General description

CID-DN-02

Location:Dulces Nombres, Nuevo León
Category:Industrial

The CID-DN-02 building is pursuing LEED BD+C Core & Shell v4 certification.


This project consists of an industrial facility that includes a warehouse, offices, and two security booths, where sustainability strategies are being implemented to create a positive environmental impact.

Services:Environmental Consulting
Certifications:
Persuing LEED BD+C: Core and Shell v4

Client

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CARZA is a company specialized in construction, infrastructure, and industrial maintenance.


They focus on providing comprehensive, high-quality solutions to their clients, contributing significantly to the development and upkeep of their facilities.

Project

Sustainable Strategies


99.96% of the regularly occupied area achieves optimal daylight levels using only natural light, reducing the need for artificial lighting and, consequently, energy consumption.


➣ The facility’s roof features a reflective finish with an SRI of 92 to mitigate solar incidence and reduce the heat island effect on site. Combined with high-quality ventilation systems and natural lighting, this strategy helps avoid additional energy demand.


➣ Dedicated parking spaces for efficient and electric vehicles were incorporated, promoting more sustainable transportation options.


➣ By implementing high-efficiency plumbing fixtures, the project reduces indoor water consumption by 51.47% compared to a conventional project.


➣ The use of native plants completely eliminated the need for outdoor irrigation, as their water requirements are naturally met by site conditions.


➣ The entire project process was overseen by a LEED-accredited professional, ensuring the correct implementation of best-practice sustainability strategies.

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Challenges

The project is located in Nuevo León, a state that regularly faces water scarcity crises. Water consumption is a sensitive issue, and having outdoor green areas poses a challenge since many plants require high amounts of irrigation water for their preservation.

Solution

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To address this issue, the project aimed to create outdoor green spaces using native plants from the region, completely eliminating the need for irrigation, as their water requirements are naturally met by the site’s conditions.

Impacts

These results reflect the tangible impact of the sustainable strategies implemented in the project, showing how design, efficiency, and technology come together to generate real savings.

100%

Outdoor water use reduction

51.47%

Indoor water use reduction

99.96%

Optimal levels of natural lighting

92%

SRI (Solar Reflectance Index) on the industrial facility roofs

31.86%

Reduction of parking footprint

Contact

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