With COP31 approaching, it’s a good time to ask how much material it takes to build an industrial dryer and how much waste it can prevent over its working life.
We’ve sold nearly 50 industrial TORBED dryers, mainly for food and biomass. We’ve also supplied dryers for mineral applications, including a microwave-assisted unit designed to drive moisture out of a fragile mineral without overheating it.
A smaller footprint
In like-for-like comparisons, a TORBED dryer can occupy just 10–20% of the floor space of an industrial belt dryer. That smaller footprint can translate into substantial savings in fabrication and infrastructure costs.
Fewer moving parts
A fan creates a gas stream that lifts, mixes and dries the material. This avoids the need for the trays, conveyors, motors and gearboxes associated with an industrial belt dryer. One customer who replaced a belt dryer with a TORBED drier saw line availability rise to some 95% and attributed the improvement to the simpler mechanical design.
Remote operation
With fewer mechanical components to attend to, a TORBED dryer can be operated remotely where the installation allows. That can reduce the need for an operator to be on hand and lower operating costs.
More consistent drying
Thorough mixing helps prevent hot spots and gives particles more even exposure to the drying medium. That makes it easier to achieve a consistent product and reduces the risk of waste from uneven drying.
What does this have to do with COP31?
A more compact dryer can use less material to build, and more consistent drying can mean less product goes to waste and less energy consumed. Both can help reduce the plant’s environmental impact over its lifetime.