Hello again, and welcome to this article from Coreco Medical Lab. In this post, we wanted to take a closer look at the importance of temperature mapping in the pharmaceutical industry.
That is why we have emphasized the steps that need to be taken, their added value, and reliable mapping solutions.
The storage and maintenance of drugs and medications are vital in the pharmaceutical industry. Efforts and innovations are underway to streamline pharmaceutical operations.
Despite these advances, drug manufacturers suffer significant losses each year. These losses stem from failures in temperature control.
To limit these losses, it is necessary to adopt a comprehensive approach to temperature mapping in the pharmaceutical sector. Regular mapping can reduce revenue losses. It can also eliminate the risks associated with administering substandard medications.
Why is pharmaceutical temperature mapping important?
Different types of medications require specific temperatures. These conditions remain constant during manufacturing, transit, and storage.
When temperature conditions deviate beyond the acceptable range, chemical or biological properties deteriorate. This affects the efficacy of medications.
Because of this importance, investment in cold-chain storage is on the rise. Awareness of the importance of environmental mapping is also growing.
Standard operating procedures, such as temperature mapping, protect product quality. They also ensure customer safety.
Comprehensive temperature mapping ensures accurate monitoring. It is also a best maintenance practice for facilities.
In addition, mapping ensures regulatory compliance. Proper management of pharmaceutical temperature mapping underscores pharmaceutical safety. This credibility will increase long-term benefits.
Steps in Temperature Mapping
There are several approaches to creating temperature maps. It is very important to follow the provided steps to the letter. This provides practical solutions to any control problem.
First, a general guide to conducting a comprehensive pharmaceutical temperature mapping is outlined.
1. Understanding Regulatory Requirements
The regulatory authority in this case is the Spanish Agency for Medicines and Health Products (AEMPS). It sets standards for all stakeholders in the pharmaceutical sector. The following are the regulatory standards regarding:
- The pharmacovigilance system
- Quality control (inspections)
- Supply Guarantees
- The Fight Against Illegal Drugs
- Measures Regarding the Online Sale of Medications
There are also guidelines for the storage and shipping of medications. These include specific temperature ranges for refrigeration. Some examples of temperature standards are:
- Ambient temperature: 20 to 250 °C
- Controlled ambient temperature: 20 to 250 °C
- Cold storage: 8 to 150 °C
- Refrigerated storage: 2 to 80 °C
- Freezer storage: -25 to 100 °C
Some products require different storage procedures. These include medications that are sensitive to light and moisture. Guidelines for the safe handling of these medications can be found in the Royal Spanish Pharmacopoeia.
In this regard, the content provided is the responsibility of the Spanish Agency for Medicines and Health Products of the Ministry of Health, Social Policy, and Equality.
2. Establishing the mapping strategy
There are regulatory guidelines for creating temperature maps in the pharmaceutical industry. However, carrying out all monitoring activities is an iterative process. For this reason, it requires careful monitoring and analysis before implementation.
There are many factors to consider when developing a mapping strategy. Therefore, the first step should be to analyze these factors before moving forward:
Identify the areas to monitor
The various storage areas are strategic locations for temperature sensors. There are pharmacy rooms that are key monitoring points.
Will the sensors be placed in the center? Is one sensor required for each section of the cold chain? Would it be sufficient to place the sensors only in the corners?
Careful mapping of the sensors along the cold chain allows for a holistic temperature profile. The sensor locations are in reference zones that provide an overall picture of the temperature. Hence the need for careful identification.
Identification of risk factors that may affect mapping
Certain variables can affect storage systems. These variables influence temperature conditions. Some examples include:
- Weather Conditions
- Changing Climates
- Areas Exposed to Sunlight
- Areas with restricted airflow
- Number of windows and doors
- Heating, Ventilation, and Air Conditioning (HVAC) Systems
- Room Layout
3. Temperature mapping
When it comes time to perform the mapping itself, certain factors must be taken into account. These are preventive control strategies that will mitigate any possibility of failure in the monitoring process. And often, these strategies are simple.
Appropriate equipment to use
The choice of mapping equipment can determine the outcome of the monitoring. Cost-effectiveness is sometimes a factor when selecting this equipment.
Although it's best to consider the cost, it's vital to check the accuracy rates. Cheaper alternatives may compromise the mapping results.
AKCP Wireless Temperature Sensor for Temperature Mapping in the Pharmaceutical Industry
The use of the equipment includes the integration of backup systems. It is recommended that 2–3 sensors be sufficient. However, it is advisable to have a couple more for backup purposes. This allows mapping operations to continue for longer periods.
Opting for battery-powered sensors is also a form of backup. However, relying on those that run on electricity can be detrimental.
Once again, when choosing equipment, it is important to consider precision, accuracy, and sustainability.
Taking these variables into account throughout the strategy will help provide a better understanding of the situation. It also ensures an accurate analysis of the situation with precise figures.
Test
Conducting a comprehensive mapping involves more than just environmental conditions. All other critical factors in pharmaceutical temperature mapping are also analyzed. These include:
- Load Testing
- Uniformity Studies
- Recovery Tests
Load tests are specific to temperature-controlled storage systems. These tests evaluate the containers, compartments, or refrigeration units used to store medications and vaccines.
Load testing measures the impact of the storage system on pharmaceutical products. In addition, the tests require simulated failure testing of the equipment.
They also take into account the material composition and the cooling of the shipment. These are some of the considerations involved in load testing.
Uniformity studies verify that the temperature remains constant and within the standard range. This is particularly important in a specialized pharmaceutical warehouse. By taking these variables into account, the uniformity test assesses the extent of the risks.
These are risks caused by exposure to sunlight or changes in airflow. These factors play a key role in temperature fluctuations.
Recovery tests measure the temperature return time. They measure how long it takes for the cold storage room to return to its standard temperature range. In this regard, temperature control is essential.
Simply opening the refrigerator door affects the temperature conditions. Therefore, it will be a problem if the appliance cannot return to the proper temperature range.
System Installation
The next step is to install the mapping system. This can only be done after taking into account all the factors that affect pharmaceutical temperature conditions. Once the areas to be mapped have been identified, proper sensor installation is essential.
It must be in the best location to monitor a wide range of temperatures. It must also cover the area that is vulnerable to temperature changes.
You should also place some sensors in stable areas. This will serve as a control. It will also make it easier to troubleshoot in the event of differing readings.
Variations in placement are also suggested. The sensors should be located near the products. Therefore, they should also be placed at different heights.
Airflow is a factor that influences temperature fluctuations. It is essential to check the upper and lower areas of the room.
Calibration and Maintenance
The most important aspects of temperature mapping are precision and accuracy. Therefore, it is essential to calibrate the equipment. Furthermore, calibrations must comply with regulatory standards.
Maintenance procedures must be performed regularly. This is because the pharmaceutical industry is an iterative process. Therefore, it also requires routine maintenance. This regular maintenance will increase the need for mapping.
Reliable mapping solutions
It is always good practice to conduct regular temperature mapping. In a pharmaceutical setting, Constant monitoring will determine the quality of the vaccines and medications.
Temperature mapping is essential for everyone, regardless of whether they manufacture, transport, or store pharmaceutical products.
Equipping a pharmaceutical facility with complementary monitoring solutions is an essential consideration in pharmaceutical operations.
Strong monitoring capabilities can provide a competitive advantage in the industry. Incorporating monitoring tools throughout the mapping strategy will strengthen business operations.
Sensors are the primary mapping tool in pharmaceutical monitoring. There is a wide range of sensors available on the market. However, calibration checks and sensors that comply with regulations are worthwhile investments.
For example, AKCP offers temperature monitoring. AKCP's solutions can provide a comprehensive and relevant temperature map.
This can be used for any monitoring need. The AKCPro Pharma-Mon Server is capable of monitoring temperature and other monitoring parameters, such as:
- Access control system for monitoring and securing laboratory doors and medical refrigerators.
- Temperature monitoring with real-time graphs and alerts.
- Air quality testing for pharmaceutical cleanrooms and sterile environments.
These capabilities enhance pharmaceutical temperature mapping overall. They will provide robust test support for regulatory reports. Over time, they will streamline all checkpoints for variables relevant to maintaining standard temperatures.
The Next Step for Pharmaceutical Products
Access to the AKCPro server
The refrigeration sector faces the immediate future as a key player in two ways.
First, the public health aspect, because it is crucial for maintaining the cold chain for vaccines. Second, the economic aspect, as it is one of the most dynamic essential sectors in terms of its impact on GDP, innovation, and job creation.
Investment in pharmaceutical cold chains underscores the need for a complementary monitoring solution.
One of the key requirements for monitoring is data collection. Although the data must be precise and accurate, there are other considerations involved in monitoring.
- Real-time access to data
- User Platforms
- Digital Reports
- Remote Troubleshooting
- Granular visibility
This is especially important when transporting pharmaceutical products. There are innovative sensors capable of uploading data to a user platform. In addition, the software features user access and enables improved monitoring capabilities.
The results of the temperature mapping are analyzed and verified. They are then compared with regulatory standards to ensure compliance.
Therefore, access to data is an integral part of this process. Any obstacle to data collection will be a hindrance. It also negates the potential risk of oversight.
Ultimately, major investments in the cold chain require innovative monitoring solutions. However, innovation must go hand in hand with convenience. A good temperature mapping solution can provide simple steps and easy-to-understand reports.
If done correctly, this will eliminate any complexity. And, as a result, it will improve mapping operations.
That wraps up our article on the importance of temperature mapping in the pharmaceutical industry. We hope you found it helpful. We’ll sign off for now—see you in the next post!
