An Industrial Belt Dryer or a TORBED Dryer?
The first large-scale TORBED dryer system was installed in 2004 and has run successfully ever since. Drying is typically a low temperature process. It can be a first stage in preparing biomass for transportation or for further processing. TORBED dryers have: a much smaller footprint than conventional Industrial Belt dryers or rotary drum dryers. the […]
The TORBED Dryer, an Alternative to an Industrial Rotary Drum Dryer
The TORBED reactor and the Industrial rotary drum dryer are both gas–solid contacting devices used to remove moisture from particulate materials, but they operate on very different principles, which affects both their physical size and their sustainability profile. A rotary drum dryer consists of a slowly rotating, slightly inclined cylindrical shell, usually fitted with internal […]
Our Industrial Fluidized Bed Gasifier: A Revolutionary
The energy transition demands more than renewable generation. For industry, it requires smarter ways to handle the difficult fuels and waste streams that conventional technology has always struggled with — materials too variable, too low-grade, or too awkward to process cleanly and efficiently. That’s a problem Torftech has spent decades solving. Our industrial fluidized bed […]
TORBED Processors vs Rotary Kilns for Calcining
TORBED reactors and rotary kilns are both used for calcining, but they achieve thermal treatment in different ways. A rotary kiln is a slowly rotating, inclined cylinder in which material is heated over an extended residence time. This makes it suitable for large throughputs, variable feed materials, and calcination processes that benefit from gradual heating […]
The Industrial Waste Combustor That Tamed Toxic Aluminium Smelting Residue
Spent Pot Lining (SPL) — a by-product of aluminium smelting — represents one of the industry’s more stubborn environmental challenges. Rich in refractory, carbon, fluxes, and cyanide, the material is classified as toxic waste and demands careful handling and disposal. The story of Torftech’s solution began in 1987, when Comalco Aluminium Ltd of Australia set […]
The TORBED vs an Industrial Rotary Kiln
The TORBED reactor and the rotary kiln are both gas–solid contacting thermal processing technologies, but they operate on fundamentally different principles, and this leads to noticeably different physical scales for the same processing duty. A rotary kiln is a slowly rotating, inclined cylinder. Material is fed in at the upper end and gradually tumbles along […]
TORBED vs. Conventional Industrial Fluidized-Bed Gasifier – A Scale Perspective
Scale separates the TORBED® reactor from the conventional industrial fluidized-bed gasifier more clearly than any other dimension, but the picture is more nuanced than a simple “big versus small” framing. Conventional fluidized-bed gasifiers — bubbling and circulating — are engineered to scale up by building larger single vessels. Established licensors have engineering pathways into the […]
Choosing Between a TORBED and an Industrial Rotary Drum Dryer
The choice between a TORBED toroidal-bed dryer and a rotary drum dryer is less a matter of specifications than of matching the machine to the duty. The two technologies operate on different physical principles and are good at different things. The rotary drum is a long, slowly rotating, slightly inclined cylinder that lifts and cascades […]
Why Use a TORBED Gasifier rather than an Industrial Fluidized Bed Gasifier?
Fluidized bed and TORBED reactors are both gas–solid contacting systems used for gasification, but they differ fundamentally in how they suspend and process particles. A fluidized bed lifts an inert bed of sand or olivine vertically using upward gas flow at modest velocities of one to five metres per second, providing a familiar and well-understood […]
Why Use A TORBED Processor Instead Of A Rotary Kiln For Calcining?
1. Much faster heat transfer → shorter processing time TORBED systems use a high-velocity gas stream to suspend and circulate particles. This creates extremely efficient heat transfer, so calcination can happen in seconds to minutes, compared to hours in a rotary kiln. 2. More uniform temperature control In a rotary kiln, material tumbles slowly and […]