Bed bug (Bed Bug) elimination with heat is one of the methods that requires precise temperature control. This is because using too low a temperature may not completely eliminate bed bugs, while excessively high temperatures could damage the area or equipment inside the building.
Thermal Flow Technologies, an expert in Heat Treatment systems, therefore uses Temperature Data Loggers from T&D Corporation to help continuously monitor temperature during the process, along with recording data for post-operation reporting.
Thermal Flow Technologies: Heat Treatment Experts
Thermal Flow Technologies is a distributor and service provider for heating and air circulation equipment, such as:
- Portable heaters
- Heat treatment bed bug eradication kits
- Gas-powered heaters for construction
- Climate control equipment
- Heat Treatment training and consultation
One of the company's key services is Bed Bug Heat Treatment, which requires precise control of both temperature and duration.
For this reason, Thermal Flow Technologies collaborated with T&D to incorporate Data Logger technology to enhance the efficiency of temperature monitoring and data recording.
Challenge: Precise Temperature Control Required Throughout the Process
Bed bug heat treatment is not just about raising the room temperature; it requires maintaining the appropriate temperature level for a specific duration to ensure the process is effective.
Incorrect temperature control can lead to failed bed bug eradication, requiring the service provider to repeat the process, potentially incurring thousands of dollars in additional costs.
Furthermore, some clients and insurance companies require evidence that the bed bug eradication process was carried out according to the specified conditions.
Therefore, the temperature monitoring system must be able to:
- Measure temperature accurately
- Record data continuously
- Monitor data during operation
- View data in real-time
- Easily generate retrospective reports
- Record temperature evidence throughout the process
How Data Loggers Solve the Problem
To address monitoring and reporting challenges, Thermal Flow Technologies opted for the T&D TR4 Series Data Logger.
While Data Loggers are not new technology for Bed Bug Remediation, Thermal Flow Technologies tested data recording devices from several manufacturers before choosing T&D's Data Logger.
The key reason was that T&D's system could meet all requirements for temperature measurement, wireless data transmission, and post-measurement data management.
Note: The original T&D TR4 Series has been discontinued and replaced by the improved TR4A Series.
Highlights of the T&D TR4A Data Logger
1. Continuous Temperature Measurement and Recording
Data loggers can be installed at various locations within the area undergoing heat treatment to ensure that the temperature at each point is at the desired level.
The recorded data can also be reviewed retrospectively after the process is complete.
2. Wireless Data Connection via Bluetooth®
Wireless communication capability is one of the key reasons Thermal Flow Technologies chose T&D.
Users can connect to the Data Logger via Bluetooth® to collect and monitor data without needing to connect a cable to the device every time.
This makes temperature monitoring in the operational area more convenient.
3. Monitor Data via Smartphone
Data from the Data Logger can be used with compatible T&D applications to view and manage data from the device.
This makes it easier for operators to monitor the temperature status during heat treatment and use the data for reporting.
4. Free Access to T&D WebStorage Service
Another highlight of the T&D system is the T&D WebStorage Service.
While some Data Logger providers charge subscription fees for cloud systems, T&D offers WebStorage for data storage and monitoring without monthly fees for basic services.
This allows users to manage temperature data and monitor it remotely more conveniently.
5. Data Can Be Used as Evidence of Operation
The recorded temperature data can be used for reporting to:
- Customers
- Bed bug exterminators
- Insurance companies
- Process auditors
This allows for retrospective verification of whether the area's temperature was within the specified range during heat treatment.
Not Limited to Bed Bug Extermination
The capabilities of the T&D Data Logger are not limited to temperature monitoring for bed bug heat treatment.
Thermal Flow Technologies also sees opportunities to use Data Loggers in post-disaster building restoration, such as monitoring temperature and humidity while drying buildings after floods.
Examples of applications include:
- Temperature monitoring during Heat Treatment
- Temperature and humidity monitoring in buildings
- Post-flood building restoration
- Disaster Restoration
- Environmental control
- Long-term temperature monitoring
This makes T&D's Data Logger adaptable to various types of environmental monitoring tasks.
Results from Using T&D Data Logger
Currently, Thermal Flow Technologies uses T&D Data Loggers in actual locations and includes them in various Bed Bug Heat Treatment Packages.
Users can therefore monitor temperatures during operation themselves and record data for retrospective review.
The result is that the Heat Treatment process becomes easier to monitor, with supporting data to confirm that the process was conducted under the specified temperature conditions.
Summary
Bed bug heat treatment requires more than just a heater, because knowing the temperature at each point and whether the desired temperature can be maintained for the required duration is a crucial part of the process.
Implementing the T&D Temperature Data Logger helps to:
- Continuously monitor temperature
- Store historical temperature data
- Monitor data wirelessly
- Conveniently manage data
- Generate reports for customers or insurance companies
- Reduce the risk of needing to repeat heat treatment
The case study of Thermal Flow Technologies demonstrates that Data Loggers do not just "measure temperature" but are also essential tools for controlling, monitoring, and providing evidence of the Heat Treatment process.
