Platform first
AEREMIS™ narrows the project to the correct treatment universe without forcing an early product choice.
AEREMIS™ Air Technologies
COMMERCIAL TECHNOLOGY PLATFORM
AEREMIS™
Air Technologies
Industrial air treatment for general ventilation, high-cleanliness environments and molecular contamination control.
AEREMIS™ organizes industrial air treatment by contaminant challenge and required air condition—from general particulate control, through high-efficiency critical-air stages, to molecular treatment for gases, vapors and odors. It is not a single filter or a universal efficiency class; the treatment path follows the air-quality target, contaminant profile, operating envelope and system boundary.
PLATFORM ROLE
Navigate by treatment function.
Industrial air treatment for general ventilation, high-cleanliness environments and molecular contamination control.
AIR TREATMENT SCOPE
Match the contamination problem to the treatment path.
AEREMIS™ separates general particulate control, critical-air filtration and molecular treatment so each application starts from the actual air-quality problem instead of a generic filter form.
General particulate control
For industrial ventilation, make-up air and general air-handling duties where the primary challenge is airborne particulate loading and acceptable system pressure drop.
Critical cleanliness control
For final-stage or high-cleanliness applications where fine-particle control, filter integrity, sealing and bypass prevention become part of the treatment requirement.
Molecular contamination control
For gas, vapor, odor or corrosive molecular challenges that are not resolved by particulate filtration alone and require media selected around contaminant chemistry and contact conditions.
TECHNOLOGY FAMILIES
Select the treatment mechanism.
General Air Filtration
General Air Filtration
Particulate filtration for industrial ventilation, make-up air and general air-handling duties.
HE-CRIVA™
High-Efficiency / Critical Air Filtration
High-efficiency particulate control for critical and high-cleanliness air applications.
MA-TREA™
Molecular Air Treatment
Molecular-phase air treatment for gases, vapors, odors and corrosive molecular contaminants using media selected around the actual contaminant challenge.
OPERATING REALITY
Industrial treatment starts with the process problem.
Flow, pressure, temperature, chemistry, contaminant form, duty cycle, compatibility, existing equipment and required outlet condition determine which treatment family and physical configuration belong in the project.
Technology second
The family page defines the mechanism, application context and evidence required before product or system specification.
ENGINEERING QUALIFICATION
What must be known before a treatment architecture is selected.
Airflow & environment
- Airflow rate and duty profile
- Available static pressure and allowable system resistance
- Temperature and humidity range
- Outdoor, recirculated or process-air source
Contamination challenge
- Particle size, concentration and loading pattern
- Required cleanliness or protected-space condition
- Gas, vapor or odor chemistry when molecular treatment is required
- Downstream process, equipment or occupant sensitivity
Integration & verification
- Prefilter, final-stage and molecular-treatment sequence
- Housing condition, sealing and bypass control
- Differential-pressure or condition monitoring strategy
- Service access, replacement planning and verification method
TECHNICAL BASIS
Governed platform engineering reference
Canonical Knowledge Center reference
Approved treatment relationships, operating conditions and diagnostic guidance for AEREMIS™ are maintained in the governed ELIMFILTERS Knowledge Center.
Evidence before claims
Numeric performance, capacity, pressure-drop, service-life and outlet-condition claims remain tied to validated product or project evidence.
APPLICATION SUPPORT
Bring us the operating conditions. We resolve the treatment architecture.
Industrial & Process projects are qualified by duty, operating envelope, contamination mechanism, process risk and compatibility before the physical solution is selected.
EXPLORE INDUSTRIAL & PROCESS