ELIMFILTERS Canonical Knowledge · Approved
AEREMIS Air Treatment Architecture
Engineering Reference · Industrial & Process
Platform: AEREMIS™
Technology: HE-CRIVA™ · MA-TREA™
Engineering Relationships
- AEREMIS™ organizes industrial air treatment by contaminant challenge and required air condition rather than by a single filter form.
- General Air Filtration is the descriptive AEREMIS™ path for general particulate control and maps to TC-AIR-01.
- HE-CRIVA™ is the AEREMIS™ family for high-efficiency and critical-air particulate filtration and maps to TC-AIR-02.
- MA-TREA™ is the AEREMIS™ family for molecular air treatment and maps to TC-AIR-03.
- Treatment-path selection depends on the air-quality target, contaminant profile, operating envelope, pressure-drop boundary, system integration and required verification method.
Components
- General particulate filtration stages
- High-efficiency final filtration stages
- Molecular treatment media and housings
- Air-handling housings and sealing interfaces
Problems
- Airborne particulate contamination
- High-cleanliness or critical-air requirements
- Gas, vapor, odor or corrosive molecular contamination
- Excessive system resistance or uncontrolled bypass
Diagnostic Methods
- Identify whether the primary challenge is particulate, critical-cleanliness particulate, molecular, or a combination.
- Review airflow, available static pressure, differential-pressure trend, housing condition, sealing and service access.
- Confirm the required outlet condition or protected-space requirement before selecting the treatment path.
Operating Conditions
- Airflow rate and duty profile
- Available static pressure and allowable system resistance
- Temperature and humidity range
- Outdoor, recirculated or process-air source
- Particle size, concentration and loading pattern
- Gas, vapor or odor chemistry when molecular treatment is required
Shared Engineering
- Differential Pressure
- Filtration Efficiency
- Contaminant Loading
- Sealing
- Service Life