Applicable conditions
- Distributed kilns, workstations or individual lines
- Absorbable or reactive odor compounds
- Exhaust containing oil mist, droplets or some particles
- Batch production with line-by-line operation
Source treatment equipment
JETA1000-2
In-situ foam absorption — Combines two foam-enhanced mass-transfer modules, liquid circulation and a fan for absorbable or reactive compounds near kilns and workstations.
Operating limits
Liquid chemistry, construction materials, stage count and mist removal must match corrosiveness, temperature and composition. Poorly soluble, non-reactive VOCs require validation and potentially further treatment.
System combinations
Use with local capture, short ducts and existing clean-exhaust headers, or as a front-end unit to reduce the airflow and load of a centralized system.
PROCESS & OPERATION
Two absorption modules close to the source.
JETA1000-2 combines foam-enhanced mass transfer, two absorption modules, liquid circulation and a fan. Materials and liquids are selected for absorbable or reactive kiln and workstation exhaust.
Explore testing & validation ↗
- 01
Assess absorption
Review the compounds and liquid chemistry, with trials where needed.
- 02
Configure two modules
Define each module’s role, circulation loop and mist removal.
- 03
Integrate near the kiln
Coordinate short ducts, the fan, servicing and drainage.
- 04
Link to kiln operation
Set controls around kiln operation and shutdown purge requirements.
Chemistry and materials
Confirm liquids, wetted materials and seals for the temperature and corrosiveness.
Liquid maintenance
Plan make-up, dosing, blowdown and circulation-system cleaning.
Downstream support
Validate further treatment or backup stages for compounds that are difficult to absorb.