Diamond Chemicals PLC (A): The Merseyside Project Custom Case Solution & Analysis

Evidence Brief: Diamond Chemicals PLC (A)

1. Financial Metrics

2. Operational Facts

• Location: Merseyside, United Kingdom.
• Product: Polypropylene, a commodity chemical with high price sensitivity.
• Process: Moving from older technology to a more efficient, higher-yield process.
• Capacity: The upgrade increases output by 7 percent through efficiency gains.
• Energy: Projected 11 percent reduction in energy consumption per unit.
• Environment: New process reduces emissions by 4 percent, meeting impending regulatory shifts.

3. Stakeholder Positions

• James Fawkner (CEO): Focused on overall corporate profitability and alignment with the long-term strategic plan.
• Lucy Morris (Plant Manager): Advocates for the project based on operational necessity and plant longevity.
• Frank Greystock (Marketing Manager): Expresses concern regarding price erosion and the potential for the additional capacity to depress market prices.
• Simon Wilkinson (Treasury): Insists on strict adherence to the 15 percent overhead rule and the inclusion of land opportunity costs.

4. Information Gaps

• Competitor capacity expansion plans for the 15-year horizon.
• Specific salvage value of the old equipment if the upgrade is rejected.
• Detailed sensitivity analysis regarding raw material price volatility (Propylene feedstock).

Strategic Analysis

1. Core Strategic Question

• Should Diamond Chemicals commit 9 million GBP to modernize the Merseyside plant to maintain cost leadership, or will the resulting capacity increase trigger a price decline that destroys the project NPV?

2. Structural Analysis

The polypropylene market is a pure commodity environment where Diamond Chemicals acts as a price taker. Porter’s Five Forces analysis indicates that competitive rivalry is high and switching costs are negligible. Cost leadership is the only sustainable strategy. The Merseyside plant currently operates with aging technology that threatens its position on the global cost curve. The 11 percent energy saving is not a luxury; it is a requirement for survival as energy costs rise across Europe.

3. Strategic Options

• Option 1: Full Modernization (Recommended). Invest 9 million GBP to upgrade the line. This secures the plant’s future and improves margins through energy efficiency. Trade-off: Immediate capital outflow and potential short-term price pressure. Requirement: Strict project management to avoid downtime.
• Option 2: Status Quo (Maintenance Only). Reject the project and perform only essential repairs. Trade-off: Lower capital risk but guaranteed margin compression as competitors modernize. Requirement: Higher future maintenance budgets.
• Option 3: Capacity-Neutral Upgrade. Implement efficiency gains without the 7 percent capacity increase. Trade-off: Higher unit costs compared to Option 1. Requirement: Engineering redesign of the proposed solution.

4. Preliminary Recommendation

Proceed with Option 1. In a commodity business, the risk of obsolescence is greater than the risk of price erosion. The NPV remains positive even when adjusting for Treasury’s conservative overhead allocations.

Implementation Roadmap

1. Critical Path

• Month 1-2: Finalize engineering specifications and order long-lead equipment items.
• Month 3-5: Secure regulatory permits for environmental upgrades.
• Month 6: Execute planned 45-day plant shutdown for installation.
• Month 7: Commissioning and safety testing.
• Month 8: Full production ramp-up.

2. Key Constraints

• Shutdown Window: The 45-day window is rigid; any delay affects annual delivery contracts.
• Technical Expertise: The new process requires specialized training for the Merseyside workforce.

3. Risk-Adjusted Implementation Strategy

To mitigate the risk of supply disruption, Diamond Chemicals must build a 60-day inventory buffer of polypropylene before the shutdown. This inventory will serve as a contingency if the commissioning phase exceeds the 45-day estimate. Additionally, a dedicated task force will manage the transition to the new process to ensure yield targets are met by Month 9.

Executive Review and BLUF

1. BLUF

Approve the 9 million GBP Merseyside modernization project immediately. The project delivers a 25.9 percent IRR, significantly exceeding the 7 percent hurdle rate. While internal debates regarding overhead allocation and land opportunity costs are valid for accounting, they do not change the underlying economic reality: the Merseyside plant must reduce its energy intensity to remain competitive. The marketing concern regarding price erosion is secondary to the operational risk of running an obsolete facility. Failure to invest now will result in a forced exit from this product line within five years as margins evaporate.

2. Dangerous Assumption

The analysis assumes that the 7 percent capacity increase can be absorbed by the market without a permanent downward shift in the price floor. If competitors also expand capacity simultaneously, the projected margins will not materialize.

3. Unaddressed Risks

• Regulatory Risk: While the project reduces emissions, the European Union may implement stricter carbon taxes that could offset the energy savings (High probability, Medium consequence).
• Feedstock Volatility: The NPV is highly sensitive to the price of propylene. A sustained increase in feedstock costs would squeeze the improved margins (Medium probability, High consequence).

4. Unconsidered Alternative

The team did not evaluate a phased exit strategy. If the Merseyside plant is structurally disadvantaged compared to Middle Eastern or North American competitors with cheaper feedstock, the 9 million GBP might be better deployed in a greenfield site elsewhere or returned to shareholders. The current analysis assumes Merseyside must stay open indefinitely.

5. Final Verdict

APPROVED FOR LEADERSHIP REVIEW