WET GAS SCRUBBER

Single-stage CBU

Single-stage CBU,
gas inlet chamber on top

CBU with 2 stages

CBU with 2 stages,
with a scroll swirler (tangential inlet), version 1

CBU with 3 stages

CBU with 3 stages,
with a scroll swirler (tangential inlet), version 2

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7 reasons to choose CBU over conventional scrubber:
  • 1. No Packing media, no spray nozzles.
  • 2. 40-60 times better mass-mixing between gas and liquid.
  • 3. Up to 30% smaller in footprint than conventional scrubbers.
  • 4. Higher contact time between gas and liquid.
  • 5. Most efficient - up to 98%.
  • 6. Negligible maintenance of scrubber column.
  • 7. Liquid consumption is low.
  • Flow Capacity 500 – 50,000 m³/hour from single unit, for more output connect multiple units in cascades.
  • Ferrous: CS, Stainless Steel, Titanium Alloy
  • Non-Ferrous: PP, PVDF, PTFE, PFA, etc
  • CBU uses patented design called Whirler to make scrubbing efficient, thereby eliminating packing media, improving mass mixing. Technology serves as effective way to interact gas and liquid and perform reaction at the micro level to increase the recation contact area.
Exhaust Gas Cleaning Complex
Main elements:
  • CBE
  • Recycling liquid reservoir
  • Installation metal frame
  • Pipes, fittings, pipeline connection set, hoses
  • Fan (with/ or no capacity reservation)
  • Pumps (with/ or no capacity reservation)
  • Control equipment
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  • Desulphurization of “Flue Gases” from TPP
  • Exhaust gas cooling
  • Exhaust gas warm realization
  • Gas drying (condensation)
  • Water cleaning from gas adds
  • CH-gases (methane, butane etc) and oil cleaning from unwanted ads
  • Cleaning flue gas of NO2, SO2, etc.
  • Other diffusion processes
Absorption
  • Industrial gas cleaning
  • Taking the finished product with gas absorption by liquid
  • Separation of valued (useful) addition(-s) from the gas composition
Desorption
  • Liquid gas cleaning from added gas
  • Rounding units “absorber-desorber-absorber” may help to recycle the absorbent
  • Wet gas cleaning from dust
BASE INSTALLATION SETTINGS:
  • 22 Standard Models with Flow Capacity 500 – 50,000 m³/hour
  • Any modification may be installed with a several cleaning stages independently of chosen version
  • Parallel CBE units in one gas outlet for Higher capacities
  • Pressure Drop:
    2,0-2,5 kPa (one-stage)
    3,5-4,0 kPa (two-stage)
    5,0-5,5 kPa (three stage)
  • Working temperature +5 °C to +1200°C 
Compact dimensions:
  • The Smallest set of CBE/CBS -0,5T with capacity 500 m³/h: Ø – 310mm, h – 630mm, weight – 35kg
  • The Biggest set of CBE/CBS -50T with capacity 50,000 m³/h: Ø – 2100mm, h – 4100mm, weight – 2100kg /li>
MOC:
  • Ferrous: CS, Stainless Steel, Titanium Alloy
  • Non-Ferrous: PP, HDPE, PVDF, etc
Gas incoming direction:
  • From the top of the unit (coaxial)
  • From the side though the whirl tank (tangential)
  • High coefficient of mass/heat exchanges by the high gas speed, and difference gas and liquid speeds in foam layer
  • Small dimensions
  • High gas temperature acceptance
  • Simplest and reliable construction: no rounding parts, no nozzles
  • Auto-adjustable process for incoming gas value increasing: foam remain in same place without going to the next cleaning stage  
  • No dropping out: No need to install any special external drops catcher

Contact Us To Understand Cyanide Recovery Technology Using CBU.

Industries We Serve

Energy
Marine
Agriculture
Chemicals
Textiles
Pharmaceuticals
Oil & Gas
Construction
Metal Processing