Doing Business 2020
Mexico
Dealing with Construction Permits
This topic tracks the procedures, time and cost to build a warehouse—including obtaining necessary the licenses and permits, submitting all required notifications,
requesting and receiving all necessary inspections and obtaining utility connections. In addition, the Dealing with Construction Permits indicator measures the building
quality control index, evaluating the quality of building regulations, the strength of quality control and safety mechanisms, liability and insurance regimes, and professional
certification requirements. The most recent round of data collection was completed in May 2019. See the methodology for more information
What the indicators measure
Procedures to legally build a warehouse (number)
• Submitting all relevant documents and obtaining all necessary
clearances, licenses, permits and certificates
• Submitting all required notifications and receiving all necessary
inspections
• Obtaining utility connections for water and sewerage
• Registering and selling the warehouse after its completion
Time required to complete each procedure (calendar days)
• Does not include time spent gathering information
• Each procedure starts on a separate day—though procedures
that can be fully completed online are an exception to this rule
• Procedure is considered completed once final document is
received
• No prior contact with officials
Cost required to complete each procedure (% of income per
capita)
• Official costs only, no bribes
Building quality control index (0-15)
• Quality of building regulations (0-2)
• Quality control before construction (0-1)
• Quality control during construction (0-3)
• Quality control after construction (0-3)
• Liability and insurance regimes (0-2)
• Professional certifications (0-4)
Case study assumptions
To make the data comparable across economies, several assumptions about the construction
company, the warehouse project and the utility connections are used.
The construction company (BuildCo):
- Is a limited liability company (or its legal equivalent) and operates in the economy’s largest
business city. For 11 economies the data are also collected for the second largest business city.
- Is 100% domestically and privately owned; has five owners, none of whom is a legal entity. Has a
licensed architect and a licensed engineer, both registered with the local association of architects
or engineers. BuildCo is not assumed to have any other employees who are technical or licensed
experts, such as geological or topographical experts.
- Owns the land on which the warehouse will be built and will sell the warehouse upon its
completion.
The warehouse:
- Will be used for general storage activities, such as storage of books or stationery.
- Will have two stories, both above ground, with a total constructed area of approximately 1,300.6
square meters (14,000 square feet). Each floor will be 3 meters (9 feet, 10 inches) high and will be
located on a land plot of approximately 929 square meters (10,000 square feet) that is 100%
owned by BuildCo, and the warehouse is valued at 50 times income per capita.
- Will have complete architectural and technical plans prepared by a licensed architect. If
preparation of the plans requires such steps as obtaining further documentation or getting prior
approvals from external agencies, these are counted as procedures.
- Will take 30 weeks to construct (excluding all delays due to administrative and regulatory
requirements).
The water and sewerage connections:
- Will be 150 meters (492 feet) from the existing water source and sewer tap. If there is no water
delivery infrastructure in the economy, a borehole will be dug. If there is no sewerage
infrastructure, a septic tank in the smallest size available will be installed or built.
- Will have an average water use of 662 liters (175 gallons) a day and an average wastewater flow
of 568 liters (150 gallons) a day. Will have a peak water use of 1,325 liters (350 gallons) a day and
a peak wastewater flow of 1,136 liters (300 gallons) a day.
- Will have a constant level of water demand and wastewater flow throughout the year; will be 1
inch in diameter for the water connection and 4 inches in diameter for the sewerage connection.
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