Drying Science
Key Takeaways: On paper, industrial drying machines are simple enough. Start with a high-moisture product, apply heat and friction to release some of that moisture, and out comes a low-moisture end product ready for the next step in the process. There seems to be only a few variables involved: feed or batch volume, thermal energy,…
Industrial process dryers operate on a thin line of profitability given their resource-intensive nature, and can suffer from unnoticed cost drains that threaten this profitability right under your nose. Thankfully, industrial drying process cost drains can be found and resolved if you know what to look for. Symptoms of an Industrial Drying Process Cost Problem …
Three Key Takeaways Vacuum drying is an advanced industrial manufacturing process that reduces a product’s moisture content. Most often, vacuum drying systems are used to make high-quality powder products such as food ingredients and chemical compounds. In addition, vacuum drying serves many similar applications in organic waste, energy, recycling and sludge processing. Across all applications,…
As a leader in industrial or manufacturing processes, you spend your days thinking from an operational perspective. Contemplating production effectiveness, quality controls, demand forecasts and so on keep you occupied right up to the moment when a new capital project hits your desk. When such projects include equipment upgrades or complete new systems (such as…
Key Takeaways Rotary Vacuum Dryers for Ultra-Premium Powder Products To manufacturers of industrial powders, “quality” represents three things: function, form and flow. For a powder product to rise to the level of ultra-premium quality, that powder must possess exceptional functional attributes, be highly uniform and freely flow without any discernable clumping or caking. Products with…