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Page 1: Frac Sand Dryer - feeco.comfeeco.com/wp-content/uploads/2018/05/Frac-Sand-Dryer.pdf · ROTARY DRYERS FOR FRAC SAND are industrial drying systems used ... dryer design can have a big

FEECO.com/frac-sand

FEECO.com/frac-sand

FEECO is a globally recognized provider of custom thermal processing equipment and process solutions. We offer customfrac sand dryers that have developed a reputation as the industry’s best, boasting all of the benefits listed above. For more information, contact us today at FEECO.com/contact

FEECO FRAC SAND DRYERS

The industry standard for drying frac sand.

ROTARY DRYERS FORFRAC SAND

are industrial drying systems used throughout a variety of industries to dry bulk solids of all kinds. For fracsand, they dry washed sand downto the target moisture level for useas a proppant.

ABOUT ROTARY DRYERS

HIGH THROUGHPUT TOLERANCE TOVARIATION IN FEEDSTOCK

REDUCED ELECTRICALENERGY CONSUMPTION

ROTARY DRYERS

300CAPACITY DIAMETER

MATERIALS OF CONSTRUCTION

FEATURES

TPH+

3 - 15 FEET

- Specially designed lifting flights

- Heavy-duty design and construction

- Process and mechanical warranties

- Co-current or counter current design CARBON

STEELSTAINLESS

STEELSPECIALTY

ALLOYSEXPLOSION

BONDEDAR STEEL

LINED

ROTARY DRYERS vs. FLUID BED DRYERS

Rotary dryers offer clear advantages over fluid bed dryers when it comes to drying frac sand:

Rotary dryers can process inexcess of 300 TPH in a singleunit - perfect for the demandsof a frac sand drying plant.

Rotary dryers are tolerant tovariations in particle size dist-ribution and moisture content,producing a uniform product.Conversely, fluid bed dryersare highly sensitive to variationsin feedstock.

Rotary dryers require less elec-trical energy than fluid bed dryers, because fluid beds req-uire a high magnitude of airto fluidize the sand.

DESIGN CONSIDERATIONS

A number of factors influence dryer performance and product quality. For this reason, the right frac sanddryer design can have a big impact on overall efficiency.

DRUMDIAMETER

FLAMECONTROL

AIRVELOCITY

FLIGHTDESIGN

MATERIALS OFCONSTRUCTION

DESIGN BENEFITS

By optimizing these and other characteristics, a number of benefits can be achieved:

NOx & COLower NOx & CO emissions

Maintained product integrity

Uniformresults

Reducedcarryover

Increasedefficiency

Decreaseddrying costs

$

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