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The global pharmaceutical logistics market is undergoing a remarkable boom, driven by the unprecedented demand for medications, vaccines, and PPE kits in the wake of the COVID-19 pandemic.
The market has witnessed substantial growth, with the pharmaceutical logistics industry reaching a staggering market size of USD 85.24 billion in 2022. As the demand for these critical supplies continues to surge, ensuring safe, efficient, and reliable transportation has become paramount in the pharmaceutical industry.
Let’s explore the challenges faced by the pharmaceutical logistics market and discover smart and sustainable solutions for cold chain distribution.
One of the primary challenges in cold chain pharmaceutical distribution is maintaining the required temperature range for medications. Many pharmaceutical products, such as vaccines and biologics, are highly temperature-sensitive. If these products are not transported and stored within the specific temperature range, their quality and effectiveness can be compromised. For instance, vaccines may lose their potency if exposed to temperatures outside the recommended range.
Traditional cold chain logistics, particularly those involving reefer trucks, have a significant environmental impact. These trucks often rely on unsustainable models and contribute to greenhouse gas (GHG) emissions.
For example, conventional reefer trucks can consume up to one liter of fossil fuel per hour, leading to increased carbon emissions. The environmental impact of these transportation methods necessitates the adoption of more sustainable alternatives.
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While maintaining the integrity of pharmaceutical products during transportation is crucial, cost-effectiveness is also a major concern for the industry. Many cold chain logistic solutions, including reefer trucks, can be expensive to operate. The high fuel consumption and maintenance costs associated with these trucks add to the overall distribution expenses. Balancing cost efficiency with the need for safe and reliable transportation poses a challenge for cold chain pharmaceutical distribution.
Cold chain logistics heavily rely on the proper functioning of temperature-controlled equipment, such as reefer trucks. Human error, such as accidentally turning off the truck’s engine, can lead to temperature deviations and jeopardize the quality of pharmaceutical products. Even a brief interruption in temperature control during transportation can have severe consequences, especially for temperature-sensitive medications.
Current temperature monitoring systems used in cold chain logistics often fall short when it comes to large-scale last mile deliveries. Many of these systems rely on sim/GPRS technology, which may not be suitable for monitoring the temperature conditions during the final stages of delivery. This limitation hinders real-time monitoring and compromises the ability to ensure that medications and vaccines are maintained within the required temperature range throughout the entire distribution process.
In regions with challenging climates, such as India, maintaining ideal temperatures for pharmaceutical products becomes particularly difficult. Extreme ambient temperatures and varying weather conditions pose additional challenges for cold chain pharmaceutical distribution. Traditional solutions may struggle to provide consistent and precise temperature control under such conditions.
These challenges highlight the complexity of cold chain pharmaceutical distribution and emphasize the need for innovative and sustainable solutions to ensure the safe and efficient transportation of temperature-sensitive medications and vaccines. Addressing these challenges is crucial to maintain the quality and effectiveness of pharmaceutical products throughout the supply chain.
To address the challenges faced by the pharmaceutical logistics market, innovative and sustainable solutions are required. One such solution is the use of PCM (Phase Change Material) based cold chain solutions. These alternatives offer precise temperature control, cost-effectiveness, and independence from engines and fossil fuels. Machphy’s Phase Change Material (PCM) specifically designed for harsh and high ambient conditions, provide a reliable and consistent temperature performance for pharmaceutical products throughout the supply chain.
Investing in data and AI-driven temperature monitoring systems is vital for ensuring the integrity of cold chain logistics. Traditional monitoring systems based on GPRS/Sim technology are not suitable for large-scale last mile deliveries. At Machphy’s, we have developed TAMsys, an asset management system that offers real-time monitoring from the cold room to the last mile delivery boxes. Our system operates on a small battery with a long-life span and requires no installation or maintenance, providing continuous data and ensuring product safety effortlessly.
With the urgent need for vaccine distribution, it is crucial to adhere to all protocols to prevent spoilage. We offer multi-use passive cooled boxes that provide 10-12 hours of temperature retention, with optional remote monitoring capabilities. We also provide mobile distribution units with a temperature range of 2-8 degrees Celsius to -20 degrees Celsius, making them ideal for storing and distributing vaccines at mobile clinics. Our units have extended transport capabilities and offer easy recharge with plug-in facilities.
Pharmaceutical distribution warehouses serve as crucial hubs for storing and releasing medical materials and supplies. These warehouses must adhere to Good Manufacturing Practices (GMP) to safeguard against damage, contamination, mix-ups, and product degradation. They employ state-of-the-art control and monitoring equipment to provide specific environmental conditions, ensuring the safe storage of pharmaceuticals.
As the Indian pharmaceutical industry expects significant growth, it is imperative to adopt economical and sustainable solutions for cold chain logistics without compromising product integrity. By embracing innovative technologies like PCM-based cold chain solutions and advanced monitoring systems, the industry can ensure the safe and efficient distribution of pharmaceutical products.
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