Temperature Controlled Van: How it’s useful for your business?

Cold chain logistics have taken precedence over the years. Many countries in order to progress opt to strengthen transport infrastructure so as to ensue trade development and utilize opportunities. Perishable items such as fruits, vegetables, pharmaceuticals and meat produce are transported using temperature-controlled vans and trucks. This requires operational efficiency and mobility in order to transport goods without compromising their efficacy or quality.

Cold chain management or logistics revolving around pharmaceuticals ensue immense monitoring and care. For instance, vaccines are transported in vehicles that can conserve temperatures in the range of -2? till 8?. This is important to avoid vaccines from losing their potency, thus conserving them during transport is extremely important. Which is why transport companies have a whole cold chain set up that adheres to temperatures as required that also includes light, humidity and any other relevant factors that keep the integrity of the product intact.

Most transport companies dealing in cold chain supply chain ensue measures to increase effectiveness. They usually conform to cost effective measures along with providing solutions that help efficient mobility of temperature controlled transport. The solutions comprise guidelines and practices that enable safety and quality measures. Besides this, the vehicles are equipped with tracking, temperature and humidity recorders and other cooling options. If companies dealing in cold chain supply chain logistics somehow do not adhere to said guidelines this could lead to major losses and even losing a customer. Thus, the whole operation revolving around this needs to be on point.

With regards to this, companies now offer active temperature control and passive temperature control options for temperature sensitive goods and products. Whilst optimizing the handling process is critical, transporting sensitive goods above all takes precedence. Usually active temperature control includes cold boxes or freezers usually used for transporting pharmaceuticals but is expensive and also incur higher environmental repercussions. Passive temperature control is a cheaper, more better alternative to the former that requires ensuing temperatures at optimal which includes combining ice packs for coolers and enough insulation to provide protection.

However, there are downsides to both but it all comes back to which temperature control to opt for. There are certain factors such as how long the routes are, the nature of the products, cost effectiveness, power supply, external environment and weather conditions mainly. But with advancements in pursuits, companies have also come up with hybrid systems. This particular temperature control method uses a combination of phase change materials (PCM) that uses energy and regulates thermostatic control that helps maintain product temperatures as required. But the hybrid temperature control method is expensive in comparison to active and passive. It is more complex and can only be applied to narrower selection of goods or products.

Nevertheless, shift in industry dynamics and globalization have led to increasing dependency on cold chain logistics and mobility. Transport companies have made it easier to transport even critical products without any problems. But the environmental repercussions are an all time high. Cold chain logistics perturb greenhouse emissions that is alarmingly leading to degradation and climate change.

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