Resource Design Solutions: Cost-Benefit Analysis

Evaluate competing design solutions for developing, managing, and utilizing energy and mineral resources based on cost-benefit ratios.

Mission Brief

The growing city of Neo-Veridia urgently needs 100 MWh of Energy and 100 tons of Minerals to support its new infrastructure. Configure two competing design solutions below. Analyze how different extraction methods, energy sources, and recycling investments alter the economic, environmental, and geopolitical impacts.

Design Solution A

Energy Source

Energy Scale (Target: 100) 100

Mineral Extraction Method

Mining Scale (Target: 100) 100

Mineral Recycling Output 0

Recycling supplements mineral needs with lower impact but higher cost.

Mitigation & Safety Investment 0%

Reduces environmental & social risks at an economic cost.

Cost-Benefit Comparison

Design Solution B

Energy Source

Energy Scale (Target: 100) 150

Mineral Extraction Method

Mining Scale (Target: 100) 60

Mineral Recycling Output 40

Recycling supplements mineral needs with lower impact but higher cost.

Mitigation & Safety Investment 50%

Reduces environmental & social risks at an economic cost.

Evaluation & Critique

1. Which design solution provides the most preferred cost-benefit ratio?

Solution A Solution B

2. Identify evidence for your chosen solution (Consider societal needs, extraction costs, feasibility of recycling).

3. Evaluate the relative strengths and constraints (cost, safety, reliability, environmental/cultural effects) of both designs.

4. Provide a logical argument synthesizing your evidence to support your final design choice.