Value: 0.2Weight: 0.1BASF Report 2024: E1 Climate Change
Formula: Weighted sum of 2022 TTF gas cost blow-out at Ludwigshafen, production curtailment losses, 2026 Hormuz resurgence, renewable electricity gap, offset by e-steam cracker innovation. BASF's Ludwigshafen Verbund is the world's largest chemical complex and consumed ~20 TWh/yr of gas-fired energy during the worst gas crisis in European history.
Weights version: v1.0
Deep dive: assumptions, methodology & revision history
Assumptions
- TTF-driven energy cost increase at Ludwigshafen in 2022
- 2200 USD million (EUR 2.2B reported)
Scope: Line items 1
BASF reported approximately EUR 2.2B additional energy costs in 2022 vs 2021, driven by TTF gas prices surging from ~EUR 15/MWh to EUR 350/MWh. Ludwigshafen alone accounted for the majority.
- Renewable PPA counterfactual for electrifiable load
- 42 USD/MWh
Scope: Line items 1
A 2020-vintage European corporate renewable PPA at ~$42/MWh for 8 TWh/yr electrifiable load would have cost ~$336M/yr vs the crisis-inflated gas-fired CHP cost, saving ~$2.8B over the crisis period.
- Ludwigshafen production curtailment contribution margin losses
- 1200 USD million
Scope: Line items 2
BASF curtailed ammonia production at Ludwigshafen in H2 2022 as gas costs made production uneconomic. BASF Chemicals segment reported EUR 1.1B EBIT decline in 2022, with curtailment as the primary driver.
- Hormuz 2026 gas cost increase at Ludwigshafen
- 12.5 percent YoY
Scope: Line items 3
European industrial energy costs surging 12.5% YoY in Q1 2026 due to Hormuz disruption (Brent $65 to $118/bbl). BASF Ludwigshafen's ~$5.6B annual energy bill faces ~$700M incremental cost.
- Electrification and renewable energy capex
- 654 USD million/yr
Scope: Line items 4
BASF plans EUR 300M in Scope 1 measures plus EUR 250M in renewable energy for 2025-2028 (EUR 550M total = ~USD 600M/yr annualised, plus e-cracker demo costs).
- Zhanjiang Verbund incremental fossil energy cost
- 300 USD million/yr
Scope: Line items 5
Estimated fossil energy cost at the new Zhanjiang site based on $3B total investment, typical Verbund energy intensity, and Chinese grid prices.
Annual revenue
$71.2B
BASF Report 2024 (Annual Report)Methodology
We modelled what BASF would have saved if it had undertaken a sustainability transformation -- electrified steam crackers and renewable self-generation at Ludwigshafen -- before the 2022 and 2026 energy crises. BASF uses ~20 TWh of gas at Ludwigshafen. At crisis prices (EUR 350/MWh vs normal EUR 15/MWh), that drove EUR 2.2B extra. Renewable self-generation at ~$42/MWh for the electrifiable 8 TWh would have cost $336M/yr. Had BASF locked in 2020-vintage renewable PPAs, it would have been insulated from both the 2022 TTF spike and the 2026 Hormuz resurgence. We subtract planned electrification capex and Zhanjiang energy costs.
Revision history
1av Full research-backed rewrite with sourced emissions data from BASF Report 2024, EU ETS shadow pricing, Planet Tracker transition analysis, and Zhanjiang investment context.
2av Crisis-focused rewrite: reframed line items around 2022 TTF gas cost blow-out at Ludwigshafen, production curtailment losses, and 2026 Hormuz resurgence. Score increased from 52 to 58.
- foolishness_score5258
- net_missed_savings.amount20000000003746000000