Bulk Bag Handling Equipment including unloader stations, screw feeder and mixer
Bulk bag handling equipment using bulk bags and tote bins, chlorine additives are mixed with the powdered chloride for use as a swimming pool and hot tube water treatment agent.
This configuration uses three bulk bag unloader stations, one tote bin unloader station, volumetric screw feeders and a mixing screw conveyor with a controls for operation.
As chlorine powder enters the system, three additional additives are volumetrically added to the chlorine powder in the mixing screw. The controls allows for the operator to adjust the rate that the additives are fed to mixer.
A bulk bag unloader system, containing three unloader stations, is used to precisely unload additives into a mixing and blending system. Each unloader station contains an over head rail with a powered hoist and trolley to lift the transport frame and bulk bag into the unloader station.
The waste wood power boiler uses a wet scrubber to remove ash from the boiler system. The water with unburned carbon, or “char”, and sand with grit is then pumped at a rate of 2300 GPM to the vibratory dewatering screens. The urethane screen panels remove the char and most of the sand and grit from the water. The solids are then removed by conveyor or end loader to the wood yard. The water is sent to the clarifier system for further solids removal. The unburned carbon can be re-injected into the boiler as fuel.
Construction and demolition recycling system that maximizes separation efficiency and volume while reducing manual sorting requirements and maintenance.
Cement kiln dust, or CKD, is the fine material transported by hot gasses inside a kiln to a collection filter.
A Texas Cement producer wanted to replace an existing, inefficient pug mill that was conditioning the collected dust before safe disposal in a landfill. The producer needed to “wet CKD to a dustless powder” at a rate of 200 Tons Per Hour (TPH). After testing a sample of the dust, the Dustmaster 200 TPH Series II mixer was selected to replace the existing pug mill.
Vibrating indirect cooling conveyor used to cool thermally treated hazardous waste from 600 degrees F to 200 degrees F using water as the cooling medium. The vibrating cooling conveyor is 5 foot wide by 50 foot long.
These indirect cooling vibratory spirals incorporate very long cooling lengths and large surface areas for extended residence time for cooling of air sensitive granular solids, such as:
rubber crumb
granular chemicals products
food products such as rice
The large spiral vibratory conveyors incorporate the manufacturer’s variable rate, tow mass, natural frequency drive technology to allow for fine tuning of the residence time for optimized cooling.
An indirect cooling vibratory conveyor is used to cool regenerated catalyst from 3000 degrees F to 300 degrees F. This is done using 180 degree F cooling water obtained from a previous cooling step in the regenerative process.
Boiler ash handling and recovery system is designed to remove unburned carbon (char), ash, grit and sand from waste water discharged from wood and bark power boiler. Slurry, composed of water and solids, is sent from the wet precipitator to the vibrating Hi-G dryer at rates from 800 to 2200 GPM. The Hi-G dryer uses two, low horsepower, vibrating motors to apply a high G-force on the urethane screen panels. This separates the water from the solids.
This coal crusher is a single stage, two roll crusher installed in a power plant. It was selected to replace a large hammer mill crusher that was generating too many fines for the coal fired boiler.
Eight industrial vibrating tables were used for resin powder compaction while filling boxes to desired weight of 55 pounds per box. Requirement was for a packaging system to increase production in an existing plant. Customer wanted to reuse their existing packaging head to fill the boxes with a powdered resin material to a weight of [...]
