Force Majeure In Construction Contracts

Force Majeure in Construction Contracts (Construction Law & Arbitration)

1. Concept and Importance

In construction contracts, a force majeure clause allocates the risk of unforeseeable events that disrupt project performance—such as natural disasters, war, pandemics, or government restrictions.

Construction projects are particularly vulnerable due to:

Long timelines

Complex supply chains

Dependence on labour, materials, and permits

Function:
To determine whether the contractor is entitled to:

Extension of time (EOT)

Cost compensation

Suspension or termination

2. Standard Forms and Force Majeure

(A) FIDIC Contracts

Use the term “Exceptional Events” (formerly force majeure)

Provide:

EOT

Cost compensation (in limited cases)

Termination rights

(B) NEC Contracts

Use “Compensation Events”

Focus on:

Risk-sharing

Early warning mechanisms

(C) JCT Contracts

Recognise force majeure as a relevant event

Usually grants:

Extension of time

But no automatic cost recovery

3. Essential Elements in Construction Context

(A) Defined Event

Must fall within clause wording

E.g., “acts of God,” “government action,” “epidemics”

(B) Causation

Event must delay or prevent construction works

(C) Beyond Contractor’s Control

No fault or negligence by contractor

(D) Mitigation

Contractor must:

Reallocate resources

Seek alternative suppliers

(E) Notice Requirements

Strict compliance required:

Delay notices

Particulars of claim

4. Legal Consequences in Construction Contracts

(A) Extension of Time (EOT)

Prevents contractor from:

Being liable for liquidated damages

(B) Cost Compensation

Depends on contract:

FIDIC → sometimes allowed

JCT → usually excluded

(C) Suspension of Works

Temporary halt of obligations

(D) Termination

If event persists beyond specified period

5. Key Legal Issues

(i) Delay vs Prevention

“Prevent” = strict impossibility

“Delay/hinder” = broader interpretation

(ii) Concurrent Delay

Force majeure + contractor delay

Complex apportionment issues

(iii) Supply Chain Disruption

Whether subcontractor failure qualifies

(iv) Foreseeability

Increasingly relevant post-COVID

6. Key Case Laws

1. Taylor v Caldwell (1863)

Principle: Frustration due to impossibility

Music hall destroyed

Relevance: Applies where no force majeure clause exists

2. Davis Contractors Ltd v Fareham UDC (1956)

Principle: Increased difficulty ≠ frustration

Construction became more expensive but not impossible

Relevance: High threshold for relief

3. Tsakiroglou & Co Ltd v Noblee Thorl GmbH (1962)

Principle: Alternative performance

Closure of Suez Canal did not frustrate contract

Relevance: Contractor must explore alternatives

4. Channel Island Ferries Ltd v Sealink UK Ltd (1988)

Principle: Strict interpretation of force majeure

Clause applied narrowly

Relevance: Drafting precision critical

5. Peak Construction (Liverpool) Ltd v McKinney Foundations Ltd (1970)

Principle: Prevention principle

Employer-caused delay prevents enforcement of liquidated damages

Relevance: Interacts with force majeure and delay claims

6. Multiplex Construction (UK) Ltd v Honeywell Control Systems Ltd (2007)

Principle: Extension of time and contractual mechanisms

EOT clauses must be properly followed

Relevance: Notice and procedural compliance essential

7. Seadrill Ghana Operations Ltd v Tullow Ghana Ltd (2018)

Principle: Prevention and causation

Must show event actually prevented performance

Relevance: Key for construction delay claims

8. Classic Maritime Inc v Limbungan Makmur Sdn Bhd (2019)

Principle: “But-for” causation

Event must be the real cause of non-performance

Relevance: Applies to construction supply disruptions

7. Practical Operation in Construction Projects

Step-by-Step

Event Occurs

E.g., flood, pandemic, government ban

Notification

Contractor issues notice within contractual timeframe

Assessment

Engineer/contract administrator evaluates claim

Evidence Submission

Delay analysis

Site records

Programme updates

Determination

Grant of EOT and/or costs

8. Corporate and Commercial Implications

(A) Risk Allocation

Determines who bears:

Delay risk

Cost overruns

(B) Project Financing

Delays impact:

Cash flow

Loan obligations

(C) Dispute Resolution

Commonly resolved through:

Arbitration

Adjudication

(D) Supply Chain Management

Contractors must:

Diversify suppliers

Maintain contingency plans

9. Challenges in Practice

Proving causation

Managing concurrent delays

Strict notice requirements

Disputes over cost entitlement

Complex expert evidence

10. Best Practices

Draft clear force majeure clauses

Include pandemics and government actions

Maintain detailed site records

Issue timely notices

Use delay analysis techniques

Engage legal and technical experts early

11. Conclusion

Force majeure in construction contracts plays a critical role in managing project risks arising from unforeseen events. However, courts and tribunals consistently adopt a strict and evidence-based approach, focusing on:

Contractual wording

Actual causation

Compliance with procedural requirements

Case law demonstrates that relief is not automatic—contractors must prove entitlement rigorously.

For construction stakeholders, effective use of force majeure requires careful drafting, proactive contract management, and strategic dispute resolution planning.

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