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Dry air plays a vital role in pharmaceutical development. The right conditions in a pharmaceutical manufacturing facility ensure the effectiveness and quality of the drugs produced. Without humidity control for pharmaceuticals, medications succumb to potency losses, oxidative degradation, de-sterilization and irreversible destabilization. From the earliest stages of research and development to large-scale production of the final product, specific climate conditions must be maintained at every step of the process.

Painting systems are essential to preserving a ship’s structure and components. Unfortunately, they are not a permanent solution. When a ship does not experience obvious damage (e.g., caused by grounding or a fire) or conditions that could compromise a protective coating’s strength (e.g., extreme temperatures), it is important to be mindful of the circumstances that could necessitate repeat surface preparation and coatings to prolong the vessel’s life and ensure crew safety.

A protective coating is only as good as the surface to which it was applied. To ensure the successful application of protective coatings on vessels, the use of marine temporary climate solutions is vital. Failure to control the environment could result in improper adhesion, premature failures, and corrosion. By understanding why environmental controls are important when applying protective coatings on vessels, you’ll improve the quality and efficiency of this vital maintenance task.

Water is an element that’s essential for life and transportation. Without the right precautions, the element is also destructive and can lead to structural weakness on marine vessels, as well as financial and logistical inefficiencies. By ensuring proper surface preparation and coatings with the help of marine temporary climate solutions, your maintenance efforts will result in greater productivity and fewer repairs.

The right conditions in a pharmaceutical manufacturing facility ensure the effectiveness and quality of the drugs produced. Without humidity control for pharmaceuticals, medications succumb to potency losses, oxidative degradation, de-sterilization, and irreversible destabilization. In some cases, poorly controlled environments may even lead to toxic degradation that is difficult to detect. By pairing temporary humidity control solutions with processes that prevent oxygen absorption, such as the use of special packaging, pharmaceutical manufacturers will experience reliable and constant conditions, lower production costs, and improved quality.