Case Study
Education
Environmental Analysis
A Gymnasium Under Construction: The Challenges of Winter
When it comes to building high-quality infrastructure, every detail matters. Construction contractors know that factors such as material moisture levels or their WME (Water Moisture Content) can mean the difference between a durable structure and costly repairs. In this context, environmental monitoring has become an essential tool for optimizing climate conditions on a construction site and ensuring flawless results.
In this article, we will explore how Assek Technologies assisted a contractor in overcoming the challenges of building a school gymnasium during the winter. Through real-time environmental monitoring and meticulous management of sensitive materials, Assek Technologies ensured the project’s quality while meeting the client’s specific requirements.
A Gymnasium Under Construction: The Challenges of Winter
Building a school gymnasium in the middle of winter is no easy task. The combination of dry cold and intense heating on the construction site creates conditions where materials, especially hardwood, are at risk of deteriorating. This material, intended to form the gymnasium floor, could crack or warp due to humidity fluctuations.
Faced with these challenges, the contractor in charge of the project sought a solution to ensure optimal conditions. It was in this context that they turned to Assek Technologies, renowned for its advanced solutions in humidity control and monitoring of buildings under construction.
The steps of environmental analysis
1 – Needs Analysis and Solution Deployment
The first step in Assek Technologies’ intervention was to conduct a thorough analysis of the contractor’s needs and the specific conditions of the construction site. Close collaboration with the client allowed for the definition of two primary objectives:
- Maintain a stable environment to protect the hardwood flooring prior to its installation.
- Provide precise real-time monitoring to adjust climatic conditions according to the site’s requirements.
The steps of environmental analysis
2 - Environmental Data Collection
To meet these objectives, Assek Technologies created a controlled environment by installing a network of smart sensors throughout the gymnasium and within the hardwood itself. These sensors measured both the ambient humidity and the moisture content directly in the wood. Connected entirely to the Assek IoT software, this system enabled the team to:
- Identify humidity variations that could damage the materials.
- Provide the contractor with real-time visibility of the data through a user-friendly interface.
The collected information allowed the contractor to adjust work processes based on the measured conditions, ensuring the safety of the sensitive materials.
The steps of environmental analysis
3 - Optimizing Conditions with Humidifiers and Dehumidifiers
Once the environmental data was collected and analyzed, Assek Technologies implemented a tailored solution to adjust the climatic conditions within the gymnasium. This included:
- Humidifiers: To compensate for the drying of the air caused by the drier winter environment.
Note: In cases of high temperatures, the use of powerful dehumidifiers could have been employed to reduce excess humidity.
These devices operated autonomously, continuously adjusting humidity levels to meet the recommended thresholds for hardwood. By maintaining a relative humidity between 35% and 55%, they preserved the integrity of the materials while minimizing the risk of warping or cracking.
Real-Time Monitoring and Automation
A key aspect of Assek Technologies’ approach is real-time environmental monitoring. Through an intuitive platform, the contractor could access data at any time. This level of transparency offered several benefits:
- Increased responsiveness in case of unexpected changes in climatic conditions.
- The ability to adjust the project timeline based on data insights.
- Complete traceability of environmental parameters, reinforcing confidence in the quality of the work.
Additionally, the system installed by Assek Technologies was fully automated. Humidifiers and dehumidifiers adjusted their settings without human intervention, ensuring smooth and efficient management of sensitive materials.
Precise Results
Thanks to Assek Technologies’ expertise and mastery of humidity control, the project was successfully completed. Here are the tangible results achieved:
- Optimal preservation of hardwood: No major defects were observed during the flooring installation, ensuring a flawless finish.
- Reduced climatic risks: Humidity variations were controlled throughout the project.
- Timely delivery and quality compliance: The project was completed on schedule while meeting the high-quality standards demanded by the contractor.
Other Applications of Environmental Monitoring
While this project focused on the construction of a gymnasium, the solutions offered by Assek Technologies can be applied to a wide range of projects:
- Renovation sites: Maintain a stable environment to avoid complications from humidity during the restoration of older buildings.
- Sensitive industries: Control humidity and temperature in demanding environments (e.g., pharmaceuticals, food production).
- Public spaces under construction (hospitals, schools, etc.): Manage negative pressure zones to ensure that no other areas are contaminated by dust.
A Winning Collaboration
Assek Technologies’ involvement in the construction of this gymnasium demonstrates the positive impact proactive environmental management can have on a project’s success. Through their expertise in real-time environmental monitoring and humidity control, they enabled the contractor to overcome climatic challenges and deliver a high-quality building.
For contractors seeking innovative solutions, Assek Technologies is the ideal partner. By combining technology, expertise, and adaptability, they are redefining quality standards in the construction industry.
If you want to safeguard your projects and ensure the durability of your materials, contact the Assek Technologies team today. Together, let’s build robust, durable, and flawless infrastructures.
