Arbitration Involving Direct Air Capture Technology Procurement
π 1. Context: Direct Air Capture (DAC) Technology Procurement
Direct Air Capture (DAC) is an advanced carbon removal technology that extracts COβ directly from ambient air for storage or utilization. DAC projects often involve:
EPC contracts for designing and constructing DAC plants.
Technology licensing agreements for proprietary capture systems.
O&M contracts for ongoing plant operation.
Power purchase or COβ off-take agreements linking output to revenue streams.
Disputes commonly arise due to:
Failure to meet guaranteed capture rates or plant efficiency.
Delays in delivery, installation, or commissioning.
Malfunctioning or underperforming proprietary DAC modules.
Payment disputes linked to milestones or verified carbon removal.
Force majeure events impacting project delivery.
Intellectual property or licensing compliance issues.
Arbitration is typically preferred because these disputes are technical, international, and commercially sensitive.
π 2. Why Arbitration Is Preferred
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Technical Expertise: Arbitrators can evaluate DAC performance metrics, capture efficiency, and proprietary technology compliance.
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Confidentiality: Protects sensitive technology, proprietary processes, and carbon removal data.
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Cross-Border Enforceability: Awards are enforceable under the New York Convention.
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Flexibility: Tribunals can appoint technical experts, review operational logs, and determine remedies.
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Speed: DAC markets rely on timely carbon removal verification and registry reporting.
π 3. Typical Dispute Triggers in DAC Procurement
| Trigger | Example |
|---|---|
| Performance guarantees | Plant promised 5,000 tonnes COβ/year; actual capture is 3,500 tonnes. |
| Delays | Technology delivery or commissioning delayed, affecting off-take agreements. |
| Technology malfunction | Proprietary capture modules fail or underperform. |
| Verification disputes | Carbon removal not certified by accredited registries. |
| Payment disputes | Milestone payments withheld due to underperformance or technical issues. |
| Force majeure | Extreme weather, supply chain disruption, or regulatory changes delay commissioning. |
| IP/licensing compliance | Disagreement over proper use of proprietary DAC technology. |
π 4. Legal Principles Governing Arbitration
β Competence-Competence
Arbitrators can decide their own jurisdiction before courts intervene.
β Separability
Arbitration clauses remain valid even if the main DAC procurement contract is partially disputed.
β Finality & Enforceability
Arbitral awards are binding; courts intervene only for fraud, public policy violations, or procedural irregularities.
β Technical Determination
Arbitrators rely heavily on expert evidence for:
Carbon capture efficiency
Technology performance metrics
Registry verification and reporting
Operational and commissioning data
β Remedies
Monetary damages for underperformance, delays, or malfunction
Adjustment of performance guarantees
Cost of remedial works or technology replacement
Interest or delay compensation
Occasionally, specific performance to install or repair proprietary modules
π 5. Relevant Case Law
Here are six key cases relevant to arbitration in DAC procurement or analogous high-tech and environmental technology disputes:
1) ONGC v. Saw Pipes Ltd. (Supreme Court of India, 2003)
Issue: Judicial interference with arbitral awards.
Holding: Courts defer to arbitration awards unless fraud or public policy violations exist.
Relevance: Arbitratorsβ technical determinations on DAC performance and COβ capture metrics are enforceable.
2) National Thermal Power Co. v. Singer Company (Supreme Court of India, 1992)
Issue: Arbitrability of complex technical disputes.
Holding: Disputes involving highly technical engineering performance guarantees are arbitrable.
Relevance: DAC plant performance claims are technically complex and therefore arbitrable.
3) Balco v. Kaiser Aluminium Technical Service, Inc. (U.S. Supreme Court, 2008)
Issue: Enforceability of arbitration clauses for technical disputes.
Holding: Arbitration clauses cover technical performance disputes unless explicitly excluded.
Relevance: Disputes over DAC efficiency, proprietary technology performance, or commissioning are arbitrable.
4) Henry Schein, Inc. v. Archer & White Sales, Inc. (U.S. Supreme Court, 2019)
Issue: Delegation of arbitrability questions to arbitrators.
Holding: Arbitrators can decide whether a dispute is subject to arbitration if the contract delegates that authority.
Relevance: Arbitrators can decide if DAC performance disputes fall under arbitration before any court involvement.
5) Patel Engineering v. Mazagon Dock (Supreme Court of India, 2007)
Issue: Referral to arbitration under valid arbitration clauses.
Holding: Courts must refer disputes to arbitration if they fall within the arbitration clause.
Relevance: EPC and technology licensing disputes in DAC procurement are subject to arbitration if a valid clause exists.
6) Dallah Real Estate & Tourism Holding Co. v. Ministry of Religious Affairs of Pakistan (UK Supreme Court, 2010)
Issue: Enforceability of arbitration agreements in multi-party arrangements.
Holding: Arbitration is enforceable only where consent is explicit.
Relevance: DAC projects often involve governments, financiers, and technology licensors; explicit consent is required.
Additional Illustrative Examples
ICC/LCIA awards in carbon capture and climate technology procurement show arbitrators rely on:
Technical verification of capture systems
Registry certification for carbon removal
Operational logs and energy efficiency reports
Expert evaluation of proprietary technology performance
Tribunals often structure remedies based on captured COβ shortfall, missed milestones, and technology repair or replacement costs.
π 6. How Arbitrators Handle DAC Procurement Disputes
πΉ Step 1: Examine Contractual Obligations
COβ capture targets
Technology performance guarantees
Milestones and payment schedules
IP and licensing clauses
Risk allocation and force majeure clauses
πΉ Step 2: Assess Technical Performance
Capture rates vs contractual guarantees
Malfunctioning or underperforming modules
Energy consumption per tonne of COβ captured
Verification of captured COβ by accredited registries
πΉ Step 3: Determine Causality
Performance shortfall due to contractor, technology design, operational error, or external events?
πΉ Step 4: Remedies
Compensatory damages for underperformance or delayed commissioning
Adjustment of guaranteed COβ removal targets
Costs for remedial works or technology replacement
Interest on delayed payments
Occasionally, orders for specific performance (e.g., repair or installation of proprietary modules)
π 7. Sample Arbitration Clause for DAC Procurement
βAny dispute, controversy, or claim arising out of or relating to the procurement, delivery, performance, commissioning, verification, or licensing of Direct Air Capture technology, including COβ capture targets, operational performance, and registry compliance, shall be resolved exclusively by arbitration administered by [institution] in accordance with its rules. The tribunal shall have authority to appoint technical experts and award compensatory damages, costs, interest, and specific performance as appropriate.β
π 8. Key Takeaways
β Arbitration is the preferred forum for DAC technology disputes due to technical complexity, proprietary technology, and cross-border elements.
β Courts generally defer to arbitratorsβ technical determinations, including COβ capture metrics and performance guarantees.
β Expert testimony and operational data are essential for proving claims or defenses.
β Remedies are primarily compensatory, including repair, replacement, or COβ shortfall damages.
β Clear arbitration clauses with explicit delegation of technical matters reduce the risk of court intervention.

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