Dust is often a major problem in a lot of different industries: coal dust from the air at loading facilities, asphalt dust during concrete production, heavy iron ore dust at iron mines, sugar dust, etc. The latter is a major nuisance for the sugar industry as it causes a substantial loss in revenue due to the loss of the final product in a form of sugar dust. Moreover, the presence of sugar dust in the air results in a coating of sugar grain on most surfaces which can disrupt the production process.
The common way of removing dry sugar dust from the air is with dry dust collectors, like baghouse filters and cartridge filters. However, the use of these systems is not the ideal solution for sugar dust scrubbing and possess numerous disadvantages:
- Explosion potential
The presence of dry dust in the air increases the risk of combustion as it acts as fuel for an explosion. Other elements necessary for an explosion are an enclosure, dispersion, oxygen, and an ignition source. The ignition source may be provided by a production process in a form of a spark, by construction work in a form of a welding of grinding spark, by a careless worker in a form of a cigarette; the other factors are present inside the dry dust collector. The environment inside the baghouse or cartridge filters creates the perfect conditions for the combustion to occur. Sugar dust carries a static charge and can arc inside the air chamber, which causes ignition.
The explosions that are a result of the sugar dust presence is the air are not a rare occasion – the incidents occur often enough for the government regulations to be broadened.
- High temperatures
Generally, dry dust collectors are not well suited for high-temperature gases and require additional adjustments during the design process, which adds to the initial cost of the dry dust collector.
- Moisture in the gas stream
If the gas contains water steam, dry dust collectors get clogged and eventually shut down due to the build-up of the pollutant particles.
Wet air scrubbers are able to overcome all of the downfalls of the traditional dry dust collectors as they do not create the environment in which a combustion might occur; wet air scrubbers can handle high temperatures of inlet gas stream. However, most wet air scrubbers do suffer from clogging due to the sludge that is created after the sugar dust mixes with water. This mixture is extremely sticky and causes build up inside the chamber and stops the scrubbing process. Scroiler™, on the other hand, is able to process sugar dust without being clogged due to the high speeds of microturbulence vortices that are used to scrub the inlet gas. Tests show that Scroiler™ is able to handle 250 g. of sugar per 1 liter of water without any issues.
Being a new type of wet air scrubber, Scroiler™ cleans air from gases, dust, vapors and other admixtures using water or other cleaning liquid. Scroiler™ produces the cleaning mist differently from other scrubber systems, which results in running costs that are much lower than for a common wet air scrubber. Scroiler™ is the new type of wet air scrubber that saves water.
Redwood technology is a fast-growing vendor of wet air scrubbers. The multi-vortex scrubber can remove gas emissions, dust, vapors, and other pollutants from a gas stream. It is an innovative technology created to save water that makes it more cost-efficient and differs from other types of scrubbers. If you have any questions or would like to purchase a multi-vortex wet air scrubber, please contact us at email@example.com