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Hard Pricing Financial Analysis Growth Strategy

Pipeline Oil Technology

#Energy
ProHub Comment

This case requires candidates to value a proprietary technology by quantifying tangible benefits (transportation cost savings and pipeline longevity improvements) against implementation costs, while comparing alternative investments to establish a defensible pricing floor and ceiling. The complexity lies in multi-year demand forecasting, proportional cost analysis, and negotiation positioning between the university's break-even point ($1,200M R&D recovery) and the buyer's alternative investment threshold ($7,000M pipeline expansion).

Estimated Time 37 minutes
Difficulty Hard
Source IESE
10 / 100
Minerva’s University Fluids Research Lab has discovered a more efficient way to transport crude petroleum oil inside pipelines. This new technology can be used in midstream applications where the oil is acquired from the extraction plant and delivered to the refinery plant. The university invested $1,200M in this project during the last 12 years. The new technology mixes water and oil under certain conditions to reduce the loss of energy, caused by the friction between the oil and the pipeline surface while being transported. As a result, the transport between two given points gets 15% faster and the useful lifetime of the pipelines increases by 20%. Minerva’s University asked our help to determine the value at which they should sell the technology.

Clarifying Information

  1. What is the market? - Mexico.
  2. How big is the market? - 4,800 km of pipeline.
  3. Who are the competitors and market share? - National Oil Company (NOC) is the only player. However, the market is open for the last two years.
  4. Which are the potential buyers? - Primarily, NOC. However, the other two prospects are interested in entering the market.
  5. Does the University have a patent? How long does it last? - The University has already filed for a patent, which lasts for 20 years.
  6. What is NOC pipelines current capacity? - Full capacity. Surplus is transported by more expensive means such as rail car, barge and truck.
  7. How is the demand for crude oil? - NOC sells all the crude oil it buys. See Exhibit 2 for the next years’ forecast.
  8. Can NOC build more pipelines to substitute other means of transportation? - Yes, it is an alternative. However, there are costs involved. See “4. Given Data - Alternative: Expand Pipeline Network”
  9. How long does it take to implement this technology? - Minerva’s University estimates that the technology would be running in 100% of the pipelines in one year at $2,000 M installation cost.
Mock Interview
Interviewer

Minerva's University Fluids Research Lab has discovered a more efficient way to transport crude petroleum oil inside pipelines. This new technology can be used in midstream applications where the oil is acquired from the extraction plant and delivered to the refinery plant. The university invested $1,200M in this project during the last 12 years. The new technology mixes water and oil under certain conditions to reduce the loss of energy, caused by the friction between the oil and the pipeline surface while being transported. As a result, the transport between two given points gets 15% faster and the useful lifetime of the pipelines increases by 20%. Minerva's University asked our help to determine the value at which they should sell the technology.

You

Thanks. Before analyzing, I'd like to clarify a few key questions...

Interviewer

Good question. Let me provide some background information...

You

Based on this, I suggest analyzing from these dimensions...

AI Score
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Practice this case with AI Mock Interview

Minerva’s University developed a pipeline oil transport technology that increases flow speed by 15% and pipeline lifetime by 20%. The case requires determining the optimal selling price by calculating: (1) savings from reduced transportation costs via modal shift ($6,000M over 20 years), (2) savings from extended pipeline replacement cycles ($4,000M over 20 years), (3) implementation costs ($2,000M), and (4) comparing against the buyer’s alternative investment ($7,000M to expand pipeline capacity). The recommended price range is $1,200M-$7,000M with a suggested deal structure of $1,500M upfront plus 30% revenue share.

Key Insights:

  1. Technology valuation requires quantifying financial benefits across multiple dimensions (operational efficiency, asset life extension) and normalizing them over relevant time horizons
  2. Buyer’s alternatives set the pricing ceiling—NOC won’t pay more than the cost of their next-best option (pipeline expansion at $7,000M), making comparative investment analysis critical to negotiation positioning
  3. Implementation speed and capacity constraints matter: the technology can be deployed in 1 year across all pipelines versus 2 years for 50,000 additional barrels/day capacity, providing a strategic advantage for valuation
  4. Risk-adjusted pricing incorporates both the seller’s sunk costs (not a pricing input) and the buyer’s financial hurdle rate, requiring candidates to distinguish between investment justification and transaction pricing