Air pollution control equipment and industrial dust collectors from GMD ENVIRONMENTAL TECHNOLOGIES, INC
 
 GMD TOTALLY ENCLOSED TREATMENT SYSTEMS (TETS™) FOR ACID GAS
 
 

GMD Environmental Technologies, Inc.'s TOTALLY ENCLOSED TREATMENT SYSTEM (TETS™), uses dry reactant(s) to react with acid gas constituents in the exhaust system from industrial processes. GMD's TETS™ is designed and tested to demonstrate GUARANTEED effectiveness for each application. The proprietary GMD Power Inductor Nozzle (PINTM) thoroughly mixes the reactant powder(s) with the acid gas constituents in the exhaust, assuring maximum chemical reaction.

Air pollution control equipment and Industrial dust collectors from GMD ENVIRONMENTAL TECHNOLOGIES, INCStandard System:

  • GMD Powder Inductor Nozzle (PINTM )
  • GMD Variable-Volume Feeder
  • Feeder Vibrator
  • GMD Bulk Bag Unloader
  • Reactant Supply Monitor
  • Reactant Feed Monitor
  • Powder Blower
  • Electrical Motor Center/Control Panel

Features:

  • Completely Dry Operation
  • Minimal Moving Parts
  • Precise Control of Powder Feed
  • Treatment Efficiencies to 95% "plus"
  • Low Maintenance
  • Effective for:
            SO2 * SO3 * HCl * HF

Available Options:

  • 5.5 Cubic Foot Bag Break Station
  • Bulk Storage Silo
  • Dust Generation Monitor and Feeder Control System
  • Hopper Heaters
  • Powder Heaters
  • Live Bin Bottoms
  • Bin Level Controls

The most common chemical powders used are:

  • American Minerals EnvrioBlend®*
  • Calcium Oxide (Ca0) or Un-Slaked Lime.
  • Sodium Carbonate (Na2C03) or Soda Ash.
  • Sodium Bicarbonate (NaHC03) or Baking Soda.

*American Minerals' EnviroBlend® provides the additional benefit of treating heavy metal laden particulate to a non-hazardous condition prior to discharge from the hopper of the baghouse. In addition, the dry powder provides a protective coating on the filter bag which assists in the removal of submicron fume from the gas stream. The dust cake generated enhances filtering efficiency and is a better releasing dust cake during the cleaning cycle