Categories
/content/learnings/assets/header/ManagementConsulting.svg)
/content/learnings/assets/header/InvestmentBanking.svg)
Case Prompt
Our client, an accomplished city developer, has received an offer from the government to partake in a significant city-building venture set in a Middle Eastern desert. The specific proposal involves the construction of a water supply system. Your task is to evaluate whether our client should accept this project opportunity.
Exhibit
Exhibit 1: Costs of a Water Supply
|
Facility |
Upfront ($) |
Fixed ($/year) |
Variable ($/metric ton consumed) |
|
Groundwater pump (extract) |
$30,000,000 |
8,000,000 |
20 |
|
Sanitization (sterilize) |
$50,000,000 |
7,500,000 |
50 |
|
Recharge basin (store) |
5,000,000 |
1,500,000 |
25 |
|
Pipes (transport) |
$3,000,000 |
1,500,000 |
10 |
|
Wastewater treatment (recycle) |
20,000,000 |
7,500,000 |
35 |
|
Other |
2,000,000 |
1,000,000 |
10 |
Background
Our client has an established record of water supply projects, although not in desert environments. The government has requested their involvement in building a water supply system in a desert city. The client is keen to achieve profitability within three years of completing the project.
Analysis
-
Facilities Analysis
Brainstorm the various facilities required for constructing a water supply system. -
Cost Estimation
Evaluate the total upfront costs involved in building the water supply system. Sum the expenses associated with different facilities. -
Break-Even Point Calculation
Calculate the point at which gains match losses to determine the break-even period for this investment. Utilize projected water consumption rates provided in Exhibit 2. -
Enhancing Break-Even Point
Explore strategies to shorten the time it takes to reach the break-even point, considering options to either decrease costs or increase revenue. -
Impact of Government Subsidy
Assess the influence of a 40% government subsidy on upfront costs on the decision-making process.
Final Analysis
I recommend that our client accept the city building project, contingent upon the government providing a 40% subsidy for the upfront costs. Without the subsidy, the break-even period would be five years, but this can be significantly reduced to three years with the government's support. Although our client lacks desert water supply experience, thorough research is recommended. Building a strong rapport with both the government and the city council is crucial. Alternatively, not pursuing the project is also viable due to potential risks and less attractive returns.
Frequently asked questions
What facilities are required to build a water supply system in a desert city?
A desert city water supply system needs groundwater extraction pumps, sanitization plants, recharge basins for storage, pipelines for transport, wastewater treatment for recycling, and other supporting infrastructure. Each plays a vital role in delivering clean, sustainable water in harsh desert conditions.
What is the total upfront cost for a desert city water supply project?
Combining all facility costs—groundwater pump, sanitization, recharge basin, pipes, wastewater treatment, and other expenses—the total upfront investment for the water supply project is $110 million. This significant capital must be carefully assessed against expected returns and project duration.
How is the break-even point for the water supply project calculated?
The break-even point compares total costs (upfront, fixed, and variable) with expected revenue from water consumption. By analyzing projected demand and costs per metric ton, developers can estimate how many years it will take to recover the initial investment and start earning profits.
How can developers reduce the break-even time for a desert water project?
To reach profitability faster, developers can negotiate government subsidies, optimize operations to lower fixed and variable costs, adopt advanced technologies to minimize waste, or increase water tariffs carefully to boost revenue without burdening residents excessively.
How does a government subsidy impact the desert water supply project?
A 40% subsidy on upfront costs can significantly improve project feasibility by reducing the initial capital burden. For this desert water project, the subsidy could shorten the break-even period from five years to three, aligning with the client’s profitability goal.
Join 5,00,000+ Subscribers
Be a part of our ever growing community.
