Financial Impacts of Climate Change: Invest or Not? Custom Case Solution & Analysis

Evidence Brief

Financial Metrics

Initial Capital Expenditure: 45 million dollars for the coastal processing facility.
Projected Internal Rate of Return: 18 percent over a ten-year horizon in the base case scenario.
Climate-Adjusted Internal Rate of Return: 6.2 percent when factoring in flood-related downtime and rising insurance premiums.
Insurance Premiums: Projected to increase by 15 percent annually over the next five years.
Carbon Tax Liability: Estimated at 2.4 million dollars per year starting in year three under proposed regional legislation.

Operational Facts

Location: The facility sits 1.2 meters above current sea level in a high-risk flood zone.
Supply Chain: 65 percent of raw materials originate from local farms vulnerable to extreme heat events.
Production Capacity: 500 units per day, requiring 24-hour operation to meet the 18 percent return target.
Energy Source: 90 percent reliance on the local grid, which has a high carbon intensity.

Stakeholder Positions

Chief Financial Officer: Focuses on the 18 percent return and argues that climate models are too speculative for capital budgeting.
Chief Sustainability Officer: Contends that the asset will become stranded within seven years due to uninsurable physical risks.
Board of Directors: Split between immediate fiduciary returns and long-term environmental, social, and governance commitments.
Institutional Investors: Three major funds have signaled they will divest if the firm increases exposure to high-carbon or high-risk coastal assets.

Information Gaps

Specific salvage value of the facility if operations cease prematurely.
Availability of secondary insurance markets or government-backed catastrophe bonds.
Detailed cost estimates for physical flood mitigation measures such as sea walls.

Strategic Analysis

Core Strategic Question

The firm must decide whether to commit 45 million dollars to a high-yield but high-risk coastal asset or pivot to a lower-yield, climate-resilient alternative to ensure long-term solvency.

Structural Analysis

Application of Real Options Analysis and PESTEL reveals that the environment is no longer a static backdrop but a primary driver of financial performance. Traditional Net Present Value fails here because it assumes linear cash flows. The environmental pillar of PESTEL dictates that regulatory changes and physical climate shifts will compress margins through both higher operating costs and increased capital costs. Bargaining power of suppliers is also at risk as climate volatility reduces crop yields, forcing the firm to pay premiums for raw materials.

Strategic Options

Option	Rationale	Trade-offs
Full Coastal Investment	Maximizes short-term cash flow and utilizes existing logistics.	High risk of total asset loss and investor divestment.
Inland Relocation	Eliminates flood risk and secures long-term insurance viability.	Higher initial costs and 15 percent increase in logistics expenses.
Phased Real Options Approach	Initial small-scale investment with triggers for expansion or exit.	Lower initial returns and delayed scale benefits.

Preliminary Recommendation

The firm should pursue the Inland Relocation. While the initial return is lower at 12 percent, the risk-adjusted stability is superior. The coastal facility faces a non-zero probability of becoming a stranded asset before the payback period ends. Protecting the balance sheet from catastrophic impairment is the priority.

Implementation Roadmap

Critical Path

Month 1 to 2: Conduct site selection for inland facility with focus on water security and grid stability.
Month 3: Terminate coastal site negotiations and reallocate the 45 million dollars in capital.
Month 4 to 6: Secure long-term supply contracts with inland farming cooperatives to mitigate raw material volatility.
Month 7 to 12: Begin construction of the inland facility using modular design to allow for future expansion.

Key Constraints

Capital Lock-in: The firm has already spent 2 million dollars in non-refundable deposits on the coastal site.
Talent Availability: Moving inland requires relocating 40 percent of the technical workforce or hiring new staff in a tighter labor market.

Risk-Adjusted Implementation Strategy

The plan assumes a 20 percent buffer in construction timelines to account for supply chain disruptions. The firm will maintain a dual-sourcing strategy for the first 24 months to ensure production does not stop during the transition. Contingency funds are set at 15 percent of total capital expenditure to cover unforeseen regulatory fees in the new jurisdiction.

Executive Review and BLUF

BLUF

Reject the coastal investment. The 18 percent projected return is a false signal that ignores the high probability of asset impairment. Climate risk is a structural financial reality, not a peripheral concern. The firm must pivot to the inland site to protect shareholder value and ensure continued access to capital markets. Failure to act now will result in a stranded asset and institutional divestment within a decade. Speed in relocation is the only way to maintain a competitive advantage in a volatile environment.

Dangerous Assumption

The analysis assumes that insurance will remain available at any price. In high-risk flood zones, the market trend is total withdrawal by insurers. If the facility becomes uninsurable, the equity value drops to zero regardless of operational success.

Unaddressed Risks

Political Risk: Local governments in inland areas may implement their own environmental surcharges as migration increases.
Technological Obsolescence: Focusing on location might distract from the need to upgrade processing technology to reduce carbon intensity.

Unconsidered Alternative

The team did not evaluate an asset-light model. Instead of owning the facility, the firm could outsource processing to third-party providers in multiple geographies. This would shift the physical risk to the providers and preserve capital for research and brand development.