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Showing posts with the label container monitoring

Transparency and integrity for your supply chain

The package delivery turns out to be a wrong delivery, the new LCD TV screen ordered remains black, the auctioned designer piece turns out to be plagiarism - in everyday life, we are often suffering the effects of improper handling of goods. Which is a minor inconvenience for the private citizen, causes in industry and trade high economic damage. Today's supply chains are polynomial and international with a high degree of complexity anda lack of transparency. The causes of integrity violations are often not found. Who is responsible for the transport damage, who pays the cost of lost production? The clarification of the question of guilt is time consuming and expensive. Avoid such scenarios, by having your supply chain under control. Ideally, the supply chain manager always knows where and in which condition his merchandise is. To collect the plurality of information different technologies are used that give whole containers its own intelligence to provide additional information,...

Moisture and Condensation as a Challenge for Cargo in Transit

One of the main problems our clients from all different industries encounter in terms of damage of cargo in transit is the moisture and condensation – especially on those shipments with long transit time. It is common practice to use moisture absorbing ‘desiccant’ bags in order to minimize the risk – but once saturated, they serve no further purpose. Also the risk is rather the condensation, which will happen depending on the dew point. Desiccant bags may marginally reduce the dew-point-threshold, but they can’t eliminate the risk of condensation. The Relative humidity of an average shipment can easily vary between 40% and 90%. However, the up and down of the relative humidity is not always relevant and most likely will not affect the cargo as the container is a closed ecosystem. Assuming a temperature of 11.5 °C with a relative humidity of 91% inside the container would lead to a dew point of 10.1 °C. Desiccant bags may reduce the relative humidity inside the container to 89% or ...

Shock of 20G on Container while in Transit

Attached a picture of a container, which was exposed to a shock of 20G while in transport. Thanks to real-time cargo monitoring, the shipper immediately was able to assess the impact on its cargo and make decisions on - continuing the trip, and/or  - reorder cargo in a new container - inspect container - claims handling - proactively inform client The real-time monitoring also allows to precisely identify - location of incident, - time, - custody, and a historical analysis on how often such incidents happen(ed), where and in whose custody. All this information allows to mitigate future risk, reduce insurance premium and capital cost.